Navigation & Positioning
Experience Innovation and Precision in Autonomy
What We Bring to Your Robotics and Autonomous Systems
CHC Navigation’s hybrid GNSS+INS sensors and modules offer superior positioning and navigation for your embedded systems, robotics, and autonomous driving. Our technologies guarantee high accuracy and reliability in automotive, logistics, mining, and construction applications, meeting the most demanding industry standards and offering seamless integration with your systems.
GNSS + INS Sensors
Our GNSS + INS sensors combine GNSS with Inertial Navigation Systems (INS) to provide a high degree of accuracy and robustness in dynamic environments.
CHCNAV CGI-830
High Performance Ground Truth GNSS+INS System
CHCNAV CGI-610
Tightly Coupled High Performance GNSS/INS System
Tightly Coupled Automotive Grade GNSS/INS System
CHCNAV CGI-230
Robotics and Autonomous Navigation
Autonomous vehicles operating in dynamic environments require precise navigation and positioning tools. CHCNAV GNSS+INS systems provide robust navigation and positioning solutions, allowing your vehicles to navigate complex routes, bypass obstacles, and perform tasks with minimal human intervention. Ensuring the reliability of robotic operations is critical for all system integrators seeking to advance autonomous systems.
Our Solutions in Action
Harbor Operations Automation
Harbor vehicle automation based on CHCNAV GNSS+INS technology significantly enhances efficiency and safety in high-traffic port environments. Precise navigation supports optimized routing and synchronized operations with cranes and loading equipment. High accuracy reduces loading and unloading times, minimizes congestion, and increases throughput, transforming your port logistics into a streamlined set of operations.
Mining Loader Automation
Automatic wheel loaders improve operational efficiency in the harsh mining environments. CHCNAV Hybrid GNSS+INS ensures that your loaders maintain efficient work paths, increasing both productivity and safety on jobsites. Automation reduces human intervention in hazardous conditions while optimizing the mining process, leading to significant gains in resource extraction and cost management.