Robotics
High-Precision GNSS for Robotics
Precision GNSS Solutions for Autonomous Robotics
Autonomous robotics are revolutionizing industries with intelligent, unmanned systems capable of operating in environments that are dangerous, remote, or difficult to staff. At Eview GNSS Solutions, we empower this transformation with high-precision GNSS receivers engineered for robotic accuracy, reliability, and seamless integration.
Our GNSS and GNSS/INS solutions deliver centimeter-level RTK positioning, ensuring safe and precise navigation—even in challenging environments like urban canyons or under tree canopies. Featuring multi-constellation tracking, anti-jamming and anti-spoofing protection (AIM+), and advanced multipath mitigation (APME+), Eview receivers provide exceptional robustness and real-time performance.
Whether you’re developing unmanned ground vehicles, inspection drones, or industrial automation systems, our compact OEM boards, integrated GNSS/INS modules, and open-source ROS drivers make it easy to build accurate, reliable, and autonomous robotic platforms.
- Sub-centimeter RTK accuracy
- Resilient in GNSS-degraded environments
- Real-time heading, pitch, and roll
- Trusted by robotics developers worldwide
Agricultural Robotics: Precision in Every Pass
Agricultural robots are revolutionizing farming practices, from automated planting and weeding to precision spraying and harvesting. For these robots to operate effectively, highly accurate positioning is indispensable. Eview’s multi-constellation, multi-frequency GNSS receivers ensure precise movement between crop rows, even when tall crops partially obstruct the line-of-sight to GNSS satellites. Our solutions maximize positioning availability in such challenging situations, ensuring continuous operation. Furthermore, our OEM receivers and modules are designed for low power consumption, prolonging the operational time of agricultural robots. Eview receivers also offer sub-degree orientation capabilities, which are critical for robots navigating tight spaces and maintaining precise alignment between crop rows, optimizing efficiency and minimizing crop damage.
Autonomous Mowers: Smart, Efficient, and Precise
Autonomous mowers are increasingly being adopted for maintaining large green spaces, from commercial lawns to solar farms. Equipping these smaller-sized robots with RTK high-accuracy positioning, enabled by Eview’s compact GNSS modules, opens the door to optimized operation. Instead of random movement within a wired perimeter, these mowers can follow predefined, highly efficient routes. Our multi-frequency GNSS technology, coupled with advanced multipath mitigation, ensures the highest level of positioning reliability, even when operating around buildings, trees, or other structures like ground solar panels. This robust performance guarantees that autonomous mowers complete their tasks accurately and efficiently, reducing operational costs and improving landscape aesthetics.
Delivery Robots: Navigating Urban Landscapes with Confidence
Ground robots tasked with delivering food or packages frequently operate in complex urban environments, navigating alongside people and buildings. For the reliable operation of their sensor fusion systems, Eview GNSS receivers provide an elevated level of integrity with honest accuracy error reporting. In environments challenging for GNSS signals, our technology flags any loss of positioning accuracy, enabling sensor fusion algorithms to make informed decisions for safe and reliable navigation. To ensure the security of valuable goods, our advanced anti-jamming technology protects the receiver from both intentional and unintentional radio interference, safeguarding the robot’s mission and its cargo. This ensures that delivery robots can operate safely and efficiently, even in dense urban settings.
Inspection and Security Robots: Unwavering Performance in Challenging Environments
Industrial assets and critical infrastructure often require continuous monitoring and inspection for maintenance or security purposes. Robots performing these tasks frequently operate in urban areas or close to large structures, where GNSS signals can be susceptible to radio frequency interference or jamming. Eview’s advanced anti-jamming and anti-spoofing technology is built into our receivers, ensuring resilience against both intentional and unintentional interference. Additionally, our multipath mitigation technology significantly reduces the impact of reflected signals, which can degrade GNSS performance around large structures or buildings. This robust positioning capability ensures that inspection and security robots maintain unwavering performance, providing reliable data and enhancing overall operational safety and efficiency.
