RTK&GPS

NEO 3 GNSS UAV Navigation Modules

NEO 3 uses a hardware design similar to NEO V2, and upgrades the GNSS navigation module to the M9N module that supports the four mainstream satellite systems of Beidou, GPS, Galileo and Glonass. The positioning accuracy has been significantly improved. It is a high Cost-effective unmanned system positioning and navigation module. It integrates compass, barometer, flight controller status light, buzzer, and safety switch in one; it has the characteristics of high sensitivity and strong anti-interference.

NEO 3 Pro GNSS UAV Module

NEO continues the hardware design of NEO V2, upgrade the GNSS module to Ublox NEO M9N, supports Beidou, Galileo, Glonas and GPS receive at the same time, and the horizontal positioning accuracy is up to 0.7M. Integrated with safety switch, buzzer, RGB light.

NEO V2 Pro UAVCAN GPS

NEO V2 Pro is a GNSS positioning system based on the UAVCAN communication protocol. It integrates an industrial-grade compass, barometer, flight controller status lights, buzzer, and safety switch in one; it has high safety and strong anti-interference characteristics .

NEO V2 GPS module

Neo V2 is a cost-effective UAV positioning and navigation module, which integrates a compass, barometer, flight controller status light, buzzer, and safety switch; it has the characteristics of high sensitivity and strong anti-interference.

C-RTK 9P High precision positioning module

C-RTK 9P is a professional RTK positioning module (Real Time Kinematics) launched by CUAV. Through 2 C-RTK 9P modules (one for aircraft and one for base station) can form a complete multi-satellite multi-frequency RTK positioning system. It is mainly used in scenes that require high positioning accuracy, such as drone mapping, agricultural surveying, and power inspection.

C-RTK Base

C-RTK-BASE differential high-precision GPS base station system, built-in multi-star single-frequency RTK receiver module, P9 over-the-horizon data transmission module, WIFI communication module, high-capacity battery pack can work continuously for 12 hours, and run Linux system. A variety of working modes can be flexibly applied to the fields of drones, unmanned vehicles and so on.