Darkmatter Stack H760

Darkmatter Stack H760

The Darkmatter Stack H760 is a professional-grade power system designed for mission-critical FPV and autonomous applications. This flagship stack combines the extreme computational power of the Brahma H7 flight controller with the heavy-duty reliability of the Vishnu 60 4-in-1 ESC. Proudly engineered and Made in India, this stack utilizes premium components to ensure rock-solid performance on high-vibration frames.

At the heart of the system is the STM32H743 MCU, running at a blistering 480MHz. This processing speed allows for ultra-fast loop times and advanced sensor fusion. To ensure extreme precision, the FC features Dual ICM42688 gyroscopes for superior noise immunity. Whether you are building a 10-inch long-range explorer or a high-torque X8 cinelifter, the H760 stack provides the expandability and power density required for elite-tier drone builds.

Key Features

Connectivity and power management are the standout strengths of this stack. The Brahma H7 offers 7 UARTs, CAN port, and 13 PWM outputs, supporting up to 10 motors for VTOL or coaxial configurations. It includes a switchable 9V/3A BEC specifically for digital VTX systems, allowing for faster GPS locks and safer ground handling. For data logging, a full-size microSD Blackbox slot is included alongside a high-accuracy DPS310 barometer.

The Vishnu 60 ESC complements this with 60A continuous current per channel and a massive 90A burst capability. It runs BlueJay/BLHeli_S firmware, delivering smooth throttle response and low electronic noise. The copper-rich PCB is designed for efficient heat dissipation, while the integrated current sensor provides real-time telemetry for battery safety. With built-in reverse polarity and ESD protection, this stack is built to endure the most demanding flight environments.

Applications

The Darkmatter H760 is the ultimate choice for Professional Aerial Cinematography using X8 or heavy-lift rigs. In Long-Range Exploration, its dual IMUs and robust filtering provide the stability needed for miles of travel. Autonomous Drone developers utilize the CAN port and 7 UARTs for complex sensor integration like LiDAR and specialized GPS. It is also ideal for Industrial VTOL aircraft requiring up to 10 motor outputs. Furthermore, it serves as a high-precision platform for Defense and Security UAVs. Finally, it is a top-tier option for Elite FPV Freestyle pilots who demand the highest level of responsiveness and reliability.