mosaic-X5 ultraLight RTK GNSS Smart Antenna
SKU: ELT0737Choose your option
UM980 ultraLight RTK GNSS Smart Antenna
SKU: ELT0237Choose your option
mosaic-G5 ultraLight RTK Receiver with Compass
SKU: ELT0761Choose your option
Ultralight GNSS Series – Professional Modules and Accessories
The Ultralight Series is a professional line of GNSS modules, smart antennas, compasses, and accessories designed for drone manufacturers, robotics developers, and system integrators. With ultra-lightweight design, low power consumption, and high performance, these products are ideal for commercial unmanned systems — from aerial drones to autonomous ground robots and surface vehicles.
Seamless Integration with Autopilot Systems
All Ultralight products are fully compatible with PX4 and ArduPilot software platforms, offering easy integration with a wide range of autopilot controllers. They work reliably with leading flight controllers such as Pixhawk, Cube, and compatible systems, ensuring accurate navigation, stable operation, and maximum reliability for professional robotics applications.
Key Features of Ultralight GNSS Modules
- High-performance RTK GNSS modules with multi-band, all-constellation support
- Lightweight antennas for drones, UAVs, and robotic vehicles
- Integrated compasses, IMU, and magnetometers for heading and orientation
- Low power consumption for extended field operations
- Compact and modular design for easy integration
- Seamless compatibility with PX4, ArduPilot, Pixhawk, and Cube controllers
Applications
- Drone navigation and UAV mapping
- Autonomous vehicles and robotic platforms
- Precision agriculture, surveying, and GIS projects
- RTK-based heading and orientation systems
- Industrial, research, and professional UAV operations
Why Choose Ultralight Series?
By combining precision GNSS technology, advanced compass sensors, and lightweight accessories, the Ultralight Series helps developers create smarter, more efficient, and future-ready unmanned systems. Designed for professional applications, these products reduce integration time, provide long-term scalability, and ensure reliable, high-precision navigation across all environments.

