Morphable robots for demanding inspections

We develop MorphBot, a modular robot platform with flexible, moving and interchangeable modules for inspecting critical infrastructure.

01

Shape-changing motion

MorphBot's moving components are made from soft materials that change shape during movement. Controlling this deformation creates different movement patterns. This is the foundation of our work in morphable robotics.

  • Movement through controlled deformation
  • Flexible legs and moving components
  • Materials, mechanics and control working together
02

Modular design

Components, end effectors and body modules connect through magnetic couplings. The robot's configuration can be adapted to a specific task by swapping and combining modules.

  • Magnetic connections between modules
  • Interchangeable components and end effectors
  • Different robot configurations on the same platform
03

Electronics and robot control

We develop mechanics, electronics and software as one integrated system. A decentralized control architecture connects the modules and coordinates their movements, while sensors provide information about the robot's state.

  • Electronics and software for module control
  • Communication and coordination between modules
  • Sensor feedback for robot control
04

Inspection and robotics development

MorphBot is being developed for inspection in hard-to-reach environments, including pipes and hollow structures. The platform also supports research and testing in morphable robotics.

  • Inspection of pipes and hollow structures
  • Development for tasks in critical infrastructure
  • Testing movement patterns and modules
05

Our vision

We aim to create robots that adapt to their surroundings and tasks. Our goal is to develop a shared modular platform that can support different robot types and applications.

  • Adaptation through shape and configuration
  • Reuse of modules across robot types
  • New applications built on the same technology

SDG

Sustainable development goals

We are working to create a sustainable future in robotics.

Supported by the entrepreneurship foundation Mikrolegat

R&D

  • Design for modularity and fast-swappable parts
  • Minimize material waste through rapid prototyping in Odense

Production

  • Prefer recyclable materials and local suppliers
  • Map supply-chain environmental and climate risks

Operations

  • Prioritize non-invasive inspections over excavation
  • Use cloud-based tools to detect defects and leaks earlier

Circularity

  • Recover, refurbish and standardize reusable modules
  • Track components to document circular performance
SDG 6
SDG 6

Clean Water & Sanitation

Early leak detection and non-invasive inspection protect drinking water and reduce wastewater incidents.

SDG 11
SDG 11

Sustainable Cities & Communities

Less excavation means less noise, dust, traffic disruption and emissions in daily urban life.

SDG 13
SDG 13

Climate Action

Targeted maintenance and fewer heavy-vehicle trips reduce CO2 and prevent high-impact failures.

SDG 9
SDG 9

Industry, Innovation & Infrastructure

Flexible robots inspect complex assets such as pipes, tunnels and turbines with fewer shutdowns.

SDG 12
SDG 12

Responsible Consumption & Production

Modular architecture supports repair, refurbishment and longer component lifetime.

Emil R. Husted - CEO

WHO ARE WE?

About Morph RobotX

Robotics for critical inspections.

Morph RobotX develops modular hardware and software solutions for the defense and industrial sectors. Our technology enables precise and safe inspections in complex environments with minimal space and maximal risk.

We translate advanced research into robust, industrial solutions. With a focus on reliability and innovation, we help our clients reduce downtime, lower costs, and improve safety.

Ready to partner?

Whether you require tailor-made technology for pipe inspection, tactical defense solutions, or want to discuss a strategic collaboration, we are ready.