Krutrim Space Tech

Previous Work & Achievements

A Track Record of Delivery

Every project at Krutrim Space Tech is a proof point. From competitive rocketry to indigenous UAV platforms, our work speaks through hardware.

WCRC
Rocketry

World Cube Rocket Championship

Participated and achieved recognition at the World Cube Rocket Championship — a global platform for student aerospace teams to demonstrate propulsion and avionics capabilities in competitive rocketry.

Designed and integrated a custom flight avionics stack
Achieved stable powered ascent and recovery
Competed against international university teams
RUDRA
Propulsion

Project Rudra — High-Power Rocket

RUDRA was an indigenous high-power rocketry project aimed at demonstrating solid propulsion, aerodynamic stability, and autonomous recovery systems. The project pushed Krutrim's capabilities in propulsion engineering and real-time avionics.

Custom solid propulsion system design
Onboard data acquisition and telemetry
Parachute-based dual-event recovery
TEJAS
UAV

Project Tejas — Fixed-Wing UAV

TEJAS was Krutrim's fixed-wing UAV development effort — establishing the team's baseline in airframe design, autopilot integration, and autonomous waypoint navigation. The platform served as a testbed for subsequent swarm UAV research.

Fixed-wing airframe manufactured in-house
Pixhawk-based autopilot with custom GCS integration
Autonomous waypoint navigation demonstrated
ASTRA
CubeSat / CanSat

Project Astra — CanSat Mission

ASTRA was Krutrim's CanSat mission — a miniaturized satellite system competition challenge involving full mission design from concept through launch and recovery. The project demonstrated end-to-end satellite mission execution at a compact scale.

Full mission lifecycle from PDR to launch
Live telemetry with sensor payload (temperature, pressure, GPS)
UAV-assisted aerial deployment

Want to Collaborate?

Our project experience across rocketry, UAVs, and CubeSats positions us to tackle challenging aerospace problems. Let's build something together.

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