AeroStack – Autonomous Aerial Systems & Flight Avionics

We engineer aerial platforms spanning manual pilot guidance, assisted waypoint navigation, and automated survey envelopes for mission-critical operations. Recognizing that not every aerial system is autonomous or suited for hands-off flight, we match flight stacks to exact operational requirements: all-weather resilience, multi-spectral drone sensor payloads, and prolonged battery discharge curves under real operating stress.

Field drones fail due to motor vibration noise, compass drift, GPS spoofing, and thermal cutoff. MedhaArc solves this through triple-redundant isolated IMUs, optical flow for GPS-denied stabilization, custom carbon-composite airframes that dampen acoustic resonance, and deterministic fail-safe return-to-land state machines that safeguard critical payload assets.

Every platform begins with aerodynamic CFD simulation and torsional FEA in high-modulus carbon fiber. Propulsion combinations are bench-tested on custom torque-thrust dyno cells. We write in-house flight controller firmware on STM32H7 RTOS architectures with CAN bus ESC telemetry, ensuring zero vendor lock-in and seamless hot-swappable payload integration.