Modular E by INESC TEC
- Date of creation : 1985
- Sales contact : Luís Carlos Feliz Santos (luis.c.santos@inesctec.pt)
- Website : https://tribe.inesctec.pt
The TRIBE (Laboratory of Robotics and IoT for Smart Precision Agriculture and Forestry) is the INESC TEC laboratory with the mission of developing robotics, automation, and IoT based solutions, to improve the levels of smart precision agriculture and forestry, profitability, and automation in three main environments: permanent crops (such as steep slope vineyards, olive groves, tree fruits), forest biomass harvesting, protected cultivation (conventional and urban).
INESC TEC is an Associate Laboratory with more than 35 years of experience in R&D and technology transfer, having as associates the University of Porto, INESC, the Polytechnic Institute of Porto, University of Minho and University of Trás-os-Montes and Alto Douro. INESC TEC is a private non-profit research institution, dedicated to scientific research and technological development, technology transfer, advanced consulting and training, and pre-incubation of new technology-based companies.
Modular E by INESC TEC
Types of crops
Fruits
Vine & Grapes
Commercialization & Business model
- TRL : 6-8: System Development
- Number of units in service : 2
- Price : less-5K
- Business model : na
Technical specifications
- Robot’s primary need : Need for autonomous, efficient tasks in agriculture and forestry.
- Power source : Electric energy
- Horse power : 4.5KW
- Size : 123 x 40 x 52 inches | 313 x 101 x 133 cm
- Net weight : 441 lbs | 200 kg
- Productivity : 2 acres/hour
Functionalities and technologies
- Functionality : The Robot is designed for precision agriculture. It performs tasks such as mowing, fertilising, phenotyping, spraying and fruit harvesting. Equipped with tools and sensors, it offers high precision and adaptability. Modular E is tailored for vineyards and other permanent crops, even with steep slope terrains. Modular E is compatible with various trailers and tools, enhancing efficiency and sustainability in agricultural and silvicultural operations.
- Embedded technologies : 3D LiDAR GNSS-RTK, IMU, RADAR, VineSLAM mapping, AgRobPP path planning, mission supervision, autonomous mowing & fertilization
- Tools : mowing, fertilising, harvesting, spray
- Connections : N/A
Development phase
- Next development phase : Transfer technology to a robot manufacturer for future commercialisation.