Brian Engineering

Robotics

Machines built on our own mechanisms

Our robots start from the linear-motion research we publish. The WaCaR family replaces expensive precision rails and navigation sensors with walking linkages — which is what makes the machines affordable at commercial scale.

The WaCaR family

WaCaR-OSG

Omnidirectional Walking Cartesian Robot

Open-ground platform moving with at least 2 DoF — for manufacturing, agriculture, research, education, and as a mobile replacement for fixed cartesian robots.

≥2 DoF · open ground

WaCaR-USG

Short-Legged Walking Cartesian Robot

1-DoF platform for structured environments — a long-range replacement for linear motion mechanisms in manufacturing and high-value agriculture.

1 DoF · structured

WaCaR-ULG

Long-Legged Walking Cartesian Robot

1-DoF long-legged platform for structured environments where greater ground clearance is needed.

1 DoF · structured

WaCaR-USR

Fixed Overhead Self-Powered WaCaR

Walks on a fixed overhead frame — long-range, self-powered motion for manufacturing and high-value agriculture.

1 DoF · overhead frame

WaCaR-USF

Fixed Long-Range Self-Powered WaCaR

Fixed-frame variant for long-range self-powered linear motion in structured environments.

1 DoF · fixed frame

In action

WaCaR-OSG
WaCaR-USG
WaCaR-ULG
WaCaR-USR
WaCaR-USF

Beyond walking robots

SDS-45 / SDS-90

Stacking & Dispensing Systems

Handling systems that stack and dispense goods — the machines behind our automated dispensing work.

ScaCaR / RoCaR

Cable & Rolling Cartesian Robots

Serial cartesian cable robots and rolling cartesian platforms for large-workspace positioning.

Arms & Duct Robots

Robotic arms and inspection robots

4-DoF robotic arms and duct-cleaning robots for confined-space work.