We build advanced robotic tools for the people who build the world. Empowering tradespeople across construction, energy, and space with machines that amplify human capability.
The only robotic puller on the market that overcomes all midspan joints and line spacers. Field-proven with Transgrid and Zinfra.
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Elevating Manipulator Unit. Self-balancing arm with interchangeable tool heads for repetitive overhead construction tasks.
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Multi-modal biped robot with three-in-one modular foot design. Purpose-built for embodied AI research and reinforcement learning.
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Autonomous six-legged construction robot with bio-inspired locomotion and additive manufacturing capabilities — designed for Earth and space.
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Parrot-inspired climbing robot for repetitive tool-based work at heights.
→Every Crest robot begins with a question: how has nature already solved this problem? We study biological systems — how animals grip, climb, balance, and build — then translate those principles into machines engineered for the toughest industrial environments.
Bio-inspiration isn't about mimicry. It's about understanding the mechanics that evolution has refined over millions of years and applying them where they matter most: in form, function, and movement.
We see a future where every tradesperson on the planet is equipped with robotic tools that transform how work gets done — keeping humans at the centre of skilled decision-making.
Construction, energy, and infrastructure workers face some of the highest injury rates of any profession. They perform repetitive tasks at heights, handle heavy equipment in extreme conditions, and work in environments where a single mistake can be fatal.
The technology to change this exists — but it hasn't been designed for the people who need it most. Until now.
Robotics should make workers more capable, not redundant. Every system we build keeps skilled professionals at the centre — handling quality assurance, safety oversight, and the decisions that matter.
We're creating a new role in the trades — the Robotics Operator. Highly skilled workers who communicate with intelligent machines in plain language and oversee robotic tools as extensions of their craft.
The same engineering challenges that make terrestrial construction difficult — unstructured environments, limited resources, hostile conditions — are amplified on the Moon. Our technology is designed for both.
Born out of a conviction that robotic tools could fundamentally improve safety and productivity for blue-collar workers, starting with the toughest industrial environments.
Joined the NSW Government-backed Space Fast Start programme at Cicada Innovations, gaining access to the National Space Industry Hub and a community of deep-tech founders.
Gorilla MK1 validated in live trials with Transgrid and Zinfra — proving the concept of lightweight robotic tools for transmission line maintenance.
Charlotte, the autonomous six-legged construction robot, presented at the 76th International Astronautical Congress — demonstrating our R&D capabilities in bio-inspired locomotion and additive manufacturing.
Expanding Gorilla deployments across the energy sector, bringing EMU to field trials with construction partners, and continuing to advance our space robotics R&D programme.
Whether you need a robotic solution for your operations, want to be an early adopter, or have an R&D challenge — we'd love to talk.
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