AeroMind™ 6X
Engineered for Precision. Powered by Purpose.
AeroMind™ 6X is a reliable, high-performance
FMU v6X based flight controller built in India for autonomous and advanced drone operations.
Built to Perform
High-Speed Processor
32-bit Processor @ 480 MHz.
Ultra-fast response, rock-solid control
Redudancy at the Core
Triple IMUs and Dual Baro
Smart redundancy that filters out noise, recovers from faults, and keeps your drone locked on course.
Built-in Crypto Authenticator
Secure boot with EdgeLock
Every boot is verified. No tampering.
Specifications
Main Processor
STM32H753
DOUBLE PRECISION PROCESSOR
480 MHz ARM Cortex‑M7 microcontroller with hardware FPU and DSP.
Optimised for real-time EKF computation, low-latency control loops, and high-rate sensor fusion in PX4-based UAV systems.
Co-Processor
STM32 F10x
ENHANCED EXPANSION
Added scalability, allowing
seamless integration of
additional sensors and
peripherals for future-proof
UAV designs
Inertial Measurement Unit
ICM45686 (x3)
Low-noise 6-axis IMU with built-in sensor fusion enabling precise flight control even in harsh conditions.
Barometer
ICP20100
High-precision sensor with industry-leading noise performance for precise altitude sensing.
Security
SE051
EAL 6+ certified chip, enabling encrypted boot and hardware-based authentication for trusted UAV operations.
Internal Magnetometer
RM3100
High-precision geomagnetic sensor ideal for accurate heading in GPS-challenged environments.
Built for the Mission
Internally Damped MEMS
Reduces high-frequency noise and mechanical resonance, ensuring your drone’s state estimation remains rock-solid even in harsh conditions.
Improved EKF Stability
Minimises vibration-induced drift in attitude and position estimation.
Cleaner Sensor Readings
IMU data is less noisy, enabling better control loop response and tuning.
Faster GPS Fusion Lock
Reduced IMU noise helps achieve quicker and more reliable GPS-IMU fusion.
Better Performance on High-Vibration Platforms
Especially useful in fixed-wing, hybrid, or high-thrust multirotors where motor/prop vibration is significant.
Precision Machined Enclosure
Wrapped in a high-grade aluminium enclosure, precision-machined for strength, stability, and field resilience. This isn’t cosmetic — it’s mission-critical protection.
Cold-Weather Ready
Built-In IMU Heating for Precision, designed to maintain optimal operating temperature even in extreme cold environments and altitudes
Prevents Cold Start Drift
Ensures stable sensor readings from the moment your system powers on.
Mission-Ready in Harsh Climates
Operates reliably in snow, high-altitude deployments, and low-temperature conditions without warm-up delays.
No External Heating Required
Built-in solution avoids bulky heating pads or external climate control hacks.
Maintains EKF Accuracy
Keeps IMU temperature consistent to avoid thermal bias and fusion instability.
Tactical ISR & Loitering Drones
Precise navigation, secure mission logic, and stable control in GPS-degraded or contested environments.
Logistics Drone
Optimised for heavy-lift or medium-range delivery missions, with stable performance under variable payload loads.
Aerial Mapping & Surveying Drones
Delivers precise, vibration-free IMU and barometric data for accurate photogrammetry, terrain reconstruction, and geospatial mapping — even under GNSS variation or in large-area missions.
Precision Agriculture Drones
Supports spraying, crop health mapping, and terrain-aware automation in large farm operations.