Agilex UMR (UMR)

Agilex UMR (UMR)

It is positioned as a “universal” base that can be adapted to multiple industrial scenarios through modular payload integration, a navigation stack, and software interfaces that support customization. The platform is commonly associated with AgileX’s NAVIS navigation ecosystem and is described as using multi-sensor perception for safe operation in shared human–robot environments.

Design and Features

Industrial chassis and modular payload area

UMR is built around a compact, low-profile chassis intended to carry industrial payloads (e.g., bins, totes, tooling fixtures, or custom top modules). Typical published specifications list 80 kg payload with a chassis mass around 90 kg, reflecting its role as a mid-size indoor industrial mobile base. 

Omnidirectional drive and maneuverability

UMR is described as an omnidirectional drive platform, enabling tight turning behavior and movement in confined spaces compared with conventional differential-drive bases. This is commonly paired with independent hub-motor wording in manufacturer and distributor materials, highlighting the design emphasis on agile motion and adaptability in industrial layouts. 

Environmental protection and operating range

UMR is marketed for “all-environment” industrial use with an IP65 protection grade (dust-tight and protected against water jets). Published materials also indicate an operating temperature range around -10°C to 40°C, supporting deployments that span warehouses, semi-outdoor loading areas, and industrial parks (subject to site conditions and validation).

Safety-first sensor coverage

AgileX’s UMR materials emphasize 360° awareness using 15 sensors for safety and obstacle detection, aiming to support operation in mixed environments where people and robots share space. 

Technology and Specifications

Core specifications (commonly published)

Publicly available specifications for UMR commonly include: 830 × 540 × 410 mm dimensions, 80 kg payload, 1.5 m/s top speed, ≤20° climbing ability, and 90 mm ground clearance. 

Power and runtime

Published battery information includes 48V 24Ah with references to automatic charging support and a contact-type charging pile. Runtime figures vary by source and configuration: some published specifications list about 4 hours, while manufacturer marketing materials may cite up to 8 hours. In practice, payload mass, duty cycle, navigation compute load, floor conditions, and charging strategy can materially affect endurance. 

Navigation stack: NAVIS ecosystem

UMR is frequently presented alongside NAVIS, a navigation product described as combining sensors such as LiDAR, depth cameras, and IMU for perception and localization, with a web-based client for tasks like mapping, map editing, and operational control. NAVIS documentation also describes concepts commonly used in autonomous mobile robots (AMRs), including SLAM-based mapping, initialization on a map, obstacle behaviors (stop vs. avoidance), and “virtual wall” keep-out zones. 

Interfaces and developer control

UMR is positioned as “open” and customizable via APIs and developer tooling. Distributor specifications reference communications such as CAN and serial interfaces (e.g., RS-232), while AgileX maintains an open-source UGV SDK intended to provide command and state interfaces for mobile platforms. This combination is typically used for integration into ROS/ROS 2 workflows, autonomy stacks, and custom industrial software. 

Applications and Use Cases

Industrial intralogistics and material handling

UMR is suited to AMR-style workflows—moving materials between workcells, kitting areas, QA stations, and shipping/receiving. Its payload rating and omnidirectional mobility are aligned with navigating narrow aisles, staging zones, and flexible manufacturing layouts. 

Factory automation and “robot-as-a-platform” deployments

Because it is promoted as a modular base, UMR can be used as a foundation for specialized top modules (conveyors, lifts, custom fixtures, or sensor rigs) where the mobile base provides autonomous navigation and the payload module provides task-specific value. 

Research, education, and autonomy development

UMR is also used in R&D contexts where teams want a robust mobile base for developing navigation, fleet coordination, perception, or human–robot interaction prototypes—often integrating ROS/ROS 2 nodes, custom planners, and third-party sensors. 

Advantages / Benefits

High adaptability for varied deployments

UMR is repeatedly described as a “universal” platform—intended to reduce time-to-deployment by providing a standardized chassis, a navigation option (NAVIS), and developer interfaces for customization. 

Safety-oriented perception framing

The emphasis on 15 sensors and 360° coverage reflects a safety-first positioning typical of modern AMRs, where obstacle detection and predictable behavior are critical for mixed environments. 

Environmental robustness

An IP65 rating and industrial build positioning make UMR relevant for facilities that require dust resistance and resilience to typical industrial exposure (while still needing site-specific safety validation and operating procedures). 

FAQ Section

What is the AgileX UMR?

AgileX UMR is an industrial omnidirectional mobile robot platform designed to carry payloads and support autonomous navigation in factories, warehouses, and R&D environments. 

How does AgileX UMR work?

UMR combines a mobile chassis (omnidirectional drive) with perception and navigation software—often associated with the NAVIS system—so it can map environments, localize itself, plan paths, and react to obstacles. 

Why are robots like UMR important in industry?

Industrial mobile robots can reduce manual transport work, improve process consistency, and enable flexible automation by moving materials between stations without fixed conveyors. Platforms like UMR are built to be adapted across multiple workflows.

What are the benefits of AgileX UMR?

Commonly stated benefits include omnidirectional maneuvering, industrial protection (IP65), an 80 kg payload class, multi-sensor safety coverage, and software tooling intended to speed up deployment and customization.

Summary

AgileX UMR is a mid-size industrial omnidirectional mobile robot platform designed for adaptable autonomous operations, combining a payload-capable chassis with safety-oriented sensing and a navigation ecosystem (NAVIS) that supports mapping, task execution, and integration into broader automation systems.