Mercedes-AMG has raised the bar in the high-performance sports car segment with the introduction of its latest marvel, the GT 63 PRO 4MATIC+. Unveiled at the prestigious Goodwood Festival of Speed, this new addition to the AMG GT family is set to captivate automotive enthusiasts with its unparalleled blend of power, precision, and track-ready capabilities.

At the heart of the GT 63 PRO lies a formidable 4.0-liter V8 biturbo engine, now tuned to deliver an impressive 612 horsepower - a 27 hp increase over its predecessor. The engine's prowess is further amplified by a torque boost of 50 Nm, bringing the total to a staggering 850 Nm. This enhancement in power output is the result of meticulous adjustments to the engine control unit, showcasing AMG's commitment to pushing the boundaries of performance.

The GT 63 PRO's performance figures speak volumes about its capabilities. It accelerates from 0 to 200 km/h in a mere 10.9 seconds, shaving off half a second from the standard GT 63's time. With a top speed of 317 km/h, this sports car is equally at home on the autobahn as it is on the race track.

Aerodynamics play a crucial role in the GT 63 PRO's enhanced performance. The car features a redesigned front apron with additional carbon fibre air deflectors and enlarged side air intakes. These modifications, along with an active aerodynamic profile in the underbody and a fixed rear wing, result in a significant reduction in front axle lift and increased downforce on the rear axle. The overall effect is a more precise steering response and improved stability at high speeds.

To ensure optimal performance under demanding conditions, Mercedes-AMG has significantly upgraded the cooling system. The car now boasts additional radiators in the front wheel arches and actively cooled differentials. This enhanced cooling capacity allows the GT 63 PRO to maintain peak performance even under the most extreme driving conditions.

The GT 63 PRO comes standard with a state-of-the-art AMG ceramic high-performance composite brake system. Featuring the largest standard ceramic brake discs ever offered by Mercedes-AMG, this system provides exceptional stopping power and fade resistance. The brake discs' titanium backing plates contribute to weight reduction, particularly in unsprung masses, further enhancing the car's agility and responsiveness.

In keeping with its track-focused nature, the GT 63 PRO is fitted with lightweight 21-inch AMG Performance forged wheels. These are paired with Michelin Pilot Sport Cup 2R Cup tires, providing maximum grip and cornering stability for spirited driving and track use.

The interior of the GT 63 PRO is a testament to AMG's racing heritage. Standard equipment includes AMG Performance seats offering superior lateral support, and an AMG Performance steering wheel wrapped in a combination of Nappa leather and MICROCUT microfiber. These features ensure that the driver feels connected to the car and in control at all times.

Despite its hardcore performance orientation, the GT 63 PRO doesn't compromise on practicality. It offers improved everyday usability compared to its predecessors, with a spacious interior and good all-round visibility. The car is also available with an optional 2+2 seating configuration, adding a touch of versatility to this high-performance machine.

Advanced technologies such as the AMG ACTIVE RIDE CONTROL suspension with active roll stabilisation and rear-axle steering come as standard, further enhancing the car's dynamic capabilities. The fully variable AMG Performance 4MATIC+ all-wheel drive system ensures optimal traction in all driving conditions.

Mercedes-AMG has raised the bar in the high-performance sports car segment with the introduction of its latest marvel, the GT 63 PRO 4MATIC+. Unveiled at the prestigious Goodwood Festival of Speed, this new addition to the AMG GT family is set to captivate automotive enthusiasts with its unparalleled blend of power, precision, and track-ready capabilities.

Mercedes-AMG has raised the bar in the high-performance sports car segment with the introduction of its latest marvel, the GT 63 PRO 4MATIC+. Unveiled at the prestigious Goodwood Festival of Speed, this new addition to the AMG GT family is set to captivate automotive enthusiasts with its unparalleled blend of power, precision, and track-ready capabilities. At the heart of the GT 63 PRO lies a formidable 4.0-liter V8 biturbo engine, now tuned to deliver an impressive 612 horsepower - a 27 hp increase over its predecessor. The engine's prowess is further amplified by a torque boost of 50 Nm, bringing the total to a staggering 850 Nm. This enhancement in power output is the result of meticulous adjustments to the engine control unit, showcasing AMG's commitment to pushing the boundaries of performance. The GT 63 PRO's performance figures speak volumes about its capabilities. It accelerates from 0 to 200 km/h in a mere 10.9 seconds, shaving off half a second from the standard GT 63's time. With a top speed of 317 km/h, this sports car is equally at home on the autobahn as it is on the race track. Aerodynamics play a crucial role in the GT 63 PRO's enhanced performance. The car features a redesigned front apron with additional carbon fibre air deflectors and enlarged side air intakes. These modifications, along with an active aerodynamic profile in the underbody and a fixed rear wing, result in a significant reduction in front axle lift and increased downforce on the rear axle. The overall effect is a more precise steering response and improved stability at high speeds. To ensure optimal performance under demanding conditions, Mercedes-AMG has significantly upgraded the cooling system. The car now boasts additional radiators in the front wheel arches and actively cooled differentials. This enhanced cooling capacity allows the GT 63 PRO to maintain peak performance even under the most extreme driving conditions. The GT 63 PRO comes standard with a state-of-the-art AMG ceramic high-performance composite brake system. Featuring the largest standard ceramic brake discs ever offered by Mercedes-AMG, this system provides exceptional stopping power and fade resistance. The brake discs' titanium backing plates contribute to weight reduction, particularly in unsprung masses, further enhancing the car's agility and responsiveness. In keeping with its track-focused nature, the GT 63 PRO is fitted with lightweight 21-inch AMG Performance forged wheels. These are paired with Michelin Pilot Sport Cup 2R Cup tires, providing maximum grip and cornering stability for spirited driving and track use. The interior of the GT 63 PRO is a testament to AMG's racing heritage. Standard equipment includes AMG Performance seats offering superior lateral support, and an AMG Performance steering wheel wrapped in a combination of Nappa leather and MICROCUT microfiber. These features ensure that the driver feels connected to the car and in control at all times. Despite its hardcore performance orientation, the GT 63 PRO doesn't compromise on practicality. It offers improved everyday usability compared to its predecessors, with a spacious interior and good all-round visibility. The car is also available with an optional 2+2 seating configuration, adding a touch of versatility to this high-performance machine. Advanced technologies such as the AMG ACTIVE RIDE CONTROL suspension with active roll stabilisation and rear-axle steering come as standard, further enhancing the car's dynamic capabilities. The fully variable AMG Performance 4MATIC+ all-wheel drive system ensures optimal traction in all driving conditions.

Mercedes-AMG unveils GT 63 PRO

Vale, Komatsu, and Cummins have unveiled plans to develop innovative Dual Fuel haul trucks. This revolutionary initiative, announced as part of the newly launched Dual Fuel Program, aims to transform the mining industry by significantly reducing carbon emissions through the use of a unique ethanol-diesel blend.

The collaboration between these mining and engineering powerhouses marks a pivotal moment in the sector's ongoing efforts to combat climate change. By retrofitting existing diesel engines in large-capacity trucks to operate on a mixture of ethanol and diesel, the program promises to slash direct CO2 emissions by an impressive 70% compared to conventional diesel engines.

These state-of-the-art trucks, boasting capacities between 230 and 290 tons, will be the first of their kind globally to harness ethanol as a primary fuel source. This pioneering approach not only showcases the companies' commitment to environmental stewardship but also sets a new standard for sustainable practices in the mining industry.

For Vale, this initiative plays a crucial role in achieving its ambitious environmental targets. The Brazilian mining giant has pledged to reduce its carbon emissions by 33% by 2030, with the ultimate goal of achieving carbon neutrality by 2050. The transition to ethanol-powered vehicles represents a significant stride towards these objectives, particularly given Brazil's well-established ethanol production and distribution infrastructure.

José Baltazar, Vale's Director of Engineering for Mine and Plant Operations, emphasised the critical nature of this project, stating, "Eliminating diesel from our operations is paramount to reaching our decarbonization goals." This sentiment was echoed by Benjamin Stear, Komatsu's Director of Engineering, Design, and Technology, who highlighted the partnership's potential to meet collective carbon reduction targets across the industry.

The development and implementation of these innovative engines will unfold over the next two years. Cummins, a global leader in power solutions, will spearhead the manufacturing process. Luke Mosier, Cummins' Mining Product Planning and Strategy Manager, underscored the significance of this collaboration, noting its potential to drive innovation and substantially reduce the carbon footprint of mining operations worldwide.

The choice of ethanol as a key component in this dual-fuel system is particularly strategic for operations in Brazil. The country's long-standing embrace of ethanol as an alternative fuel source, coupled with its robust production and distribution network, provides a solid foundation for the program's success. Ludmila Nascimento, Vale's Director of Energy and Decarbonization, pointed out that this initiative not only contributes to emission reduction but also bolsters Brazil's biofuel industry, creating a win-win scenario for both environmental and economic interests.

As the mining industry faces increasing pressure to adopt more sustainable practices, this collaboration between Vale, Komatsu, and Cummins sets a new benchmark for environmental responsibility. The Dual Fuel Program demonstrates that significant reductions in carbon emissions are achievable through innovative engineering and cross-industry partnerships.

The success of this initiative could have far-reaching implications beyond the mining sector. As other industries grapple with the challenge of reducing their environmental impact, the lessons learned and technologies developed through this program could potentially be adapted and applied in various heavy-duty industrial applications.

Moreover, this project underscores the growing trend of major corporations taking proactive steps to address climate change, rather than waiting for regulatory pressures. By voluntarily pursuing such ambitious environmental goals, Vale and its partners are positioning themselves as leaders in the global transition to a low-carbon economy.

As the Dual Fuel Program moves forward, all eyes will be on the results of the initial testing phase. If successful, this innovative approach to powering mining equipment could spark a revolution in how the industry approaches its energy needs, potentially paving the way for even more ambitious sustainability initiatives in the future. 
&nbsp;

Vale, Komatsu, and Cummins have unveiled plans to develop innovative Dual Fuel haul trucks. This revolutionary initiative, announced as part of the newly launched Dual Fuel Program, aims to transform the mining industry by significantly reducing carbon emissions through the use of a unique ethanol-diesel blend.

Vale, Komatsu, and Cummins have unveiled plans to develop innovative Dual Fuel haul trucks. This revolutionary initiative, announced as part of the newly launched Dual Fuel Program, aims to transform the mining industry by significantly reducing carbon emissions through the use of a unique ethanol-diesel blend. The collaboration between these mining and engineering powerhouses marks a pivotal moment in the sector's ongoing efforts to combat climate change. By retrofitting existing diesel engines in large-capacity trucks to operate on a mixture of ethanol and diesel, the program promises to slash direct CO2 emissions by an impressive 70% compared to conventional diesel engines. These state-of-the-art trucks, boasting capacities between 230 and 290 tons, will be the first of their kind globally to harness ethanol as a primary fuel source. This pioneering approach not only showcases the companies' commitment to environmental stewardship but also sets a new standard for sustainable practices in the mining industry. For Vale, this initiative plays a crucial role in achieving its ambitious environmental targets. The Brazilian mining giant has pledged to reduce its carbon emissions by 33% by 2030, with the ultimate goal of achieving carbon neutrality by 2050. The transition to ethanol-powered vehicles represents a significant stride towards these objectives, particularly given Brazil's well-established ethanol production and distribution infrastructure. José Baltazar, Vale's Director of Engineering for Mine and Plant Operations, emphasised the critical nature of this project, stating, "Eliminating diesel from our operations is paramount to reaching our decarbonization goals." This sentiment was echoed by Benjamin Stear, Komatsu's Director of Engineering, Design, and Technology, who highlighted the partnership's potential to meet collective carbon reduction targets across the industry. The development and implementation of these innovative engines will unfold over the next two years. Cummins, a global leader in power solutions, will spearhead the manufacturing process. Luke Mosier, Cummins' Mining Product Planning and Strategy Manager, underscored the significance of this collaboration, noting its potential to drive innovation and substantially reduce the carbon footprint of mining operations worldwide. The choice of ethanol as a key component in this dual-fuel system is particularly strategic for operations in Brazil. The country's long-standing embrace of ethanol as an alternative fuel source, coupled with its robust production and distribution network, provides a solid foundation for the program's success. Ludmila Nascimento, Vale's Director of Energy and Decarbonization, pointed out that this initiative not only contributes to emission reduction but also bolsters Brazil's biofuel industry, creating a win-win scenario for both environmental and economic interests. As the mining industry faces increasing pressure to adopt more sustainable practices, this collaboration between Vale, Komatsu, and Cummins sets a new benchmark for environmental responsibility. The Dual Fuel Program demonstrates that significant reductions in carbon emissions are achievable through innovative engineering and cross-industry partnerships. The success of this initiative could have far-reaching implications beyond the mining sector. As other industries grapple with the challenge of reducing their environmental impact, the lessons learned and technologies developed through this program could potentially be adapted and applied in various heavy-duty industrial applications. Moreover, this project underscores the growing trend of major corporations taking proactive steps to address climate change, rather than waiting for regulatory pressures. By voluntarily pursuing such ambitious environmental goals, Vale and its partners are positioning themselves as leaders in the global transition to a low-carbon economy. As the Dual Fuel Program moves forward, all eyes will be on the results of the initial testing phase. If successful, this innovative approach to powering mining equipment could spark a revolution in how the industry approaches its energy needs, potentially paving the way for even more ambitious sustainability initiatives in the future.

Mining giants collaborate on eco-friendly dual fuel trucks to slash emissions

As FIAT marks its 125th year in the automotive industry, the Italian brand is not just celebrating its past but boldly stepping into the future. At a grand event held at the historic Lingotto building in Turin, FIAT unveiled its latest creation, the Grande Panda, signalling a new era of global expansion and innovation.

The celebration, aptly named "Smiling to the Future," brought together an illustrious gathering of industry leaders, government officials, and international press. Among the attendees were John Elkann, Stellantis Chairman, Carlos Tavares, Stellantis CEO, and Olivier Francois, FIAT CEO and Stellantis Global Chief Marketing Officer, alongside prominent Italian political figures.

In his address, John Elkann reflected on FIAT's journey from a Turin startup to a global automotive powerhouse. He emphasised the brand's adaptability, transitioning from craftsmanship to industrial production while maintaining its core values of progress and style.

Carlos Tavares highlighted FIAT's significance within the Stellantis group, noting its position as the top-selling brand for three consecutive years. He praised FIAT's leadership in key markets and its commitment to providing affordable, clean mobility solutions worldwide.

Olivier Francois outlined FIAT's customer-centric approach and its strategy for global expansion. He introduced the Grande Panda as the first in a new line of global vehicles, embodying FIAT's philosophy of social relevance and affordability.

The Grande Panda emerges as a symbol of FIAT's renewed global ambitions. Designed in Italy but engineered for international markets, this compact vehicle blends Italian style with practical innovation. Its development is based on three key pillars: Italian design, a versatile global platform, and local market relevance.

One of the Grande Panda's standout features is its innovative spiral charging cable for electric versions. This integrated solution offers convenience and tidiness, addressing common EV charging frustrations. The vehicle's compact dimensions belie its spacious interior, comfortably accommodating five passengers with ample storage.

Aesthetically, the Grande Panda pays homage to its iconic predecessor while embracing modern design elements. The exterior features a blend of structured lines and bold surfaces, complemented by distinctive skid plates and alloy wheels. Inside, the dashboard design cleverly references the Lingotto building's rooftop test track, creating a unique visual connection to FIAT's heritage.

FIAT's commitment to sustainability is evident in the Grande Panda's powertrain options. Available in both electric and hybrid versions, the EV model boasts a range of over 199 miles on a single charge, making it suitable for both urban commutes and weekend getaways.

As FIAT looks to the future, the Grande Panda represents more than just a new model launch. It symbolises the brand's transition from local production to a global range, promising to bring Italian flair and engineering excellence to markets around the world. 
&nbsp;

As FIAT marks its 125th year in the automotive industry, the Italian brand is not just celebrating its past but boldly stepping into the future. At a grand event held at the historic Lingotto building in Turin, FIAT unveiled its latest creation, the Grande Panda, signalling a new era of global expansion and innovation.

As FIAT marks its 125th year in the automotive industry, the Italian brand is not just celebrating its past but boldly stepping into the future. At a grand event held at the historic Lingotto building in Turin, FIAT unveiled its latest creation, the Grande Panda, signalling a new era of global expansion and innovation. The celebration, aptly named "Smiling to the Future," brought together an illustrious gathering of industry leaders, government officials, and international press. Among the attendees were John Elkann, Stellantis Chairman, Carlos Tavares, Stellantis CEO, and Olivier Francois, FIAT CEO and Stellantis Global Chief Marketing Officer, alongside prominent Italian political figures. In his address, John Elkann reflected on FIAT's journey from a Turin startup to a global automotive powerhouse. He emphasised the brand's adaptability, transitioning from craftsmanship to industrial production while maintaining its core values of progress and style. Carlos Tavares highlighted FIAT's significance within the Stellantis group, noting its position as the top-selling brand for three consecutive years. He praised FIAT's leadership in key markets and its commitment to providing affordable, clean mobility solutions worldwide. Olivier Francois outlined FIAT's customer-centric approach and its strategy for global expansion. He introduced the Grande Panda as the first in a new line of global vehicles, embodying FIAT's philosophy of social relevance and affordability. The Grande Panda emerges as a symbol of FIAT's renewed global ambitions. Designed in Italy but engineered for international markets, this compact vehicle blends Italian style with practical innovation. Its development is based on three key pillars: Italian design, a versatile global platform, and local market relevance. One of the Grande Panda's standout features is its innovative spiral charging cable for electric versions. This integrated solution offers convenience and tidiness, addressing common EV charging frustrations. The vehicle's compact dimensions belie its spacious interior, comfortably accommodating five passengers with ample storage. Aesthetically, the Grande Panda pays homage to its iconic predecessor while embracing modern design elements. The exterior features a blend of structured lines and bold surfaces, complemented by distinctive skid plates and alloy wheels. Inside, the dashboard design cleverly references the Lingotto building's rooftop test track, creating a unique visual connection to FIAT's heritage. FIAT's commitment to sustainability is evident in the Grande Panda's powertrain options. Available in both electric and hybrid versions, the EV model boasts a range of over 199 miles on a single charge, making it suitable for both urban commutes and weekend getaways. As FIAT looks to the future, the Grande Panda represents more than just a new model launch. It symbolises the brand's transition from local production to a global range, promising to bring Italian flair and engineering excellence to markets around the world.

FIAT unveils Grande Panda

Italian motorcycle manufacturer MV Agusta has revealed the Superveloce 1000 Serie Oro, a limited edition model that combines advanced technology with retro-inspired design. Limited to just 500 numbered units, this exclusive motorcycle represents the pinnacle of MV Agusta's engineering and artistic prowess.

The Superveloce 1000 Serie Oro is powered by a four-cylinder inline engine producing an impressive 208 horsepower at 13,000 RPM and 116.5 Nm of torque at 11,000 RPM. The engine features 16 radial titanium valves, forged titanium connecting rods, and DLC-coated cams, allowing it to reach a maximum of 14,000 RPM while maintaining minimal vibration.

One of the most striking features of the Superveloce 1000 Serie Oro is its aerodynamic design. The motorcycle incorporates wings on the fairing, a concept inspired by MV Agusta's Grand Prix motorcycles from 1972. These wings not only enhance the bike's visual appeal but also contribute to its stability at high speeds without compromising manoeuvrability.

The bike's construction extensively uses carbon fibre, with 41 components made from this lightweight material. This includes the dashboard support, chain guard, and full fairing. The wheels pay homage to the iconic MV Agusta F4 750 Serie Oro, featuring a design that blends cast and spoke elements.

MV Agusta has equipped the Superveloce 1000 Serie Oro with top-tier electronics. The bike features the integrated MVICS 2.1 system for engine management, disengageable traction control with eight levels of intervention, and four riding modes. An electronic gearbox assists with both upshifting and downshifting, even with an open throttle.

The chassis consists of a trellis frame made from high-strength steel tubes, integrated with aluminium plates. The suspension system is equally impressive, featuring Öhlins electronic components. The front fork is 43mm in diameter with a 120mm travel, while the rear mono-shock has a 36mm diameter and 120mm travel. Both are electronically adjustable for various parameters.

Braking duties are handled by a Brembo system, with 320mm front discs and Stylema callipers. The ABS system offers two levels of intervention, catering to both street and track use.

MV Agusta has paid meticulous attention to the bike's aesthetics. The seat is crafted from leather and Alcantara, bearing the MV logo. A leather belt runs along the tank's length, and the rear wheel hub features a unique MV logo design. The colour scheme, consisting of Ago Silver, Pearl Shock Red, and Gold Ciclistica, pays tribute to MV Agusta's racing heritage.

Each Superveloce 1000 Serie Oro comes with a dedicated kit that includes a certificate of authenticity, a custom motorcycle cover, and additional components such as a passenger seat, footpegs, carbon heel guards, and CNC-machined levers.

The Superveloce 1000 Serie Oro also integrates modern connectivity features. It comes equipped with a GPS module that communicates with the MV Ride app, allowing for navigation display on the 5.5" TFT colour dashboard and data acquisition for post-ride analysis.

Pre-orders for the Superveloce 1000 Serie Oro were initially reserved for brand collectors, with remaining units to be made available through MV Agusta's official dealer network. Owners of this limited edition model will gain access to exclusive privileges and experiences typically reserved for collectors. 
&nbsp;

Italian motorcycle manufacturer MV Agusta has revealed the Superveloce 1000 Serie Oro, a limited edition model that combines advanced technology with retro-inspired design.

Italian motorcycle manufacturer MV Agusta has revealed the Superveloce 1000 Serie Oro, a limited edition model that combines advanced technology with retro-inspired design. Limited to just 500 numbered units, this exclusive motorcycle represents the pinnacle of MV Agusta's engineering and artistic prowess. The Superveloce 1000 Serie Oro is powered by a four-cylinder inline engine producing an impressive 208 horsepower at 13,000 RPM and 116.5 Nm of torque at 11,000 RPM. The engine features 16 radial titanium valves, forged titanium connecting rods, and DLC-coated cams, allowing it to reach a maximum of 14,000 RPM while maintaining minimal vibration. One of the most striking features of the Superveloce 1000 Serie Oro is its aerodynamic design. The motorcycle incorporates wings on the fairing, a concept inspired by MV Agusta's Grand Prix motorcycles from 1972. These wings not only enhance the bike's visual appeal but also contribute to its stability at high speeds without compromising manoeuvrability. The bike's construction extensively uses carbon fibre, with 41 components made from this lightweight material. This includes the dashboard support, chain guard, and full fairing. The wheels pay homage to the iconic MV Agusta F4 750 Serie Oro, featuring a design that blends cast and spoke elements. MV Agusta has equipped the Superveloce 1000 Serie Oro with top-tier electronics. The bike features the integrated MVICS 2.1 system for engine management, disengageable traction control with eight levels of intervention, and four riding modes. An electronic gearbox assists with both upshifting and downshifting, even with an open throttle. The chassis consists of a trellis frame made from high-strength steel tubes, integrated with aluminium plates. The suspension system is equally impressive, featuring Öhlins electronic components. The front fork is 43mm in diameter with a 120mm travel, while the rear mono-shock has a 36mm diameter and 120mm travel. Both are electronically adjustable for various parameters. Braking duties are handled by a Brembo system, with 320mm front discs and Stylema callipers. The ABS system offers two levels of intervention, catering to both street and track use. MV Agusta has paid meticulous attention to the bike's aesthetics. The seat is crafted from leather and Alcantara, bearing the MV logo. A leather belt runs along the tank's length, and the rear wheel hub features a unique MV logo design. The colour scheme, consisting of Ago Silver, Pearl Shock Red, and Gold Ciclistica, pays tribute to MV Agusta's racing heritage. Each Superveloce 1000 Serie Oro comes with a dedicated kit that includes a certificate of authenticity, a custom motorcycle cover, and additional components such as a passenger seat, footpegs, carbon heel guards, and CNC-machined levers. The Superveloce 1000 Serie Oro also integrates modern connectivity features. It comes equipped with a GPS module that communicates with the MV Ride app, allowing for navigation display on the 5.5" TFT colour dashboard and data acquisition for post-ride analysis. Pre-orders for the Superveloce 1000 Serie Oro were initially reserved for brand collectors, with remaining units to be made available through MV Agusta's official dealer network. Owners of this limited edition model will gain access to exclusive privileges and experiences typically reserved for collectors.

MV Agusta unveils limited edition Superveloce 1000 Serie Oro

Hyundai Motor India Limited (HMIL) today unveiled a specially wrapped IONIQ 5 at the 17th India Couture Week (ICW) 2024. The unveiling marks a unique collaboration between the automotive giant and celebrated fashion designers Falguni Shane Peacock, setting the stage for the electric vehicle's runway debut at the event's grand finale.

This year's showcase represents HMIL's second consecutive partnership with the Fashion Design Council of India (FDCI) for the prestigious ICW. The collaboration aims to bridge the gap between cutting-edge automotive design and the world of haute couture, offering attendees a visual spectacle that combines innovation with artistry.

Tarun Garg, Chief Operating Officer of HMIL, expressed enthusiasm about the partnership, stating, "Our collaboration with Falguni Shane Peacock, who bring two decades of experience in creating timeless designs, exemplifies our dedication to supporting artisans and celebrating India's rich cultural heritage. This aligns perfectly with our parent company's vision of 'Progress for Humanity'."

The specially wrapped IONIQ 5 is set to be a centrepiece of the event, showcasing how automotive design can be elevated to an art form. The vehicle's appearance on the runway promises to be a highlight of the week-long fashion extravaganza.

Designers Falguni Shane Peacock shared insights into their collection for ICW 2024, which draws inspiration from India's rich heritage and mythology. "Our designs celebrate the essence of India's cultural legacy," they explained. "We've incorporated motifs, colours, and textiles deeply rooted in Indian tradition, including luxurious silks and intricate threadwork."

The designers also highlighted their collaboration with Swadesh, an organisation committed to preserving Indian handcrafted art. This partnership has allowed them to incorporate traditional fabrics into their designs, further emphasising the blend of heritage and contemporary style that characterises their work.

Sunil Sethi, Chairman of FDCI, expressed his excitement about the continued partnership with HMIL. "This year's event will be even more spectacular, with Falguni Shane Peacock as our finale designers," he stated. "The Hyundai India Couture Week 2024 at the Taj Palace is set to be a landmark event in the fashion calendar."

The 17th edition of ICW, scheduled from July 24-31, 2024, at the Taj Palace and Ashoka Hotel in New Delhi, will feature collections from 14 esteemed Indian couturiers. The lineup includes industry stalwarts such as Abu Jani Sandeep Khosla, Amit Aggarwal, Gaurav Gupta Couture, JJ Valaya, Rahul Mishra, and Tarun Tahiliani, among others.

This year's ICW aims to showcase the pinnacle of Indian craftsmanship and design, bringing homegrown luxury to the forefront. The event is expected to attract fashion enthusiasts, industry insiders, and celebrities from across the country.

The collaboration between HMIL and Falguni Shane Peacock represents a bold step in redefining the boundaries between different creative industries. By showcasing the IONIQ 5 in this context, Hyundai is positioning its electric vehicle not just as a mode of transportation, but as a statement of style and innovation. 
&nbsp;

Hyundai Motor India Limited (HMIL) today unveiled a specially wrapped IONIQ 5 at the 17th India Couture Week (ICW) 2024. The unveiling marks a unique collaboration between the automotive giant and celebrated fashion designers Falguni Shane Peacock, setting the stage for the electric vehicle's runway debut at the event's grand finale.

Hyundai Motor India Limited (HMIL) today unveiled a specially wrapped IONIQ 5 at the 17th India Couture Week (ICW) 2024. The unveiling marks a unique collaboration between the automotive giant and celebrated fashion designers Falguni Shane Peacock, setting the stage for the electric vehicle's runway debut at the event's grand finale. This year's showcase represents HMIL's second consecutive partnership with the Fashion Design Council of India (FDCI) for the prestigious ICW. The collaboration aims to bridge the gap between cutting-edge automotive design and the world of haute couture, offering attendees a visual spectacle that combines innovation with artistry. Tarun Garg, Chief Operating Officer of HMIL, expressed enthusiasm about the partnership, stating, "Our collaboration with Falguni Shane Peacock, who bring two decades of experience in creating timeless designs, exemplifies our dedication to supporting artisans and celebrating India's rich cultural heritage. This aligns perfectly with our parent company's vision of 'Progress for Humanity'." The specially wrapped IONIQ 5 is set to be a centrepiece of the event, showcasing how automotive design can be elevated to an art form. The vehicle's appearance on the runway promises to be a highlight of the week-long fashion extravaganza. Designers Falguni Shane Peacock shared insights into their collection for ICW 2024, which draws inspiration from India's rich heritage and mythology. "Our designs celebrate the essence of India's cultural legacy," they explained. "We've incorporated motifs, colours, and textiles deeply rooted in Indian tradition, including luxurious silks and intricate threadwork." The designers also highlighted their collaboration with Swadesh, an organisation committed to preserving Indian handcrafted art. This partnership has allowed them to incorporate traditional fabrics into their designs, further emphasising the blend of heritage and contemporary style that characterises their work. Sunil Sethi, Chairman of FDCI, expressed his excitement about the continued partnership with HMIL. "This year's event will be even more spectacular, with Falguni Shane Peacock as our finale designers," he stated. "The Hyundai India Couture Week 2024 at the Taj Palace is set to be a landmark event in the fashion calendar." The 17th edition of ICW, scheduled from July 24-31, 2024, at the Taj Palace and Ashoka Hotel in New Delhi, will feature collections from 14 esteemed Indian couturiers. The lineup includes industry stalwarts such as Abu Jani Sandeep Khosla, Amit Aggarwal, Gaurav Gupta Couture, JJ Valaya, Rahul Mishra, and Tarun Tahiliani, among others. This year's ICW aims to showcase the pinnacle of Indian craftsmanship and design, bringing homegrown luxury to the forefront. The event is expected to attract fashion enthusiasts, industry insiders, and celebrities from across the country. The collaboration between HMIL and Falguni Shane Peacock represents a bold step in redefining the boundaries between different creative industries. By showcasing the IONIQ 5 in this context, Hyundai is positioning its electric vehicle not just as a mode of transportation, but as a statement of style and innovation.

Hyundai IONIQ 5 set to make runway debut at India Couture Week 2024

Audi, the German luxury automaker, is facing a critical decision regarding the future of its Brussels manufacturing facility and the production of its Q8 e-tron electric SUV. The company has recently announced its intention to restructure operations at the Belgian plant, citing a significant decrease in demand for the electrified Q8 model.

The automaker has observed what it describes as a "segment-specific intensified drop in demand" for the Q8 e-tron, prompting a reevaluation of its production strategy. This decline in sales has raised concerns about the viability of continuing operations at the Brussels site, which has been a cornerstone of Audi's manufacturing network for years.

Audi's statement suggests that the company is exploring various options, including the possibility of ceasing operations at the Brussels facility if a suitable alternative cannot be found. This potential closure could have far-reaching implications, potentially affecting the livelihoods of approximately 3,000 employees.

The challenges faced by Audi are not unique within the Volkswagen Group. Porsche, another premium brand under the VW umbrella, has also experienced a slowdown in demand for its flagship electric vehicle. However, while Porsche appears to be doubling down on its electrification efforts, Audi's approach in Belgium seems more cautious and complex.

Several factors contribute to the current situation. Audi points out that newer electric vehicle models built on Volkswagen's Premium Platform Electric (PPE) may be drawing customers away from the Q8 e-tron, which was Audi's first foray into the all-electric SUV market. Additionally, the Brussels plant itself presents unique challenges. Its urban location limits expansion possibilities and contributes to higher operating costs compared to more modern facilities.

It's worth noting that the traditional, combustion-engine Q8 model continues to perform relatively well in the market. This contrast suggests that the issues are primarily centred around the electric e-tron variant, reflecting broader industry challenges in EV adoption and market positioning.

In compliance with Belgian law, Audi has initiated an "information and consultation process" regarding the potential restructuring. This legal requirement ensures transparency and allows for dialogue between the company and its workforce, even if no final decisions have been made.

Volker Germann, CEO of Audi Brussels, acknowledged the gravity of the situation, stating, "The announcement of the intention does not mean that a decision has been made. Nevertheless, this news has been felt very profoundly by the employees in Brussels and by me too. A transparent and constructive dialogue&nbsp;is important in the process that will follow. We will take all perspectives into account."

While Audi is actively developing a successor to the Q8 e-tron, industry rumours suggest that this new model may utilise a shared EV platform that could be more easily manufactured at other locations. This possibility adds another layer of uncertainty to the future of the Brussels plant.

Audi, the German luxury automaker, is facing a critical decision regarding the future of its Brussels manufacturing facility and the production of its Q8 e-tron electric SUV.

Audi, the German luxury automaker, is facing a critical decision regarding the future of its Brussels manufacturing facility and the production of its Q8 e-tron electric SUV. The company has recently announced its intention to restructure operations at the Belgian plant, citing a significant decrease in demand for the electrified Q8 model. The automaker has observed what it describes as a "segment-specific intensified drop in demand" for the Q8 e-tron, prompting a reevaluation of its production strategy. This decline in sales has raised concerns about the viability of continuing operations at the Brussels site, which has been a cornerstone of Audi's manufacturing network for years. Audi's statement suggests that the company is exploring various options, including the possibility of ceasing operations at the Brussels facility if a suitable alternative cannot be found. This potential closure could have far-reaching implications, potentially affecting the livelihoods of approximately 3,000 employees. The challenges faced by Audi are not unique within the Volkswagen Group. Porsche, another premium brand under the VW umbrella, has also experienced a slowdown in demand for its flagship electric vehicle. However, while Porsche appears to be doubling down on its electrification efforts, Audi's approach in Belgium seems more cautious and complex. Several factors contribute to the current situation. Audi points out that newer electric vehicle models built on Volkswagen's Premium Platform Electric (PPE) may be drawing customers away from the Q8 e-tron, which was Audi's first foray into the all-electric SUV market. Additionally, the Brussels plant itself presents unique challenges. Its urban location limits expansion possibilities and contributes to higher operating costs compared to more modern facilities. It's worth noting that the traditional, combustion-engine Q8 model continues to perform relatively well in the market. This contrast suggests that the issues are primarily centred around the electric e-tron variant, reflecting broader industry challenges in EV adoption and market positioning. In compliance with Belgian law, Audi has initiated an "information and consultation process" regarding the potential restructuring. This legal requirement ensures transparency and allows for dialogue between the company and its workforce, even if no final decisions have been made. Volker Germann, CEO of Audi Brussels, acknowledged the gravity of the situation, stating, "The announcement of the intention does not mean that a decision has been made. Nevertheless, this news has been felt very profoundly by the employees in Brussels and by me too. A transparent and constructive dialogue is important in the process that will follow. We will take all perspectives into account." While Audi is actively developing a successor to the Q8 e-tron, industry rumours suggest that this new model may utilise a shared EV platform that could be more easily manufactured at other locations. This possibility adds another layer of uncertainty to the future of the Brussels plant.

Audi contemplates early discontinuation of Q8 EV

Hyundai Motor Group and the University of Oxford have joined forces to create the Oxford-Hyundai Motor Group Foresight Centre. The initiative, officially launched on July 8 at Oxford's historic Convocation House, marks a significant step towards proactive future planning in the rapidly evolving automotive and mobility sectors.

Based at Oxford's renowned Saïd Business School, the Foresight Centre is set to become a hub for innovative research and strategic thinking. Its primary goal is to support Hyundai Motor Group in exploring and shaping its long-term vision and strategic direction. In an era of unprecedented technological advancement and geopolitical shifts, the Centre will play a crucial role in identifying critical focus points and addressing future risks and opportunities.

The partnership leverages the University of Oxford's expertise in scenario planning, particularly its acclaimed Oxford Scenario Planning Approach (OSPA). This methodology has proven effective in reshaping industry perspectives and conceiving long-term corporate strategies. By combining this academic prowess with Hyundai's industry leadership, the Foresight Centre aims to facilitate interdisciplinary conversations between government agencies, academia, and industry experts to develop comprehensive insights into future societal trends.

Professor Soumitra Dutta, Dean of Saïd Business School, expressed enthusiasm about the partnership, highlighting the alignment between Hyundai Motor Group's vision and the School's values. He emphasised the potential for world-leading research and academics to shape the future of business through values-based research.

Gyun Kim, Executive Vice President of HMG Business Intelligence Institute, underscored the importance of the Centre in navigating the current paradigm shift in the automotive industry. He noted that in times of unprecedented uncertainty, it's crucial for companies to move beyond experience-based approaches and adopt a long-term perspective to identify large-scale future trends.

Heung-Soo Kim, Executive Vice President and Head of Global Strategy Office at Hyundai Motor Group, reinforced the company's commitment to proactively shaping an ideal direction for future communities. He emphasised Hyundai's ambition to lead as a first mover in the global market, focusing not just on the next generation but on those to come.

The Foresight Centre will implement specialised programs, including the Oxford Scenarios Programme and Oxford Futures Forum, to disseminate insights across the Hyundai Motor Group. This approach aims to ensure strategic alignment and foster forward-thinking leadership throughout the organisation.

Moreover, the Centre will engage with Hyundai's open innovation network across key global locations, including the United States, China, India, Germany, and Singapore. This collaborative effort is expected to contribute significantly to the expansion of the Group's ecosystems in realising its envisioned future.

Leading the Foresight Centre are two distinguished experts in the field of strategic foresight. Professor Rafael Ramirez, known for his expertise in future scenario planning, will serve as the Centre's director. His experience includes chairing the Global Agenda Council at the World Economic Forum and advising industry leaders like Royal Dutch Shell. Co-directing the Centre is Titular Associate Professor Trudi Lang, who brings extensive knowledge from her strategic foresight roles at global organisations such as the World Economic Forum and the OECD Secretariat. 
&nbsp;

Hyundai Motor Group and the University of Oxford have joined forces to create the Oxford-Hyundai Motor Group Foresight Centre. The initiative, officially launched on July 8 at Oxford's historic Convocation House, marks a significant step towards proactive future planning in the rapidly evolving automotive and mobility sectors.

Hyundai Motor Group and the University of Oxford have joined forces to create the Oxford-Hyundai Motor Group Foresight Centre. The initiative, officially launched on July 8 at Oxford's historic Convocation House, marks a significant step towards proactive future planning in the rapidly evolving automotive and mobility sectors. Based at Oxford's renowned Saïd Business School, the Foresight Centre is set to become a hub for innovative research and strategic thinking. Its primary goal is to support Hyundai Motor Group in exploring and shaping its long-term vision and strategic direction. In an era of unprecedented technological advancement and geopolitical shifts, the Centre will play a crucial role in identifying critical focus points and addressing future risks and opportunities. The partnership leverages the University of Oxford's expertise in scenario planning, particularly its acclaimed Oxford Scenario Planning Approach (OSPA). This methodology has proven effective in reshaping industry perspectives and conceiving long-term corporate strategies. By combining this academic prowess with Hyundai's industry leadership, the Foresight Centre aims to facilitate interdisciplinary conversations between government agencies, academia, and industry experts to develop comprehensive insights into future societal trends. Professor Soumitra Dutta, Dean of Saïd Business School, expressed enthusiasm about the partnership, highlighting the alignment between Hyundai Motor Group's vision and the School's values. He emphasised the potential for world-leading research and academics to shape the future of business through values-based research. Gyun Kim, Executive Vice President of HMG Business Intelligence Institute, underscored the importance of the Centre in navigating the current paradigm shift in the automotive industry. He noted that in times of unprecedented uncertainty, it's crucial for companies to move beyond experience-based approaches and adopt a long-term perspective to identify large-scale future trends. Heung-Soo Kim, Executive Vice President and Head of Global Strategy Office at Hyundai Motor Group, reinforced the company's commitment to proactively shaping an ideal direction for future communities. He emphasised Hyundai's ambition to lead as a first mover in the global market, focusing not just on the next generation but on those to come. The Foresight Centre will implement specialised programs, including the Oxford Scenarios Programme and Oxford Futures Forum, to disseminate insights across the Hyundai Motor Group. This approach aims to ensure strategic alignment and foster forward-thinking leadership throughout the organisation. Moreover, the Centre will engage with Hyundai's open innovation network across key global locations, including the United States, China, India, Germany, and Singapore. This collaborative effort is expected to contribute significantly to the expansion of the Group's ecosystems in realising its envisioned future. Leading the Foresight Centre are two distinguished experts in the field of strategic foresight. Professor Rafael Ramirez, known for his expertise in future scenario planning, will serve as the Centre's director. His experience includes chairing the Global Agenda Council at the World Economic Forum and advising industry leaders like Royal Dutch Shell. Co-directing the Centre is Titular Associate Professor Trudi Lang, who brings extensive knowledge from her strategic foresight roles at global organisations such as the World Economic Forum and the OECD Secretariat.

Hyundai Motor Group and Oxford University launch innovative Foresight Centre

Alfa Romeo has pulled back the curtain on its latest creation, the Junior VELOCE 280, marking the Italian automaker's bold entry into the electric vehicle market. This compact powerhouse, unveiled at the iconic Balocco Proving Ground, represents a perfect fusion of Alfa Romeo's storied racing heritage and cutting-edge electric technology.

The Junior VELOCE 280 is not just another electric car; it's a statement of intent from a brand known for its passion for driving. At just over 4 metres long, this compact EV packs a punch that belies its size. The heart of this automotive marvel is a state-of-the-art electric motor, jointly developed by Alfa Romeo engineering, Stellantis Engineering Propulsion Systems, and Emotors. This power plant delivers an impressive 207 kW (280 HP) and 345 Nm of torque, catapulting the Junior VELOCE 280 from 0 to 100 km/h in a mere 5.9 seconds, with a top speed exceeding 200 km/h.

But raw power is just part of the story. Alfa Romeo has gone to great lengths to ensure that the Junior VELOCE 280 delivers the brand's signature driving experience. The car features a world-first addition for its segment: a Torsen 'D' mechanical limited-slip differential. This innovative system, an evolution of technology first introduced by Alfa Romeo in 2006, ensures optimal torque distribution between the front wheels, enhancing traction, stability, and overall driving dynamics.

The Junior VELOCE 280's agility is further enhanced by its class-leading steering ratio of 14.6:1, specially calibrated suspension lowered by 25mm, and recalibrated anti-roll bars. These enhancements, combined with the car's relatively light weight of 1,560 kg – about 200 kg less than its nearest competitors – contribute to a driving experience that Alfa Romeo promises will be unparalleled in the compact EV segment.

Alfa Romeo has not neglected the practical aspects of electric motoring. The Junior VELOCE 280 is equipped with a 54-kWh lithium-ion battery pack, offering a range of up to 207 miles on the WLTP cycle. Fast charging capabilities mean the battery can be charged from 20% to 80% in less than 30 minutes at 100-kW DC fast charging stations.

Inside, the Junior VELOCE 280 continues to impress. Despite its compact exterior, it boasts a segment-leading 400-litre boot capacity. The interior is a testament to Italian craftsmanship, featuring high-quality materials and a driver-centric layout. A 10.25-inch digital instrument cluster and a 10.25-inch touchscreen infotainment system dominate the dashboard, offering intuitive control over the car's numerous features.

Technology is at the forefront of the Junior VELOCE 280's design. It comes equipped with Level 2 autonomous driving capabilities, including Intelligent Adaptive Cruise Control and Lane Centering. The infotainment system is powered by advanced software that supports over-the-air updates, ensuring the car stays up-to-date with the latest features and improvements.

One of the most intriguing technological additions is the integration of ChatGPT into the car's voice recognition system. This AI-powered feature allows drivers to ask complex questions and receive detailed answers on various topics, adding a new dimension to in-car entertainment and information access.

Alfa Romeo is offering the Junior VELOCE 280 with a range of customization options. The exterior can be specified in six different colours, with a distinctive two-tone livery featuring a black roof and red accents. Inside, buyers can opt for sport packs that include Sabelt Corsa seats upholstered in black and red suede, further emphasising the car's performance credentials.

The unveiling of the Junior VELOCE 280 at the Balocco Proving Ground is significant. This historic facility, completed in 1962, has been the testing ground for every Alfa Romeo road car since its inception. By choosing this venue, Alfa Romeo is not only showcasing its latest creation but also reaffirming its commitment to performance and driving pleasure, even in the electric era. 
&nbsp;

Alfa Romeo has pulled back the curtain on its latest creation, the Junior VELOCE 280, marking the Italian automaker's bold entry into the electric vehicle market.

Alfa Romeo has pulled back the curtain on its latest creation, the Junior VELOCE 280, marking the Italian automaker's bold entry into the electric vehicle market. This compact powerhouse, unveiled at the iconic Balocco Proving Ground, represents a perfect fusion of Alfa Romeo's storied racing heritage and cutting-edge electric technology. The Junior VELOCE 280 is not just another electric car; it's a statement of intent from a brand known for its passion for driving. At just over 4 metres long, this compact EV packs a punch that belies its size. The heart of this automotive marvel is a state-of-the-art electric motor, jointly developed by Alfa Romeo engineering, Stellantis Engineering Propulsion Systems, and Emotors. This power plant delivers an impressive 207 kW (280 HP) and 345 Nm of torque, catapulting the Junior VELOCE 280 from 0 to 100 km/h in a mere 5.9 seconds, with a top speed exceeding 200 km/h. But raw power is just part of the story. Alfa Romeo has gone to great lengths to ensure that the Junior VELOCE 280 delivers the brand's signature driving experience. The car features a world-first addition for its segment: a Torsen 'D' mechanical limited-slip differential. This innovative system, an evolution of technology first introduced by Alfa Romeo in 2006, ensures optimal torque distribution between the front wheels, enhancing traction, stability, and overall driving dynamics. The Junior VELOCE 280's agility is further enhanced by its class-leading steering ratio of 14.6:1, specially calibrated suspension lowered by 25mm, and recalibrated anti-roll bars. These enhancements, combined with the car's relatively light weight of 1,560 kg – about 200 kg less than its nearest competitors – contribute to a driving experience that Alfa Romeo promises will be unparalleled in the compact EV segment. Alfa Romeo has not neglected the practical aspects of electric motoring. The Junior VELOCE 280 is equipped with a 54-kWh lithium-ion battery pack, offering a range of up to 207 miles on the WLTP cycle. Fast charging capabilities mean the battery can be charged from 20% to 80% in less than 30 minutes at 100-kW DC fast charging stations. Inside, the Junior VELOCE 280 continues to impress. Despite its compact exterior, it boasts a segment-leading 400-litre boot capacity. The interior is a testament to Italian craftsmanship, featuring high-quality materials and a driver-centric layout. A 10.25-inch digital instrument cluster and a 10.25-inch touchscreen infotainment system dominate the dashboard, offering intuitive control over the car's numerous features. Technology is at the forefront of the Junior VELOCE 280's design. It comes equipped with Level 2 autonomous driving capabilities, including Intelligent Adaptive Cruise Control and Lane Centering. The infotainment system is powered by advanced software that supports over-the-air updates, ensuring the car stays up-to-date with the latest features and improvements. One of the most intriguing technological additions is the integration of ChatGPT into the car's voice recognition system. This AI-powered feature allows drivers to ask complex questions and receive detailed answers on various topics, adding a new dimension to in-car entertainment and information access. Alfa Romeo is offering the Junior VELOCE 280 with a range of customization options. The exterior can be specified in six different colours, with a distinctive two-tone livery featuring a black roof and red accents. Inside, buyers can opt for sport packs that include Sabelt Corsa seats upholstered in black and red suede, further emphasising the car's performance credentials. The unveiling of the Junior VELOCE 280 at the Balocco Proving Ground is significant. This historic facility, completed in 1962, has been the testing ground for every Alfa Romeo road car since its inception. By choosing this venue, Alfa Romeo is not only showcasing its latest creation but also reaffirming its commitment to performance and driving pleasure, even in the electric era.

Alfa Romeo launches Junior VELOCE 280

Brabus, the acclaimed Mercedes-Benz tuning specialist, has revealed its latest creation: a souped-up version of the Smart #1. This collaboration marks a significant milestone in the evolution of electric vehicles, blending Brabus's performance-oriented philosophy with Smart's innovative approach to urban mobility.

The reimagined Smart #1 Brabus edition is a testament to the tuner's expertise in transforming vehicles into head-turning masterpieces. Embracing a "Black and Bold" design ethos, the exterior of this electric compact car has undergone a dramatic transformation. The vehicle now boasts an aggressive stance that demands attention on city streets and highways alike.

At first glance, automotive enthusiasts will notice the addition of several aerodynamic enhancements that not only improve the car's visual appeal but also its performance. A newly designed front spoiler adds a touch of aggression to the fascia, while sleek winglets and carefully crafted fascia inserts contribute to the vehicle's sporty character. The rear end hasn't been neglected either, with a prominent spoiler completing the dynamic look.

One of the most eye-catching features of the Smart #1 Brabus are its wheels. Customers can choose between 19-inch and 21-inch options, with the latter being particularly impressive. The 21-inch wheels, measuring 8.5 inches in width, are available in either the Monoblock Z design or the exclusive "Platinum Edition" style. These larger wheels are paired with high-performance Hankook Ventus S1 Evo 3 tires, sized at 255/30 R 21, ensuring optimal grip and handling.

Moving to the interior, Brabus has maintained its reputation for luxury and attention to detail. The cabin of the Smart #1 Brabus edition features a host of upgrades that elevate the driving experience. Custom scuff plates greet occupants as they enter the vehicle, while aluminium pedals add a sporty touch to the footwell. High-quality velour floor mats and a matching trunk liner not only protect the interior but also add a premium feel. Decorative stitching and piping throughout the cabin showcase Brabus's commitment to craftsmanship, with the tuner's iconic "B" logo subtly integrated into various elements.

While the exterior and interior modifications are substantial, Brabus has chosen to leave the electric powertrain largely untouched. This decision speaks to the already impressive performance capabilities of the standard Smart #1. The electric motor generates a robust 315 kW (equivalent to 428 horsepower), allowing the compact EV to reach a top speed of 180 km/h (112 mph). Perhaps more impressively, it can accelerate from 0 to 100 km/h (0-62 mph) in just 3.9 seconds, rivalling many sports cars.

However, Brabus hasn't completely neglected the vehicle's driving dynamics. The addition of sport springs lowers the car's ride height by 35 millimetres (1.4 inches), which not only enhances its visual appeal but also improves handling and cornering abilities. This modification ensures that the Smart #1 Brabus delivers a more engaging driving experience without compromising the benefits of its electric powertrain.

Speaking of electric performance, the Smart #1 Brabus retains the stock 66 kWh lithium-ion battery. This power source provides a respectable range of up to 325 kilometres (202 miles) on a single charge, making it a practical option for both urban commutes and longer journeys.

As of now, Brabus has not disclosed pricing information for this exciting new variant of the Smart #1. Potential buyers interested in adding this unique electric vehicle to their garage are encouraged to contact Brabus directly for more details. Given the extensive modifications and the prestige associated with the Brabus name, it's safe to assume that this special edition will command a premium over the standard Smart #1.

The introduction of the Smart #1 Brabus represents an intriguing convergence of electric vehicle technology and traditional performance tuning. It demonstrates that as the automotive industry shifts towards electrification, there's still room for vehicles that prioritise style, performance, and driver engagement.&nbsp;

Brabus, the acclaimed Mercedes-Benz tuning specialist, has revealed its latest creation: a souped-up version of the Smart #1. This collaboration marks a significant milestone in the evolution of electric vehicles, blending Brabus's performance-oriented philosophy with Smart's innovative approach to urban mobility.

Brabus, the acclaimed Mercedes-Benz tuning specialist, has revealed its latest creation: a souped-up version of the Smart #1. This collaboration marks a significant milestone in the evolution of electric vehicles, blending Brabus's performance-oriented philosophy with Smart's innovative approach to urban mobility. The reimagined Smart #1 Brabus edition is a testament to the tuner's expertise in transforming vehicles into head-turning masterpieces. Embracing a "Black and Bold" design ethos, the exterior of this electric compact car has undergone a dramatic transformation. The vehicle now boasts an aggressive stance that demands attention on city streets and highways alike. At first glance, automotive enthusiasts will notice the addition of several aerodynamic enhancements that not only improve the car's visual appeal but also its performance. A newly designed front spoiler adds a touch of aggression to the fascia, while sleek winglets and carefully crafted fascia inserts contribute to the vehicle's sporty character. The rear end hasn't been neglected either, with a prominent spoiler completing the dynamic look. One of the most eye-catching features of the Smart #1 Brabus are its wheels. Customers can choose between 19-inch and 21-inch options, with the latter being particularly impressive. The 21-inch wheels, measuring 8.5 inches in width, are available in either the Monoblock Z design or the exclusive "Platinum Edition" style. These larger wheels are paired with high-performance Hankook Ventus S1 Evo 3 tires, sized at 255/30 R 21, ensuring optimal grip and handling. Moving to the interior, Brabus has maintained its reputation for luxury and attention to detail. The cabin of the Smart #1 Brabus edition features a host of upgrades that elevate the driving experience. Custom scuff plates greet occupants as they enter the vehicle, while aluminium pedals add a sporty touch to the footwell. High-quality velour floor mats and a matching trunk liner not only protect the interior but also add a premium feel. Decorative stitching and piping throughout the cabin showcase Brabus's commitment to craftsmanship, with the tuner's iconic "B" logo subtly integrated into various elements. While the exterior and interior modifications are substantial, Brabus has chosen to leave the electric powertrain largely untouched. This decision speaks to the already impressive performance capabilities of the standard Smart #1. The electric motor generates a robust 315 kW (equivalent to 428 horsepower), allowing the compact EV to reach a top speed of 180 km/h (112 mph). Perhaps more impressively, it can accelerate from 0 to 100 km/h (0-62 mph) in just 3.9 seconds, rivalling many sports cars. However, Brabus hasn't completely neglected the vehicle's driving dynamics. The addition of sport springs lowers the car's ride height by 35 millimetres (1.4 inches), which not only enhances its visual appeal but also improves handling and cornering abilities. This modification ensures that the Smart #1 Brabus delivers a more engaging driving experience without compromising the benefits of its electric powertrain. Speaking of electric performance, the Smart #1 Brabus retains the stock 66 kWh lithium-ion battery. This power source provides a respectable range of up to 325 kilometres (202 miles) on a single charge, making it a practical option for both urban commutes and longer journeys. As of now, Brabus has not disclosed pricing information for this exciting new variant of the Smart #1. Potential buyers interested in adding this unique electric vehicle to their garage are encouraged to contact Brabus directly for more details. Given the extensive modifications and the prestige associated with the Brabus name, it's safe to assume that this special edition will command a premium over the standard Smart #1. The introduction of the Smart #1 Brabus represents an intriguing convergence of electric vehicle technology and traditional performance tuning. It demonstrates that as the automotive industry shifts towards electrification, there's still room for vehicles that prioritise style, performance, and driver engagement.

Mercedes Tuner unveils the new Smart #1 Brabus

Honda Motor has unveiled plans to restructure its manufacturing operations in Thailand. The Japanese automaker announced on Tuesday that it will halt vehicle production at its Ayutthaya province factory by 2025, consolidating its output at the more modern Prachinburi plant.

This decision comes as Honda faces increasing pressure in the Thai market, where aggressive competition from Chinese brands and growing consumer demand for electric vehicles (EVs) are reshaping the industry. The Ayutthaya plant, which has been operational since 1996, will transition to producing car parts once vehicle manufacturing ceases next year.

The consolidation effort aims to optimise Honda's production capacity in Thailand, addressing the significant gap between vehicle production and sales that the company has experienced in recent years. Honda's combined production at its two Thai plants has seen a substantial decline, dropping from 228,000 vehicles in 2019 to under 150,000 annually for each of the past four years. Concurrently, the company's sales in Thailand have remained below 100,000 units annually during the same period.

By centralising vehicle production at the Prachinburi plant, which opened in 2016, Honda hopes to improve efficiency and better align its manufacturing output with market demand. The company has been exporting vehicles from Thailand to other Southeast Asian markets, including Indonesia and the Philippines, to offset the domestic sales shortfall.

This restructuring comes at a time when Japanese automakers are facing unprecedented challenges in key Asian markets. In China, both Honda and its rival Nissan have struggled against the rise of domestic brands offering attractively priced EVs and plug-in hybrids with advanced software features. The competitive pressure is now spilling over into Southeast Asian markets, where Chinese automakers are aggressively expanding their presence.

The threat from Chinese brands is particularly evident in Thailand, where companies like BYD are making significant investments. Last week, BYD opened a plant for battery-powered cars in the country, part of a broader wave of Chinese EV manufacturers establishing production facilities in Thailand. These investments, totaling more than USD 1.44 billion, signal the intensifying competition in the region's automotive sector.

Honda's decision to consolidate its Thai operations also reflects a cautious approach to future investments in the country. The company spokesperson stated that there are currently no plans for new investments in Thailand, indicating a period of consolidation and optimization rather than expansion.

The automotive industry in Southeast Asia is at a critical juncture, with traditional manufacturers like Honda needing to adapt to the rapidly evolving market dynamics. The shift towards electric vehicles, coupled with the entry of new competitors, is forcing established players to reassess their strategies and operational structures. 
&nbsp;

Honda Motor has unveiled plans to restructure its manufacturing operations in Thailand. The Japanese automaker announced on Tuesday that it will halt vehicle production at its Ayutthaya province factory by 2025, consolidating its output at the more modern Prachinburi plant.

Honda Motor has unveiled plans to restructure its manufacturing operations in Thailand. The Japanese automaker announced on Tuesday that it will halt vehicle production at its Ayutthaya province factory by 2025, consolidating its output at the more modern Prachinburi plant. This decision comes as Honda faces increasing pressure in the Thai market, where aggressive competition from Chinese brands and growing consumer demand for electric vehicles (EVs) are reshaping the industry. The Ayutthaya plant, which has been operational since 1996, will transition to producing car parts once vehicle manufacturing ceases next year. The consolidation effort aims to optimise Honda's production capacity in Thailand, addressing the significant gap between vehicle production and sales that the company has experienced in recent years. Honda's combined production at its two Thai plants has seen a substantial decline, dropping from 228,000 vehicles in 2019 to under 150,000 annually for each of the past four years. Concurrently, the company's sales in Thailand have remained below 100,000 units annually during the same period. By centralising vehicle production at the Prachinburi plant, which opened in 2016, Honda hopes to improve efficiency and better align its manufacturing output with market demand. The company has been exporting vehicles from Thailand to other Southeast Asian markets, including Indonesia and the Philippines, to offset the domestic sales shortfall. This restructuring comes at a time when Japanese automakers are facing unprecedented challenges in key Asian markets. In China, both Honda and its rival Nissan have struggled against the rise of domestic brands offering attractively priced EVs and plug-in hybrids with advanced software features. The competitive pressure is now spilling over into Southeast Asian markets, where Chinese automakers are aggressively expanding their presence. The threat from Chinese brands is particularly evident in Thailand, where companies like BYD are making significant investments. Last week, BYD opened a plant for battery-powered cars in the country, part of a broader wave of Chinese EV manufacturers establishing production facilities in Thailand. These investments, totaling more than USD 1.44 billion, signal the intensifying competition in the region's automotive sector. Honda's decision to consolidate its Thai operations also reflects a cautious approach to future investments in the country. The company spokesperson stated that there are currently no plans for new investments in Thailand, indicating a period of consolidation and optimization rather than expansion. The automotive industry in Southeast Asia is at a critical juncture, with traditional manufacturers like Honda needing to adapt to the rapidly evolving market dynamics. The shift towards electric vehicles, coupled with the entry of new competitors, is forcing established players to reassess their strategies and operational structures.

Honda streamlines Thai operations

Electrify America (EA) has launched an innovative pilot program at ten of its high-traffic locations in Southern California. The initiative, dubbed the Congestion Reduction Pilot, aims to streamline the charging process and minimise wait times by capping the state of charge for EVs at 85%.

The pilot program, which is being implemented at carefully selected stations known for their high utilisation rates and congestion issues, represents a strategic approach to managing the increasing demand for EV charging infrastructure. EA has chosen locations that are situated in areas with a higher density of charging options, ensuring that EV owners with lower-range vehicles are not disproportionately affected by the new policy.

At the heart of this initiative is the goal to significantly reduce waiting times for EV owners seeking to charge their vehicles. EA's decision stems from the observation that charging times increase substantially when batteries approach full capacity, particularly in the 90-100% range. By limiting the maximum charge to 85%, the company aims to keep charging sessions shorter and more efficient, allowing more drivers to access the charging stations throughout the day.

Under the new system, charging sessions will automatically terminate once a vehicle reaches the 85% threshold. To encourage prompt turnover at the stations, drivers will have a 10-minute grace period to move their vehicles before incurring idle fees. This policy is designed to maximise the utilisation of each charging point and reduce unnecessary occupation of charging spots.

EA has emphasised that this pilot program is a direct response to customer feedback regarding long wait times and limited availability at popular charging locations. The company is committed to closely monitoring the performance of these stations and gathering customer sentiment throughout the trial period. This data-driven approach will allow EA to make informed decisions about potential adjustments to the program or its possible expansion to other locations.

It's worth noting that the pilot includes measures to prevent users from circumventing the 85% limit by simply initiating a new charging session. Once a vehicle reaches the cap, the charging point will not allow further charging, ensuring the integrity of the pilot program.

This initiative reflects the growing pains of the rapidly expanding EV market and the challenges faced by charging infrastructure providers in keeping pace with demand. As more consumers transition to electric vehicles, innovative solutions like EA's pilot program may become increasingly necessary to manage resources effectively and ensure a positive experience for all EV owners.

The success of this pilot could have far-reaching implications for the future of EV charging infrastructure management, potentially setting a new standard for optimising charging station usage across the industry. As the program unfolds, both EV owners and industry observers will be keenly watching to see how this balance between efficiency and convenience plays out in real-world conditions. 
&nbsp;

Electrify America (EA) has launched an innovative pilot program at ten of its high-traffic locations in Southern California. The initiative, dubbed the Congestion Reduction Pilot, aims to streamline the charging process and minimise wait times by capping the state of charge for EVs at 85%.

Electrify America (EA) has launched an innovative pilot program at ten of its high-traffic locations in Southern California. The initiative, dubbed the Congestion Reduction Pilot, aims to streamline the charging process and minimise wait times by capping the state of charge for EVs at 85%. The pilot program, which is being implemented at carefully selected stations known for their high utilisation rates and congestion issues, represents a strategic approach to managing the increasing demand for EV charging infrastructure. EA has chosen locations that are situated in areas with a higher density of charging options, ensuring that EV owners with lower-range vehicles are not disproportionately affected by the new policy. At the heart of this initiative is the goal to significantly reduce waiting times for EV owners seeking to charge their vehicles. EA's decision stems from the observation that charging times increase substantially when batteries approach full capacity, particularly in the 90-100% range. By limiting the maximum charge to 85%, the company aims to keep charging sessions shorter and more efficient, allowing more drivers to access the charging stations throughout the day. Under the new system, charging sessions will automatically terminate once a vehicle reaches the 85% threshold. To encourage prompt turnover at the stations, drivers will have a 10-minute grace period to move their vehicles before incurring idle fees. This policy is designed to maximise the utilisation of each charging point and reduce unnecessary occupation of charging spots. EA has emphasised that this pilot program is a direct response to customer feedback regarding long wait times and limited availability at popular charging locations. The company is committed to closely monitoring the performance of these stations and gathering customer sentiment throughout the trial period. This data-driven approach will allow EA to make informed decisions about potential adjustments to the program or its possible expansion to other locations. It's worth noting that the pilot includes measures to prevent users from circumventing the 85% limit by simply initiating a new charging session. Once a vehicle reaches the cap, the charging point will not allow further charging, ensuring the integrity of the pilot program. This initiative reflects the growing pains of the rapidly expanding EV market and the challenges faced by charging infrastructure providers in keeping pace with demand. As more consumers transition to electric vehicles, innovative solutions like EA's pilot program may become increasingly necessary to manage resources effectively and ensure a positive experience for all EV owners. The success of this pilot could have far-reaching implications for the future of EV charging infrastructure management, potentially setting a new standard for optimising charging station usage across the industry. As the program unfolds, both EV owners and industry observers will be keenly watching to see how this balance between efficiency and convenience plays out in real-world conditions.

Electrify America tests 85% charge cap to ease EV station congestion

Segway, the renowned micro-mobility solutions provider, is set to revolutionise the Australian electric scooter market with the introduction of three cutting-edge models. The company's latest offerings, slated for release in August, promise to combine advanced technology with affordability, catering to a wide range of riders.

The new lineup, marketed as an e-Motorbike range, features the high-end E300SE alongside two more budget-friendly options, the E125S and E110S. Despite the e-Motorbike moniker, these vehicles closely resemble traditional electric scooters in design and functionality.

Leading the pack is the flagship E300SE, boasting impressive specifications that are sure to appeal to enthusiasts and commuters alike. Powered by a robust 10kW motor, this model comes equipped with two removable 2000WH batteries and the option to add a third for extended range. The E300SE can reach a top speed of 105 km/h and accelerates from 0 to 100km/h in a mere 2.9 seconds, rivalling the performance of many conventional motorcycles. With a typical range of 130km, it offers ample coverage for urban commuters and weekend adventurers. The E300SE is competitively priced at $8,990, making it an attractive option in its class.

Segway has integrated several advanced features into the E300SE, including compatibility with the Segway-Ninebot app. This smartphone application allows users to remotely control various functions such as power on/off, locking, and unlocking. Additionally, it provides tracking capabilities and detailed vehicle performance analysis. Safety hasn't been overlooked, with the inclusion of dual-channel ABS and EABS (Electronic Anti-lock Braking System) to ensure rider protection.

For those seeking more modest performance at a lower price point, the E125S and E110S models offer compelling alternatives. The E125S, priced at USD 6,990, features a dual removable battery setup and a 3.5kW motor. It can achieve a maximum speed of 45km/h and boasts a range of 108km. Charging times are impressively quick, with 80% capacity reached in just 2.4 hours and a full charge completed in 4 hours.

The entry-level E110S, available for USD 4,990, is equipped with a 1.8kW motor. It provides a typical range of 57 km and can be charged to 80% in 3 hours, with a full charge taking 4 hours. Both the E125S and E110S models feature spacious seating designed to accommodate two riders comfortably, along with generous storage compartments.

Safety and connectivity are prioritised across all models. The E125S and E110S incorporate dual-channel braking systems combined with EABS, while also offering smart connectivity features through the Segway-Ninebot app.

One of the most appealing aspects of this new range is the pricing structure. All three models are being offered at introductory prices that include on-road costs, making them even more accessible to potential buyers. Furthermore, each e-Motorbike is approved for learner and provisional riders, opening up the market to newer motorcycle enthusiasts.

Segway-Ninebot is currently accepting pre-orders for these models, with deliveries expected to commence in August. Interested customers can also schedule test rides at select locations to experience the vehicles firsthand before making a purchase decision. 
&nbsp;

Segway, the renowned micro-mobility solutions provider, is set to revolutionise the Australian electric scooter market with the introduction of three cutting-edge models.

Segway, the renowned micro-mobility solutions provider, is set to revolutionise the Australian electric scooter market with the introduction of three cutting-edge models. The company's latest offerings, slated for release in August, promise to combine advanced technology with affordability, catering to a wide range of riders. The new lineup, marketed as an e-Motorbike range, features the high-end E300SE alongside two more budget-friendly options, the E125S and E110S. Despite the e-Motorbike moniker, these vehicles closely resemble traditional electric scooters in design and functionality. Leading the pack is the flagship E300SE, boasting impressive specifications that are sure to appeal to enthusiasts and commuters alike. Powered by a robust 10kW motor, this model comes equipped with two removable 2000WH batteries and the option to add a third for extended range. The E300SE can reach a top speed of 105 km/h and accelerates from 0 to 100km/h in a mere 2.9 seconds, rivalling the performance of many conventional motorcycles. With a typical range of 130km, it offers ample coverage for urban commuters and weekend adventurers. The E300SE is competitively priced at $8,990, making it an attractive option in its class. Segway has integrated several advanced features into the E300SE, including compatibility with the Segway-Ninebot app. This smartphone application allows users to remotely control various functions such as power on/off, locking, and unlocking. Additionally, it provides tracking capabilities and detailed vehicle performance analysis. Safety hasn't been overlooked, with the inclusion of dual-channel ABS and EABS (Electronic Anti-lock Braking System) to ensure rider protection. For those seeking more modest performance at a lower price point, the E125S and E110S models offer compelling alternatives. The E125S, priced at USD 6,990, features a dual removable battery setup and a 3.5kW motor. It can achieve a maximum speed of 45km/h and boasts a range of 108km. Charging times are impressively quick, with 80% capacity reached in just 2.4 hours and a full charge completed in 4 hours. The entry-level E110S, available for USD 4,990, is equipped with a 1.8kW motor. It provides a typical range of 57 km and can be charged to 80% in 3 hours, with a full charge taking 4 hours. Both the E125S and E110S models feature spacious seating designed to accommodate two riders comfortably, along with generous storage compartments. Safety and connectivity are prioritised across all models. The E125S and E110S incorporate dual-channel braking systems combined with EABS, while also offering smart connectivity features through the Segway-Ninebot app. One of the most appealing aspects of this new range is the pricing structure. All three models are being offered at introductory prices that include on-road costs, making them even more accessible to potential buyers. Furthermore, each e-Motorbike is approved for learner and provisional riders, opening up the market to newer motorcycle enthusiasts. Segway-Ninebot is currently accepting pre-orders for these models, with deliveries expected to commence in August. Interested customers can also schedule test rides at select locations to experience the vehicles firsthand before making a purchase decision.

Segway unleashes trio of affordable electric scooters in Australia

Author

Zee News Rajasthan

Editor

Diksha Bisla

Home

Live Tv

Latest

World

India

Business

Entertainment

Sports

Opinions

Videos

Photos

Gravitas

Lifestyle

Science

Tech

Rajasthan News in Hindi: In-depth coverage of Rajasthan Crime, Political News, Education, Rajasthan Weather Update and Latest Rajasthan News on Zee News Rajasthan.