Intelligence for every vine
TRIMBOT combines computer vision and artificial intelligence to analyse the structure of each vine and determine the cutting points according to established pruning criteria.
In-house platform · Agricultural robotics · Automated pruning
TRIMBOT A new era for vineyard pruning.
TRIMBOT is our autonomous vineyard pruning robot, developed to transform one of the most demanding tasks in the wine sector.
Using artificial intelligence, computer vision and advanced robotics, it analyses the structure of each vine to carry out precision pruning.
A technological solution designed to boost productivity, sustainability and automation in the vineyard.
- Autonomous navigation
- Computer vision
- Built-in lighting
- Supervised mode
Every vine is unique. Every cut matters.
Efficiency when it matters most
Pruning has to be done within a limited window. Automation increases operating capacity and reduces dependence on skilled labour during one of the most important stages of the crop.
Advanced computer vision
It integrates its own cameras and lighting to analyse the vines precisely, reducing dependence on ambient light and making work easier under different lighting conditions.
Automation with human supervision
The system lets the process be supervised and pruning decisions be validated, combining artificial intelligence with the knowledge and experience of vineyard professionals.
Precise autonomous navigation
TRIMBOT moves autonomously between the vineyard rows, using positioning systems and sensors to keep the references it needs during pruning operations.
Electric, sustainable technology
Its electric drive eliminates direct exhaust emissions during operation and reduces dependence on fossil fuels, contributing to more sustainable viticulture.
TRIMBOT has already shown its potential.
Familia Torres vineyards
Field-tested in a real vineyard with Familia Torres, validating how it performs in real working conditions and fine-tuning its pruning algorithm.
A pioneering solution in Europe
TRIMBOT is a pioneering robotic development applied to dry vineyard pruning, placing ASTIBOT at the forefront of wine-sector automation.
Innovation born of R&D
TRIMBOT comes from a research and development project aimed at automating a highly specialised task of great importance to the wine sector.
Recognised for its innovation
The development of TRIMBOT and ASTIBOT’s commitment to technology have received significant awards for innovation applied to the agri-food sector.
Key specifications
Tell us about your project- Application
- Trellised vineyard pruning
- Power
- Electric drive
- Navigation
- Autonomous between crop rows
- Perception
- Computer vision with built-in lighting
- Operation
- Supervised through a control interface
I+D
Research and development
TRIMBOT comes from the R&D project “Vineyard pruning robot”, carried out by ASTIBOT in Castilla y León under the ICT for SMEs programme to automate vineyard pruning, a highly specialised and traditionally manual task.
Project funded by the Centre for the Development of Industrial Technology (CDTI) and co-funded by the European Regional Development Fund (ERDF) of the European Union.
See all R&D projects
Other ASTIBOT robotic solutions.
Our robotic platforms share the same technological foundation: autonomous robotics, modularity and the ability to adapt to different environments and applications.
Agricultural robotics · Field logistics
HortiBotX
Autonomous robotic platform designed to carry crates and streamline logistics during the agricultural harvest.
See the full page: HortiBotX
Mobile robotic platform · UGV
RoverX
Autonomous, modular and configurable ground robot for integrating sensors, tools and systems suited to different missions and environments.
See the full page: RoverX
Mobile robotic platform · Surveillance
BastionX
Autonomous, modular ground robotic platform designed for surveillance, inspection and site supervision tasks, adaptable to the needs of each environment.
See the full page: BastionX
Humanoid robot · Service robotics
AssistX
Mobile service robot designed to interact with people and carry out assistance tasks indoors, with functions adaptable to different applications.
See the full page: AssistXLet's talk about your project
Have a project
in mind?
Tell us what needs to happen in the real world. We will help you decide whether it takes software, AI, automation, robotics — or a combination of all of them.
info@astibot.es+34 983 507 866C. Plata, 65 · 47012 Valladolid