Hi, I'm Deepak, a UAV Project/System Engineer from Rajasthan India.

Custom flight controller circuit enabling Triple modular data link redundancy with 4G cellular network over nearly unlimited distances.

Fully autonomous flight 

Custom electronics and circuit design.

Modified for long-range and electronics safety in intercity operations.

25KG maximum takeoff weight (MTOW) and 2hrs flight endurance. 

Custom flight controller circuit enabling Triple modular data link redundancy with 4G cellular network over nearly unlimited distances.

Custom electronics and circuit design.

Modified for long-range and electronics safety in intercity operations.

7KG maximum takeoff weight (MTOW) and approx. 2hrs flight endurance. 

Custom flight controller circuit enabling Triple modular data link redundancy with 4G cellular network over nearly unlimited distances.

Custom electronics and circuit design.

Modified for long-range and electronics safety in intercity operations.

70KG maximum takeoff weight (MTOW).

With integrated ballistic parachutes with enabling Triple modular data link redundancy with 4G cellular network over nearly unlimited distances.

Custom Drop release mechanism system Drone air payload drop release hooks.

Modified for long-range and electronics safety in intercity operations with ballistic parachute.

48KG maximum takeoff weight (MTOW).

Developing custom autopilot, collision avoidance, and LiDAR systems for indoor drones, improving safety and control in confined spaces. Creating a reliable PCB for micro LiDAR scanning, enhancing object detection with efficient LiDAR technology

Equipped with an STM32 for seamless performance. It boasts a triple-axis gyro, accelerometer, barometer, magnetometer, and even servo outputs for precise camera control. With direct GPS module connectivity and convenient on-board USB programming, Seamlessly connect via USB or UART interface.