Directory · GB
Robotics Engineering in United Kingdom
A register of firms and the professionals working at them in the Robotics Engineering sector based in United Kingdom. Browse the public index, then filter or export on Kipplo.
Companies
116 on file
Robolab X
At RoboLabX, we’re inspiring the next generation of tech leaders by offering hands-on robotics and programming classes for children ages 4-10. Our fun and interactive programs empower kids to explore STEM concepts, develop critical thinking skills, and ignite their passion for technology—preparing them to thrive in the tech-driven world of tomorrow.
1 to 10 staff
Robotriks
Robotriks Ltd is a robotics R&D company based in Par, Cornwall, UK, specialising in the design and manufacture of affordable, autonomous robotic platforms for real-world use. Founded in 2018, we set out to break down the financial and technical barriers to automation in agriculture and other industries. Our mission is simple: to make advanced robotics accessible, sustainable, and practical for the people who need them most. We believe that high-performance technology doesn’t need to come with a high-end price tag, and we prove that every day in the field. Our flagship platform is the Robotic Traction Unit (RTU) a modular, all-terrain, autonomous vehicle designed for a variety of agricultural tasks. With interchangeable attachments, robust connectivity, and real-time onboard processing, the RTU brings intelligent automation to farms, estates, and research environments without the usual cost or complexity. From autonomous weeding and precision planting to soil compaction testing and infiltration analysis, our solutions are developed with flexibility, scalability, and environmental impact in mind. The RTU is fully electric and engineered to reduce soil damage, chemical usage, and emissions, helping to build a more sustainable future for farming. We partner with local authorities, researchers, and innovators across the UK and beyond to develop systems that solve pressing challenges in agriculture and land management. If you're looking for robotic systems that are reliable, field-tested, and rooted in real-world needs, we're ready to talk
1 to 10 staff
Adl Robotics
At ADL Robotics, we are on a mission to transform the future of work by developing a truly general-purpose semi-humanoid robot to automate mundane and boring tasks. We are developing a truly reliable general-purpose robotic solution that can save humanity a lot of time and effort. Introducing the ADL DutiBot - A trainable, self-learning semi-humanoid general-purpose robot capable of autonomously performing activities of daily living and work.
1 to 10 staff
Avoro Technologies
Avoro Technologies is a spinoff research and development company dedicated to advancing agricultural technology. Avoro Technologies provides consultancy services, please contact us at info@avorotech.co.uk for any business enquiries.
1 to 10 staff
Botbloc
At BotBloc, we are on a mission to democratize robotics by empowering individuals and businesses to create their own customizable robots. We believe that robotics should be accessible to everyone, from small-scale businesses to hobbyists, and we aim to foster a thriving community of developers and users to innovate together. Our robotics solution combines hardware and software, and serves as a foundation for building diverse, multi-purpose robots. Starting with a simple, affordable core, you can add custom hardware and software to tailor the robot for various industries, from manufacturing to personal home use.
1 to 10 staff
Flapping Wing Mav Project
We are a student-led research team of 16 aiming to develop bio-mimic flapping wing drones to achieve better agility and power efficiency. Our first prototype is of 30g weight class and 30cm wing span micro air vehicle (MAV). The work we have done/been doing: • Writing MATLAB script with quasi-steady aerodynamic modeling of the flapping lift and drag of one cycle. • Designing and optimizing the mechanical linkage and mechanism to transmit rotary motion of the motor to flapping motion. • Conceiving a conceptual design of and prototyping the bio-inspired flight stability and pitch control abdomen joint. • Developing the manufacturing techniques for ultra-lightweight wing and stiffener complex and designing a test stand for rapid testing of the wings. • Setting up simulation environment in Webot and developing Simulink model for control.
11 to 50 staff
Ladywell Robotics
Ladywell Robotics is a UK-based student robotics team focused on designing, building, and programming advanced robots for competitive tournaments. We specialise in STEM education, robotics engineering, and hands-on problem-solving, participating in national competitions to inspire the next generation of engineers and technologists.
1 to 10 staff
Madad & Sons Robotics
Madad and Sons Robotics pioneers automation, fusing tradition with cutting-edge technology to redefine efficiency and reliability across sectors. Rooted in innovation and driven by quality, our solutions mark the dawn of a new era. Committed to pushing boundaries, we invite you to reimagine what's possible with us.
1 to 10 staff
Neurabotics
At Neurabotics, we're revolutionising the agricultural industry with cutting-edge robotics. Based in the heart of Mid Wales, our small team of dedicated engineers is developing high-speed fruit-picking robots designed to address the evolving needs of modern farms. We're passionate about creating innovative solutions that empower farmers and growers to overcome challenges like labour shortages and rising costs, ultimately securing a more sustainable and efficient future for fruit harvesting.
1 to 10 staff
Neurorobotics Lab
The Neurorobotics group at Newcastle University works at the intersection of robotics/mechatronics and neuroscience. On the one hand, it uses robotic and mechatronic technologies to study how the human brain plans, controls and executes movements, as well as how it acquires new motor skills, from the early stage of its development to its maturity. On the other hand, it aims to exploit the knowledge acquired from a healthy brain for a human-centered design of robotic and mechatronic systems, to better assess and intervene on movement-related brain pathologies, such as stroke and Parkinson’s disease. These research activities are strongly interdisciplinary and benefit from the opportunity to work with neuroscientists, clinical neurophysiologists and developmental psychologists. The group is led by Prof. Domenico Formica and has expertise in robotics for applications in neuroscience, control of physical human-robot interaction, and experimental motor neuroscience. On these themes prof. Formica is coordinating the EU project CONBOTS which aims at designing and testing a new class of robots, the CONBOTS, which physically couple people to facilitate the learning of complex sensorimotor tasks.
1 to 10 staff
Prorok Lab
The Prorok Lab at the University of Cambridge develops solutions for collective intelligence in multi-robot and multi-agent systems. Our aim is to extend single robot capabilities through collaborative strategies. We develop data-driven and hybrid approaches to hard coordination problems, and are interested in enabling fast on-line decision-making, as typically required in robotics applications.
11 to 50 staff
Raico
RAICo is a collaboration between the UK Atomic Energy Authority, the Nuclear Decommissioning Authority, Sellafield Ltd and the University of Manchester. The collaboration is accelerating the deployment of robotics and AI in nuclear decommissioning and fusion engineering. RAICo develops remotely operated solutions for decommissioning, including in the nuclear industry, and for the operation and maintenance of future fusion powerplants. Through the use of robotics and AI, RAICo helps remove people from harmful environments across the nuclear sector, achieving safer, faster and more cost-effective solutions.
201 to 500 staff
Triangle
At Triangle, we’re building an AI model that fundamentally changes the way Complex Hardware Engineering is done - reducing R&D costs by 10x. Our vision is to spawn a new breed of generational hardware companies that design, engineer, manufacture, and sell groundbreaking products that challenge the current incumbents. To prove this approach, we’re starting in the robotics space - arguably one of the most complex products to develop. Traditionally, building production level robotics has been one of the toughest challenges in engineering; if we can build in this space at a fraction of the usual cost, it will catalyse the entire industry to take note of how future hardware engineering will be done.
1 to 10 staff
Zenithx Robotics
ZenithX Robotics is a UK-based robotics and automation company focused on building practical, real-world technological capability. As part of our long-term vision, we operate ZenithX Robotics Academy, an education-focused division created to develop future engineers through hands-on robotics learning. While the company is structured as a robotics business, the Academy is our current active offering. Through partnerships with schools - particularly those serving vulnerable and underrepresented learners - we teach robotics by linking every project to real-world applications across engineering, healthcare, industrial automation, manufacturing, and mining. Our mission is to make robotics accessible, relevant, and inspiring, while empowering young people with the skills and confidence to engage with modern technology. Educate. Innovate. Automate. Building Young Engineers for Tomorrow.
1 to 10 staff
Applecore Robotics
With low-maintenance robots, an intelligent, fully integrated robot operating system and a comprehensive ecosystem, your automation will be up and running immediately – up to 70% faster operationally and with about 85% less planning effort.
1 to 10 staff
Cerebionics
Developing BCI’s for robots.
1 to 10 staff
Crafter Explorer Technology
At Crafter Explorer Technology, we design and develop advanced control systems for Uncrewed Surface Vessels (USVs) and next-generation maritime platforms. Our expertise lies at the intersection of autonomy, rugged engineering, and real-world mission readiness — delivering solutions trusted in the most demanding operational environments.
1 to 10 staff
Eden
Eden is building the data layer for humanoid robots. Access the world's data through an API. Be part of something extraordinary. We're hiring.
1 to 10 staff
Lancaster Instruments
Rethinking precision at the benchtop. We automate the tedious parts of laboratory work so skilled specialists can focus on what matters. Our first product, the dropWise™, brings precision to drop-wise addition by eliminating variability between staff. Made in the UK for labs that can't afford inconsistency. Rethink precision at https://lancasterinstruments.co.uk/
1 to 10 staff
Macanista
Macanista is at the forefront of innovation in robotics, engineering solutions that transform how humans interact with the world around them. Our mission is to push the boundaries of robotics, combining cutting-edge technology with real-world applications to solve complex challenges. From advanced automation to groundbreaking remotely operated systems, we design and build tools that empower industries and communities alike. One of our key focuses is leveraging robotics to address critical global issues, including disaster prevention and response. Our solutions are built to adapt to demanding environments, ensuring reliability and performance when it matters most. At Macanista, we believe robotics holds the key to a smarter, safer, and more connected future.
11 to 50 staff
Nexumous
Nexumous creates a Nexus between devices and technology to deliver seamless Autonomous robotics solutions, integrating robots, sensors, platforms, and networks for industries and smart cities.
11 to 50 staff
Optecnix
Advancing visual-based targeting, guidance, and control systems to meet the evolving demands of modern defence environments.
1 to 10 staff
Robonotts
RoboNotts is CHART's student robotics team, centred around healthcare robotics. We often attend competitions and work on multiple robot bases.
11 to 50 staff
Robotics Society Ucl
UCL Robotics Society is a student-led community dedicated to innovation in robotics and AI. We host workshops, hackathons, competitions, and industry talks, giving members hands-on experience in building, coding, and research. Our goal is to bridge students with industry and academia, preparing the next generation of roboticists.
51 to 200 staff
