Ultra-compact fully electric autonomous spray and UV-C crop-protection platform (model Kiko ACU-20) for cane berries in narrow rows. Manufacturer says zero pre-mapping, path programming, or GPS — drop in the field and work.
Model specifications, operating notes, and the sources behind them.
Manufacturer (agrobot.com/kiko-autonomous-robot): 42-HP high-torque electric powertrain to tow spraying and UV-C trailer modules; 20-hour runtime claimed for day-and-night autonomous operations; stainless-steel chassis; 100% electric / manufacturer “zero maintenance” (no engine oil, fuel filters, or belts). To be Berry (Sep 2026) markets the model as Kiko ACU-20 with a 42 CV electric motor, stainless chassis, independent ePTO, and advertised runtime up to 20 hours depending on implement and energy use — up to 20 h when the towed implement has its own power source; shorter when implements draw from the robot battery via ePTO. Official page: UV-C nighttime chemical-free care and OnTarget electrostatic sprayer compatibility. Crops: cane berries (official); raspberry, blackberry, blueberry in Huelva (To be Berry). No farm map / internet / route programming; operator takes the machine to the row and starts. Harvest-assist transport is described as in development, not a current capability.
Specifications describe the selected product family and recorded configuration. Read operating notes for limits and qualifications. Capture date is not independent verification of manufacturer claims or current availability.
Company profile
Spanish agricultural robotics company. Official site lists offices in Badajoz, Spain and Oxnard, California, and describes the team as experts in mechatronics building cost-effective farm machinery. To be Berry (Sep 2026) reports Agrobot was founded in Lepe, later moved to La Palma del Condado, and is founded and led by Juan Bravo of Badajoz.
Founder
Catalog updates
Product news · Sep 1, 2026
To be Berry (September 2026) covers Agrobot’s launch of Kiko ACU-20, a compact electric autonomous platform for phytosanitary treatments and UV light in raspberry, blackberry, and blueberry rows. Specs as published: 42 CV electric motor, stainless chassis, independent ePTO, advertised runtime up to 20 hours. No farm map, internet, or route programming; operator takes the machine to the row and starts. Founded and led by Juan Bravo of Badajoz.
Agrobot (agrobot.com) lists offices in Badajoz, Spain and Oxnard, California. To be Berry reports the company was founded in Lepe, later moved to La Palma del Condado, and is founded and led by Juan Bravo of Badajoz.
The official product page introduces Meet Kiko (ACU-20) as an ultra-compact autonomous robot for crop treatments in tight spaces. Agrobot says the platform needs zero pre-mapping, path programming, or GPS setup — drop it in the field and it works. It is aimed at cane berries, with an ultra-narrow footprint for tight rows so it can treat plants without damaging low-hanging fruit.
Manufacturer specifications as published on the product page (units as stated; not converted):
Implements listed by Agrobot: an in-house UV-C trailer for nighttime chemical-free mildew and disease prevention, and compatibility with OnTarget electrostatic spraying.
To be Berry (September 2026) markets the model as Kiko ACU-20 for phytosanitary treatments and ultraviolet light in Huelva raspberry, blackberry, and blueberry production. Specs as published there: 42 CV electric motor, stainless chassis, independent electric power take-off (ePTO), and advertised runtime up to 20 hours depending on the implement and energy use. The article says the 20-hour figure applies when the towed implement has its own power source; runtime is shorter when implements draw from the robot battery via ePTO. Juan Bravo is quoted that the machine does not need a pre-loaded map, an internet connection, or programmed routes — the operator takes it to the row and starts.
Image: official Agrobot Kiko product-page photograph (cane-berry row). Source: https://www.agrobot.com/kiko-autonomous-robot
Video: skipped. No official YouTube or Vimeo watch URL was found on agrobot.com or a public Kiko clip on the AGROBOT channel. Embed requires official_company plus YouTube/Vimeo (docs/MEDIA.md).
Sources:
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