RTK GNSS Receivers - OEM Boards and Rugged GNSS-INS Modules for UAVs

C1-8S OEM RTK GNSS Receiver Board

The C1-8S is a single-antenna OEM RTK GNSS board that supports eight different frequencies across all GNSS constellations. Measuring just 46mm x 71mm, the compact board is ideal for a wide range of UAV and autonomous vehicle applications including mapping, surveying and precision agriculture.

With RTK capabilities for centimeter-level accuracy, the C1-8S delivers high-reliability continuous positioning, heading, velocity, and timing data. The board can be connected to an external IMU to form a navigation solution that operates even in GNSS-denied conditions.

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C1-8D Dual-Antenna GNSS Receiver Board

The C1-8D is a dual-antenna OEM GNSS board that provides highly stable positioning and heading under dynamic conditions. Supporting eight different frequencies across all GNSS constellations, the lightweight, low-footprint board suits a wide range of positioning and navigation requirements for drones and robotics.

The RTK-capable C1-8D delivers high-reliability continuous positioning, heading, velocity, and timing data for mapping, surveying, autonomous driving and more. The board can be tightly couple with an external IMU to form a navigation solution that operates even in GNSS-denied conditions.

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C1-FS OEM RTK GNSS Receiver Board

The C1-FS is a single-antenna OEM GNSS board that supports all frequencies across all current and future constellations. Featuring RTK capabilities for centimeter-level positioning, the lightweight, compact board is ideal for SWaP-conscious drones and unmanned systems.

Delivering continuous high-accuracy positioning, heading, velocity, and timing, the C1-FS can be utilised for a diverse range of applications, including aerial mapping, precision agriculture, self-driving vehicles and more.

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C1-FD Dual-Antenna GNSS Receiver Board

The C1-FD is a dual-antenna OEM GNSS board that supports all frequencies across all current and future constellations. Designed to provide highly stable positioning and heading under both static dynamic conditions, the low-SWaP board is ideal for UAVs, UGVs and other robotic platforms.

With the ability to take advantage of RTK corrections, the C1-FD delivers continuous centimeter-level positioning and high-accuracy heading, velocity, and timing data. It can be used for a wide range of applications including UAV mapping and surveying, autonomous industrial vehicles, and more.

C1 GNSS Receiver Board Specification & Comparison