AgileX RANGER AIR: Product Facts & Availability

Omnidirectional mobile base for embodied-AI systems

Product information

Information below comes from the product website or public documentation. Pricing and availability may change.

Category: Robot Development
Maturityi: Not specified
Deploymenti: Physical hardware
Source: Official websiteChecked Oct 10, 2026

Key specifications

Sources are linked in the table. Select a specification for its meaning and buying context.

Battery runtime

6.5 h

Load and test conditions are not specified.

Charging support

Automatic charging

Specification	Value	Conditions
Payload	80 kg	—
Travel speed	1.5 m/s	—
Battery runtime	6.5 h	Load and test conditions are not specified.
Programming interfaces	ROS / ROS 2	—
Charging support	Automatic charging	—

Official product pageSource accessed Oct 10, 2026

Specifications are compiled from the linked manufacturer-published sources and may vary by model, configuration or region. Confirm the latest manufacturer documentation before purchase.

Reality check

A demo shows what may be possible. These points help judge whether the product fits day-to-day use.

Works well when

Simulation, control, perception and repeatable experiments
Teams that can manage dependencies and hardware interfaces
Prototyping before committing to a physical deployment

What to check

Supported hardware, GPU requirements and version compatibility
Documentation, examples and community response
How simulation results transfer to the real robot

Not a magic solution

A guarantee that simulation equals a production cell
A replacement for safety validation on hardware
A low-maintenance toolchain without version ownership

About

RANGER AIR is a four-wheel-steering omnidirectional base for mobile manipulation and robotics research. It lists 80 kg payload, 1.5 m/s speed and 6.5-hour runtime, with ROS/ROS 2 integration and automatic charging. The base is distinct from any arm, camera or humanoid assembly mounted on it.