Oxford has a strong and deserved history as a centre for science and research.

There is a wealth of local talent and proficiency in the development of cutting edge digital systems. The regions surrounding Oxford have considerable expertise in the design and development of hardware for the aviation, motor-sports, hydraulics, pharmaceuticals and auto industries.

Dynium Robot aims to turn this potential into commercial opportunities for the era of autonomous robotics.

We have secured government funding from Innovate UK and have research agreements with the country's leading Universities.

We have offices in Oxford and a test site at a Herefordshire farm.

If you would like to join our team please navigate to careers.


Robotics has a great potential to reduce costs, improve the environment and increase yields.

We are concerned that agri-robotics has been evolving in a disparate manner that does not suit farmers' real working practices. Each robotic implement manufacturer is developing their own mobility system with poor interoperability leading to hardware redundancy and high costs. The tractor has always been a platform to be used on a wide variety of tasks enabling farmers to maximise their return on capital.

We are developing a new type of tractor that has been re-designed from the ground up to be cost effective and optimised for fully autonomous operation. The vision is to enable farmers to use autonomous robotics on their farm without a need for technical knowledge or retro-fitting complex systems. We are making our autonomous tractor a platform for both traditional equipment (mowers, sprayers ploughs etc) and 3rd party robotics tools (dextrous hands, precision sprayers, smart sensors) enabling capital efficiency and a simplified user experience.


CEO Charles Kirby

Charles has an Electronic Engineering degree from Warwick University, a degree in Economic History from the London School of Economics and Political Science, and a master’s from Imperial College Business School in Management, Innovation and Entrepreneurship. Charles has worked on automotive networking protocols with a particular emphasis on robustness and suitability for drive-by-wire.

Whilst working at a motorsports engineering firm in Silverstone, Charles recognised a trend in rising agricultural wages coinciding with significant developments in autonomous robotics technology. The time was perfect to start a robotics company and the team has since grown.

CTO Christopher Marshall

Dr Christopher Marshall has dedicated his life to robotics and software architecture development. Chris has a wide variety of experience working for startups and leading multinational engineering companies. Chris has a master's in Mechanical Engineering and Mechatronics from Newcastle University and Phd in Control Systems and Robotics. Chris has used his control system and software skills in diverse areas; including quantitative finance software development and nuclear industry robotics. Recently Chris has worked on academic agri-robotics platform projects. Chris leads the control system and autonomous robotics technical development at Dynium.

Chris likes travelling and playing the bass guitar.


Software Development Office

We are based in Oxford, the city that leads Europe in autonomous robotics development:

Workspace Oxford,

Unit 3, Kings Meadow,

Osney Mead,



Test Farm

We have a secret test site at a Herefordshire farm that grows a variety of high value crops.

Registered Address

Dynium Robot is the trading name for Oxford Robotics Ltd.

23 Frenchay Road