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MULA 1250

Multipurpose autonomous electric platform for greater sustainability through the automation of agricultural processes.

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Use cases

Harvester

Harvester

Mowing

Mowing

Atomiseur traîné

Atomiseur traîné

Sprayer

Sprayer

Intercepts

Intercepts

Loading and unloading

Loading and unloading

Cargo

Cargo

Seeder

Seeder

Trailer

Trailer

Harvester

Sprayer

Cargo

Mowing

Loading and unloading

Seeder

Intercepts

Trailed sprayer

Technology

Vehicle

  • High efficiency and stability thanks to its highly efficient 4WD electric traction.
  • Power. Nominal 4x3KW. Peak Power 4x 6KW (equivalent to a 50 HP tractor).
  • Batteries. Available 32KWh, 44KWh, 64KWh.
  • Maximum slope. No load 35%.
  • Dimensions (mm). 1250W x 3080L x <1900H.
  • Turning radius. 2588mm
  • Weight (without battery). 1100Kg.
  • Weighing capacity. Up to 1000Kg thanks to built-in scale.
  • Works with commercial implements. CAT I and CAT II up to 3000Kg for different tasks (sprayers, carts, brush cutters, light treatments,…).
  • It works with specific implements. Like the MULA harvester.

Driving

  • Autonomous driving centimeter accuracy (GPS+RTK)
  • Possibility of manual driving mode.
  • 4G connectivity

Monitoring

  • Web monitoring and management platform viewable on PC and mobile.
  • Route planning.
  • Fleet management.
  • Sectorization and management of farms.
  • Real-time vehicle and task monitoring

Benefits

Decarbonization

MULA is an electric vehicle that replaces and minimizes the use of combustion vehicles.

2. Labor shortage

MULA helps mitigate the problems arising from labor shortages.

3. Digitalization of processes

Remote and on-time management enables the optimization of agronomic processes.

4. Improvement of occupational health

Reduction of tasks in which there are occupational hazards performed by people.

5. 24/7

Possibility of increasing productive periods.

6. Versatility

It works with different commercial implements and with batteries of different capacities according to needs.

VitBot Project

The VitBot project is now underway.

The objectives of this project are to validate the use of an electric, autonomous agricultural vehicle for the efficient application of treatments to control pests and diseases in vineyards.

The approximate date on which the results will be published is 2027. These results will be available on this page as soon as they are available.

In other words, the results of the subsidized project will be made available free of charge to all interested parties for a minimum period of five years from the date of completion of the project.

Co-financed programs lasting 1-2 weeks aimed at evaluating improvements in farm performance and training in the use of the machine.

Includes farm digitization, definition of trajectories for farm implements, user training, guided use, and evaluation of results.

DEMOTRAINING

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