Capable of sustaining speeds close to Mach 2.5-2.8 from launch to impact, BrahMos combines rocket‑booster thrust, air‑breathing ramjet propulsion, aerodynamic design, and sophisticated guidance to deliver destructive power with precision.

<p>Capable of sustaining speeds close to Mach 2.5-2.8 from launch to impact, BrahMos combines rocket‑booster thrust, air‑breathing ramjet propulsion, aerodynamic design, and sophisticated guidance to deliver destructive power with precision.</p>

What makes BrahMos nearly Mach 3 fast? Understanding the ramjet system behind its power

Described by BrahMos Aerospace as a ‘smaller, lighter, smarter and stealthier’ version of the original system, it retains the supersonic speed and precision of its predecessor while offering a more compact design.

<p>Described by BrahMos Aerospace as a ‘smaller, lighter, smarter and stealthier’ version of the original system, it retains the supersonic speed and precision of its predecessor while offering a more compact design.</p>

BrahMos NG: The smaller, faster, multi-platform supersonic cruise missile set to transform global defence

NASA will test its first supersonic commercial flight known as the X-59. The flight will reach the cruising speed of Mach 1.4. The aircraft is expected to reduce travel time. What are the specifications of the X-59? Listen in to Priyanka Sharma.

Gravitas: Nasa set to test its first supersonic commercial flight

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What makes BrahMos nearly Mach 3 fast? Understanding the ramjet system behind its power

Next-generation BrahMos: Smaller, faster and ready for multi-platform deployment

Gravitas: Nasa set to test its first supersonic commercial flight