Core Performance Metrics
Max Speed
Runtime (Full Load)
Protection Rating
Omnidirectional Mobility with IP65 Protection
The four-wheel-steering platform provides stable movement across indoor and outdoor environments, while IP65 protection supports reliable operation in dusty and wet working conditions.
80kg Payload for Customized Applications
UMR supports up to 80 kg of rated moving payload for cargo modules, inspection equipment, industrial sensors, computing systems, and other application-specific hardware.
High-Precision 3D Autonomous Navigation
UMR integrates the NAVIS navigation system self-developed by AgileX Robotics to support large-area 3D mapping, precise localization, intelligent obstacle avoidance, and dynamic path planning.
Support Long-duration Unattended Operations
The removable battery simplifies charging, replacement, and maintenance, while automatic recharging helps minimize downtime during continuous operation.
Who Is UMR For
Serve the scalable needs of robotics research, education, algorithm development, and agile real-world robot prototyping.
AMR and AGV Providers
For teams building navigation-ready autonomous mobile robots without integrating perception hardware and navigation components from scratch.
Warehouse & Distribution Center Operators
For flexible transport, inventory support, and automated movement of materials across warehouse and fulfillment workflows.
Industrial Park, Campus, and Infrastructure Operators
For security patrol, facility inspection, internal delivery, and routine patrols across semi-enclosed sites.
Manufacturing and Factory
For autonomous material handling, line-side delivery, and internal logistics across production facilities.
UMR User Cases
Related Solutions
Rapid Deployment of UMR in Real-World Scenarios
NAVIS Autonomous Navigation
NAVIS is an autonomous navigation system for mobile robots operating in semi-enclosed, indoor, and evaluated outdoor environments. UMR is pre-integrated with NAVIS.
Learn More
Smart Logistics
UMR can be quickly deployed to automate transport, line-side delivery, and material handling across warehouses, maintenance depots, production areas, and industrial campuses.
Learn MoreFAQ
UMR is an industrial-grade omnidirectional autonomous mobile robot platform with integrated perception sensors and NAVIS 3D navigation. It is designed for autonomous inspection, logistics, delivery, and industrial automation applications.
Building an autonomous mobile robot from an open platform often requires separate sourcing and integration of perception sensors, navigation software, safety functions, and control interfaces. This increases procurement costs, system complexity, commissioning time, and maintenance effort.UMR combines omnidirectional mobility, integrated perception sensors, and NAVIS 3D autonomous navigation in one platform. It helps R&D teams and system integrators reduce integration work, accelerate prototyping, and deploy application-ready mobile robots more efficiently.
UMR integrates a 15-sensor perception suite, including LiDAR, depth cameras, and ultrasonic sensors. Its perception system combines dual 360° surround-scanning LiDAR, front binocular vision for blind-spot detection, and ultrasonic obstacle sensing. Working with NAVIS navigation system, these sensors support 360° environmental perception, localization, obstacle detection, dynamic path planning, and intelligent obstacle avoidance.
Conventional mobile robots typically require users to source and integrate sensors, navigation software, and control interfaces separately. UMR comes with a pre-integrated 15-sensor perception system, NAVIS 3D navigation, and CAN/network interfaces, providing a navigation-ready platform for faster system development and deployment.
UMR is designed for industrial inspection, smart delivery, intralogistics, material handling, mobile manipulation, and indoor or outdoor industrial automation. Its navigation-ready architecture enables teams to quickly develop and deploy customized robotic solutions for different operational environments.
Yes. UMR provides an open architecture and supports application-specific integration. Developers can add cargo modules, robotic arms, external sensors, or other task-specific equipment to build customized autonomous mobile robot solutions.
Technical Specifications
Motion Mode
Payload
Weight
Ground clearance
runtime (full load)
obstacle clearance
climb
Temperature
max range (full load)
Dimensions (mm)
IP Rating
MAX SPEED
Tell Us Your Needs
Connect with our robotics experts to discuss your needs and discover the perfect robotics platform for your business.
AFTER-SALES
support@agilex.aiADDRESS
Head Office: XbotPark, Songshan Lake, Dongguan
Sales & Marketing: iPark, Nanshan District, Shenzhen
Thank You!
Your inquiry has been received. Our robotics engineers will get back to you as soon as possible.



