Robotics & Autonomous Delivery
Outdoor autonomous robots — from sidewalk delivery vehicles to warehouse AMRs and agricultural ground robots — rely on precise, low-latency positioning to navigate safely among pedestrians, obstacles, and unstructured terrain. Our compact OEM boards and INS-coupled receivers provide the centimetre-accurate, high-rate GNSS/INS fusion these platforms need, with heading from a single or dual-antenna setup.
Key Challenges
Urban Canyon & Canopy Effects
Delivery robots operate on sidewalks and campus paths where buildings and tree canopy block satellite signals and create multipath.
Size, Weight & Power Constraints
Small autonomous platforms have strict SWaP budgets — the GNSS module must be compact, low-power, and lightweight.
Reliable Heading at Low Speed
Robots moving at walking speed cannot derive heading from velocity alone and need dual-antenna or INS-aided heading.
Sensor Fusion Integration
GNSS must integrate tightly with IMU, LiDAR, and camera data through standard interfaces and low-latency output.
Our Solutions
Compact OEM GNSS Boards
Small-form-factor multi-frequency boards that integrate directly into robot chassis with minimal footprint.
GNSS/INS Receivers
Tightly-coupled GNSS/INS systems providing continuous position and attitude even during brief signal outages.
Dual-Antenna Heading
Compact heading solutions for slow-moving platforms that cannot rely on velocity-derived heading.
Recommended Products
Tell us your accuracy, environment, and integration requirements and we'll recommend the right hardware and correction approach for your robotics & autonomous delivery project.