Aevio V1 is an advanced flight controller engineered for precision, reliability, and real-time performance in aerial and robotics applications. It integrates a dual-processor architecture for efficient flight management and peripheral control, coupled with a Triple-IMU sensor suite for enhanced stability and attitude accuracy.
V1 uses its Arm® Cortex®-M7 processor to execute real-time control loops and sensor fusion at high speed. Its co-processor handles telemetry, GPS and motor control ensuring stability.
Booting Aevio V1 firmwareInitializing sensorsIMU: Dual 6-axis calibratedGPS: 12 satellites lockedBarometer: Stable pressure dataFMU Load: 37%Co-Processor Sync: ActiveLoop Time: 2.1 msTelemetry: 58 packets/secLogging: microSD activeFlight Mode: StabilizeSystem Status: All systems nominal
Reliable flight control for surveillance, border security, and live perimeter monitoring. Redundant IMUs and protected power keep systems stable.
Dedicated safety processors maintain motor control even during resets — ideal for defense-grade reliability and compliance.
Stable attitude control for heavy-lift drones. Brownout-resistant design ensures uptime under vibration.
Ideal for solar farms, wind turbines, and pipelines. Expansion-ready interfaces make integrating payloads effortless.
V1 single, monobolic flight core combines all cube class features into one compact PCB. It is cleaner, lighter, and more reliable a better alternative to traditional cube stacks.
Higher uptime with reduced interconnects and simpler routing.
Compact monobloc design ensures better vibration resilience.
Optimized layout minimizes brownouts and EMI interference.
Unified design simplifies wiring, QC, and assembly.
Fully compatible with ArduPilot, PX4, and Pixhawk-style ports.
Launching soon, stay tuned