MODUCollaborate
Exploded MODU core, dock and rover assembly
01MODU SYSTEM

One core
Every body

A modular intelligence core that moves between robotic bodies.
One brain. New forms in seconds.

Explore the system See the design
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02THE PROBLEM

Robots today lock
you into one form

Compute, battery, and sensors are built inside each body. Upgrading means rebuilding everything.

Redundant hardware across robots
High cost to upgrade or change form
Slow innovation and iteration
Four MODU robotic bodies

Four machines. Four brains. Four batteries.
It doesn't have to be this way.

03THE MODU SYSTEM

A new way forward

Decouple intelligence from the body.
Attach, adapt, and evolve.

MODU core and docking interface

One core
Infinite possibilities

Swap bodies in under 30 seconds

Use the best form for the job

Upgrade the core, keep your fleet

Open for builders and partners

04CHANGE THE BODY

Different bodies
Same mind

Switch, adapt, and deploy.
One core for any mission.

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01

Rover

Versatile mobility

Built for everyday tasks, long runs, and uneven ground.

Max speed
6 m/s
Runtime
6 hrs
Payload
25 kg
Rover modular robot — full product view
05DESIGN TARGETS
40 TOPS

Compute performance
(Target)

6 HRS

Typical runtime
(Target)

< 30 SEC

Body swap time
(Target)

ROS 2

System architecture
(Target)

MODU compute core
06BUILT FOR BUILDERS

An open platform
for robotics innovation

Hardware, software, and intelligence work as one. Build, test, and deploy with freedom.

Explore the platform

Open Hardware

Modular mechanical and electrical design. Easy to build, modify, and extend.

ROS 2 & Python

Industry-standard tools and frameworks. Build, test, and deploy with freedom.

Behavior Library

A growing collection of skills and behaviors. Share, reuse, and evolve.

Developer SDK

APIs, docs, and examples to help you build faster and go further.

07RESEARCH STATUS

What we believe
What remains
What's next

What we believe

Modularity is the key to faster innovation, lower cost, and more capable robots.

What remains unproven

Durability at scale. High-speed docking in rough environments. Universal form factor.

What we're testing next

Docking reliability over 10,000+ cycles. Thermal performance. Real-world field trials.

MODU rover undergoing testing in a robotics lab
08LET'S BUILD THE FUTURE

Help shape the
first MODU prototype

I'm looking for partners in robotics, hardware, software, and research to build, test, and bring MODU to life.

Email me directly
Robotics EngineersHardware EngineersSoftware DevelopersResearchersIndustrial DesignersPrototype PartnersInvestors

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Book a 30-minute intro call, or send me a note. I read every message.

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