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MARK One humanoid robot, seen in profile with both arms extended

Hardware

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MARK One is built with a single purpose.

Bring industrial-grade performance
into a human-inspired form.

Every component is engineered for
precision, reliability, and silent operation
wrapped in a clean modular design built
for evolution.

MARK One head and shoulder in black

Designed for
perception, expression
& communication.

Modular front
interface
for future AI
and sensor upgrades

MARK One shoulder joint
MARK One head with its cross-shaped display

High-resolution RGB
& depth cameras

MARK One head in profile

Multi-vision sensor array
for 360° situational awareness

Clean, minimal, and expressive.
A head engineered for intelligence.

MARK One head and shoulders with its LED facial matrix

LED facial matrix
for intuitive human–robot
interaction

The Body

Core Interaction Hub

The dual 6-axis arms
bring human-range movement
with industrial accuracy.

MARK One torso and arms in shadow

High-performance
CPU architecture

MARK One shoulder with a red status light
MARK One on its autonomous base, front view
MARK One seated on its base

Silent cooling
& advanced
thermal
management

Close-up of the MARK One hip joint

Integrated wiring
channels for a seamless,
cable-free exterior

The Arms

Human-like Motion System

The dual 6-axis arms
bring human-range movement
with industrial accuracy.

MARK One arm reaching out in the dark
MARK One upper arm and shoulder

Lightweight
articulated robotic arms

Smooth, consistent
motion for repetitive
tasks

MARK One standing with its hands together
MARK One arm sweeping through several positions
MARK One kneeling on its base, extending an arm

Industrial-grade precision
in every axis

MARK One shoulder with the green status line
MARK One arms with their soft protective covering

Soft-touch protective
coverings for safe
collaboration

Designed to move like a coworker,
built to perform like a machine.

The Hands

Five-Finger Adaptive Grippers

MARK One is equipped with next-generation five-finger
robotic hands designed to replicate human dexterity with
industrial reliability.

Close-up of a MARK One five-finger robotic hand

Integrated force & tactile sensing
for delicate or high-precision handling

A new level of control and precision
to the humanoid platform.

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Five independently
actuated fingers
for human-like grasping

MARK One hand lifting a cardboard box
MARK One seated on its base with its hands together

Lightweight composite
structure optimized
for speed and stability

MARK One hands and forearm above the base

Multiple grip modes
for flexible industrial
workflows

MARK One in profile with its arms extended forward

Safe collaborative operation
through torque & slip feedback

MARK One in the dark, seen from behind
MARK One arm reaching out with a gripping hand

Adaptive gripping
for objects of different
shapes, textures, and sizes

From picking and sorting to fine manipulation, the hands
give MARK One the capability to perform tasks that
traditional grippers simply cannot.

Natural motion, strong grip, repeatable accuracy.
Built for factories that require both strength and finesse.

The Lifter

Uplifter Motion System

MARK One’s vertical motion architecture:
the system that gives it reach, adaptability, and multi-level functionality.

MARK One base and lifter in the dark
Five-axis freedom

for full vertical & angular
positioning

360 degree rotation

motion capabilities
for instant reorientation

High-precision lifting for dynamic task adaptation

Stabilized frame
ensuring smooth, silent operation

MARK One standing on its base with its hands together
MARK One shoulder, arm and hand in the dark
MARK One seated on its base with an outstretched hand

Engineered for flexibility. Optimized for accuracy.

The AMR Base

Autonomous Mobility Platform

The base that lets MARK One
move like a mobile coworker.

Lidar icon

Integrated LIDAR
& proximity sensors

Battery icon

Battery & power
management system

Onboard SLAM
navigation suite

Omni-directional drive system
for smooth navigation

Stable, responsive, and factory-ready.

Power

Energy Management & Charging

MARK One uses dual high-density batteries
with an intelligent energy management system.

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Operational
autonomy

8–10 hours

per charge
(depending on workload)

Smart load distribution
to protect battery life

Hot-swap ready architecture
for uninterrupted availability

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Continuous operation

when docked
to the charging station

When MARK One is docked, it can charge while working,
enabling true zero-downtime robotics.

Action

Movement & Speed

Built for flow,
engineered for accuracy.

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1.5 m/s

Max speed

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±0.5°

Tilt precision

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up to

8 tasks/min

Operational cycle rate

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±5 mm

Navigation accuracy

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6 kg

Payload capacity

Fast enough for efficiency.
Precise enough for demanding workflows.