Avionics
The guidance, control, and simulation systems of our rocket — and the source of our two flagship commercial products
Motion Platforms — Available Now
To validate our own avionics under realistic flight motion, we built precision motion platforms. Today that family spans five configurations, from a 2-DOF positioning table to the PMP200 6-DOF hexapod carrying payloads up to 5 tons — manufactured in Bengaluru and shipped to simulation, training, and defence customers.
- 2-DOF to 6-DOF configurations
- Payloads up to 5 tons (customisable)
- Used for pilot/astronaut training and hardware-in-the-loop testing
- Delivered with control software and integration support
GYROJET-AI — In Development
Our computer-vision and tracking work produced GYROJET-AI: a micro-rocket projectile in a 0.50-cal form factor with real-time target acquisition and in-flight trajectory adjustment. The object-tracking algorithm is validated in software; hardware development is under way and partnerships are open.
- Computer-vision guided, onboard processing
- Real-time target acquisition and tracking
- In-flight trajectory adjustment
- Software prototype validated
Guidance & Control for Our Rocket
The core R&D behind both products: flight computers, control loops, and state estimation for our launch vehicle. We design, build, and test this stack in-house — every commercial product on this page started as a piece of it.
- Flight control and state estimation
- Sensor fusion and real-time telemetry
- Hardware-in-the-loop testing on our own platforms
What This Means for You
When you buy a Vrisva avionics product, you get hardware and software we rely on ourselves. Our platforms test our rocket's avionics; our tracking algorithms guide our projectiles. Nothing on this page is a concept slide.
- Products proven in our own development program
- Direct access to the engineers who built them
- Customisation as standard, not an exception