our robot

Hugo RT ^TM (Rough Terrain) (patent pending) is an Autonomous Mobile Robot (AMR) designed for soft fruit logistics. It improves productivity and efficiency.

Hugo RT ^TM is a collaborative robot that works safely with humans and other robots. Hugo RT ^TM operates as an orchestrated fleet that are deployed that work with a team of pickers across the farm.

Hugo RT ^TM  supports growers’ labour challenges by automating their logistics operations so that pickers can focus on the more complex task- picking delicate fruit. As a result, ensuring that more fruit is picked each day. This reduces waste, increases profits, and improves staff well-being.

Hugo RT ^TM helps growers to achieve their sustainability targets by reducing CO ₂ emissions across their farms. 

Implementing Hugo RT ^TM will help growers obtain a 20% increase in overall productivity.

Hugo RT ^TM has been designed with safety as its highest priority, as it works with humans.

The Hugo RT ^TM has two safety bumpers, 360 ^o access to emergency stops. Hugo RT ^TM has been trained using AI to be able to recognise and differentiate between humans, drivable paths and obstacles.

HUGO RT ^TM is easy to configure and run.

Fox Robotics will provide all support to set up and run an effective operation. 

To discover more, contact us. 

Hugo RT ^TM has been designed to be used in fields and polytunnels, supporting pickers by delivering empty trays, collecting, and weighing picked produce and transporting to mobile collection points. 

Hugo RT ^TM uses existing infrastructure and can be easily integrated with current systems. Hugo RT ^TM can be used all year round, to support transportation throughout the year.

200kg carrying capacity 

500kg towing capacity

Weather proof 

Interchangeable table

Weighing table

Passive Suspension 

2 removable and rechargeable batteries 

3G & 4G capability 

Length 107 cm 

Width 63cm 

Top speed 3m/s

The web interface software is the primary way farm supervisors plan and monitor their operations. This software can be accessed from any smart device. 

The web interface allows growers to monitor the fleet of robots, interact with the data they collect, create reports and make informed decisions. This data can be shared and integrated with other systems, through API’s.

The robots captures telemetry and weight data by individual picker.

The data is sent in real-time to the web interface software, which is recorded under the pickers profile.