UAV GNSS module
The C-RTK 9Ps is a four-star Real Time GNSS system, using two c-RTK 9Ps modules, one for aircraft and the other for base stations. It also supports the dual GPS for yaw, replacing the uav magnetic compass, so that the UAV can adapt to the complex magnetic field environment. Compared with C-RTK 9P, C-RTK 9Ps achieves similar performance at lower price; It is a very cost-effective centimeter-level positioning module. Compatible with PX4/ArduPilot open-source flight controller. It is an ideal choice for uav aerial performance, agricultural application, high-precision takeoff and landing, ship takeoff and landing and other applications requiring real-time high-precision navigation.
C-RTK 2HP Centimetre-Level GNSS Module
Support Four Satellites u-blox M10 Satellite Receiver System. Precise Positioning Integrate Dual SAW + LNA. High-Performance STM32H5 Processor Self-Developed M4C Architecture Software. Strong Anti-lnterference Built-In ST llS2MDc Electronic Compass. Adopt DroneCAN Protocol Compatible with Mainstream Open Source Platform. Multi-Functional RGB Status Light Controller Disarming Switch.
NEO 3x build in M9N receiver with concurrent reception of 4 GNSS that can adapt to multiple harsh environments. Designed with IP66 standard, it is sealed against dust and rain. It has STM32F4 series processor, ICP2100 barometer, ublox M9N module and RM3100 industrial compass. It supports CAN bus communication based on DroneCAN protocol, and the farthest communication distance can reach 1.5m.
NEO 3 Pro is a M9N navigation product using the DroneCAN communication protocol. Integrated positioning system, magnetic compass, control status light, control siren, barometer in one, industrial grade magnetic compass, can receive four major satellite systems navigation and positioning signals at the same time.
NEO 3 is a cost-effective M9N navigation and positioning product with a single point positioning accuracy of up to 0.7m. It integrates positioning system, magnetic compass, controller status light, controller alarm, andbarometer, and can receive signals from four major satellite navigation and positioning systems simultaneously.
