Humanoid
The same humanoid on a mobile base. Drives up to the station and serves several spots instead of standing at one.
One robot, many stations
At a glance
The same humanoid on a mobile base. Drives up to the station and serves several spots instead of standing at one.
We build robots around the client’s specific process - starting from our own prototypes, adapted to purpose. We fit the technology to the process, not the other way around.
PriceOn request
The same humanoid torso sits on the mobile base you need — a light, folding base for floor-level picking, or a heavy base for lifting real weight.
The mast folds at its midpoint, so the robot bends to collect things off the floor with little loss of power. Wheels at the base rotate the whole robot in place, making it nimble in tight aisles and at low picking heights.
A stronger mobile platform built to lift real weight. It keeps the dual-arm humanoid upper body but stands on a rigid, high-payload base for handling and assembly of heavier industrial parts.
Use cases
What we use this model for.
The common core stays the same: chassis, controls, perception and a quick-release tool connector. The working end and the program change - not the whole machine. We mount the core module (control system + AI) on any specialized chassis, or add legs and arms to make a humanoid. Add a task module - arms with a gripper, a harvest head or a weeding laser - and the same robot takes on the next job.
Core moduleControl, perception and AI in one module.
Swappable chassisWheeled, tracked, legged or wheel-leg.
Swappable batteriesThree hot-swap batteries in the back.
PerceptionCameras, LiDAR, on-device compute.
Each robot runs on three hot-swap battery packs seated in the core module. A pack is a self-contained 48 V unit, so power scales with the number of packs and a depleted one is replaced without tools while the robot keeps working on the others.
The robot never fully powers down to recharge. It rotates its three packs one at a time, running on the remaining two while a spent pack charges — so a shift does not stop for the battery.
Every pack reports its own state, so the robot and its operators always know when to swap. A 4-bay charging station keeps a rotation of packs ready, and the robot docks to swap its own packs during work.
The robot builds one picture of the world from several views at once. A wide-field binocular head gives a left and a right image; comparing them yields depth; on top of that the AI layer adds a perception view that names objects, surfaces and people.
The left eye of the binocular head — a wide-field colour view of the scene.
The right eye — the second colour view the robot compares against the left.
Stereo disparity between left and right yields distance to every point in the frame.
The AI layer labels objects, surfaces, obstacles and people, and plans the next move on-device.
HD cameras at each wrist give a close-up view for precise grasping and assembly.
Chassis LiDAR and ultrasonic sensors map the space and catch obstacles beyond the cameras.
Force-feedback joints and an IMU sense contact and balance for safe, stable motion.
Voice interaction and a language model let a person direct the robot in plain speech.
The robot is autonomous on batteries, but where a site can supply power it runs straight off the grid through a cable — no packs to rotate, no downtime, lower running cost.
Fully mobile and autonomous. Three packs rotate through the charging dock so the robot roams anywhere without a tether.
For a fixed station or 24/7 duty, the robot draws power over a cable and runs continuously — the batteries become a backup.
In halls, factories and greenhouses we install fixed power rails; outdoors, on fields and yards, overhead conductor lines like tram catenary. The robot draws from the line and tops up its packs while it works.
Construction
Drive & mobility
Manipulation
Power
Perception
AI & software
Values are design assumptions; the product is under development and configuration may change. Please confirm details with sales.
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