ARUS / Robotic Systems
Product architecture / 2026

Machines made for reality.

Different physical tasks require different machine architectures. ARUS develops robotic platforms around the body best suited to the work while maintaining a shared approach to perception, autonomy, control and validation.

Explore systems
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01 / AR-H Series

Humanoid systems.

AR-H is designed for environments built around human proportions: stairs, doors, workstations, tools and workflows where conventional automation struggles to operate without redesigning the space.

AR-H01 / Reference model
Front elevation
02 / AR-M Series

Mobile autonomy.

AR-M provides autonomous transport and mobile manipulation across warehouses, manufacturing facilities and industrial campuses without requiring fixed tracks or rigid infrastructure.

AR-M02 / Autonomous base
Isometric view
03 / AR-X Series

Industrial precision.

AR-X brings adaptive intelligence to robotic work cells. Instead of repeating a fixed sequence, the system perceives variation and adjusts movement, grip and task execution in real time.

AR-X03 / Manipulation cell
Dynamic model
04 / Shared architecture

Different machines. Same brain.

ARUS systems share a common software and control architecture. Improvements developed for perception, planning or fleet intelligence can propagate across the entire machine family.

Layer 01
Perception
Vision / depth / force
Layer 02
World model
Spatial context
Layer 03
Planning
Task reasoning
Layer 04
Motion
Real-time control
Layer 05
Fleet
Shared learning
05 / Selection matrix

Choose by work environment.

Capability
AR-H
AR-M
AR-X
Human environments
Material transport
Precision assembly
Mobile manipulation
Fixed work cell

Start with the work. Not the robot.

Every deployment begins with the operational problem: environment, objects, movement, constraints, people and desired output. We then determine the appropriate robotic system.

ARUS / Deployment engineering
What needs to move, lift, inspect, carry or build?