GREMSY G-HADRON MAINBOARD

G-Hadron Main Board

Compact and Smartly Designed

The G-Hadron Main Board is engineered for seamless integration with the Hadron 640R camera, ensuring smooth, uninterrupted operation. With a small size of 63.4 x 68.8 x 24 mm and weighing just 93 grams, this board saves space while delivering solid performance. It fits tightly into compact UAV builds, without compromising functionality or durability.

Reliable Signal Transmission

This system supports signal output via HDMI and Ethernet, allowing real-time image streaming and efficient data transfer. These connections are crucial when live feeds or image retrieval are needed in demanding aerial missions. Therefore, you get real-time situational awareness, better decision-making, and smooth remote monitoring.

Multi-Interface Support

Equipped with multiple ports, the main board supports Gimbal Mavlink V2 (UART) and Telem port Mavlink V2 (UART). It also includes USB-C for HDMI/Ethernet output, an H640R camera port, and microSD storage support. These interfaces ensure full compatibility with advanced systems while enabling fast data recording and image processing. Additionally, the Open-Q™ LCD Panel port supports external display connectivity.

Durable and Efficient Build

Constructed using high-quality aluminum, the body is strong and ready for field use. It’s built to operate in extreme temperatures ranging from -40°C to +85°C, allowing dependable performance across harsh environments. This gives operators confidence in both freezing altitudes and hot, dry conditions.

Wide Power Input Range

The board accepts 15V to 52V input power, ensuring compatibility with a variety of UAV power systems. This wide voltage range increases flexibility and makes integration with existing hardware simple and quick.

Efficient and Mission-Ready

Lightweight, sturdy, and feature-packed, the G-Hadron Main Board brings exceptional control and transmission capabilities into one compact solution. It supports precise gimbal movements, enabling operators to respond quickly to environmental shifts during aerial missions. Furthermore, its energy-efficient design helps conserve battery life, extending drone flight time without adding power strain.