THE EVOLUTION OF AGNIHOTRI AEROSPACE

The Hopper represents our first step toward building a fully reusable launch ecosystem. By achieving stable vertical ascent and precision landing, we transformed vision into hardware.
Systematic testing of the Hopper vehicle in controlled environments to validate flight performance and safety protocols.

Our first physical model of a reusable rocket, built to test aerodynamic and structural properties under various flight conditions.
The successful testing of our first rocket model marked a pivotal breakthrough, demonstrating our ability to translate engineering into flight-ready tech.

Integrating advanced avionics systems to enable autonomous flight control and real-time telemetry monitoring for our fleet.
Our avionics layer integrates flight control systems and sensor fusion to enable autonomous vertical operations.

Developing high-efficiency thrusters for precise attitude control and propulsion in reusable launch vehicles.
Executing a full-scale sounding rocket flight test including testing of active descent control, engine re-ignition systems, and a precision active guidance system targeting submeter-level landing accuracy.
Developing meter-level accuracy to demonstrate vertical takeoff and vertical landing, and to validate the reaction control system (RCS) and VT-RCS.