Agrofelis A3 autonomous robot working in a sloped olive orchard

Autonomous robots for steep orchards and vineyards.

Multipurpose AI robots slashing pesticide use by 95% and labor by 70% for farms, big impact.

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Recognised by

Forbes 30 Under 30 Hackaday Prize Innovate East GR Bossible Elevate Greece Festo

Supported by

u-blox Portwell PCBWay
Agrofelis A3 agricultural robot between vineyard rows

The Ag Crunch: Labor Shortages, Resource Waste

Picture this: Dawn breaks over endless rows of orchards and vineyards, but the hands that once tended them are vanishing: aging farmers retiring without successors, migrant labor squeezed by regulations and costs. Global food demand surges 50% by 2050, yet farms grapple with skyrocketing expenses: Pesticides up 20% amid chemical bans, water scarcity parching 40% of crops, and climate volatility wiping out yields. Traditional methods? They're relics in a world where manual weeding alone devours 70% of labor hours, leaving smallholders especially in Europe's sloped terrains on the brink.

Enter precision robotics: The game-changing autonomous navigation, the precision spraying and monitoring boost yields while slashing inputs. But it's not just efficiency, it's survival. With EU mandates demanding a 50% chemical cut by 2030, farms can't afford to lag. Agrofelis steps in here, bridging the gap for the 20M+ hectares of underserved orchards and vineyards.

The €6.5B European robotic ag market, growing at 15% yearly will have an even bigger impact for companies offering direct Ag services. Agrofelis shifts from tractors to smart fleets for over 20M hectares of orchards and vineyards.

Agrofelis A3 robot scouting a vineyard with machine vision

Machine Vision & AI Detection

Real-time image recognition spots pests and performs fruit yield estimation, leveraging today's AI boom to eliminate guesswork and cut scouting time by 80%. In a world where precision ag robotics is exploding to $20B globally, this core tech ensures your farm stays ahead of threats.

Ultra-Low-Volume (ULV) Spraying

Precision nozzles deliver targeted treatments, slashing chemical use by up to 95% and spraying water by 90% aligning with EU's 2030 green regulations. Born from Hackaday innovation, it's the sustainable edge for sloped orchards and vineyards.

Autonomous Navigation & IoT

GNSS-guided paths handle slopes up to 30°, with remote FPV control via app, enabling fleet scaling in the era of connected farms. Fully customizable and e-powered (8 kWh for all-day ops), it's AI-ready for Europe's orchards.

ROI-Driven Optimization

Up to 95% reduction pesticides use, up to 35% reduction in fertilizer use, up to 70% labor savings, up to 40% reduction in cultivation costs and up to 90% spraying water reduction. Affordable with pay-per-use trials, our robots embody the 18% CAGR in application robots for tangible farm wins. Our under development robot, is projected to have less than 450 Hours to Amortization and provide rapid ROI for sustainable farming.

Mission Control

One screen for the whole robot

This is the real operator screen of the A3, captured during test runs in September 2026. Point at a number to see what each part does.

Agrofelis Mission Control during an autonomous night run: camera views with driving HUD, route on a satellite map, terrain grid and system status Agrofelis Mission Control in daylight: live camera views, satellite map, terrain grid and system status
Unedited screenshots, map blurred. Open full size
  1. 1

    Live cameras

    Front fisheye and two side cameras stream to any browser in real time; a fourth, upward camera is one click away.

  2. 2

    Driving HUD

    Course, pitch, roll and speed drawn over the video, with the path ahead marked on the ground.

  3. 3

    Route and waypoints

    The A3 drives a GNSS waypoint route on the satellite map, lap after lap. The map is blurred here for privacy.

  4. 4

    Terrain analysis

    A live ground grid: drivable in green, obstacles in red, judged against the robot’s own tilt.

  5. 5

    System health

    Every module, the battery, satellites and position accuracy at a glance.

  6. 6

    Manual override

    Joystick, steering and a stop button to take over at any moment.

QOOP Metalworks
Elevate Greece
Innovation Greece
Festo
Ublox
Portwell
Arpedon
University of Thessaly
University of West Attica
Athens University of Economics and Business - ACE
GR Bossible
PCBWAY
NEM Greece
Hackaday
Forbes Under 30
Innovate East
Agrofelis A3 in action within an olive orchard, showcasing real-world traction

Founding & MVP Launch (2024)

After 3 years of project development, the company was founded having completed requirement analysis and developed core technologies — AI vision, robotics, and IoT, successfully creating our Minimum Viable Product (MVP) for precision orchard management.

Accelerator Wins & Global Recognition

Graduated ACEin "Compass Cycle" accelerator; ranked top 10 in Hackaday global Funding category; clinched 1st for innovation in GRBossible “Think Big” festival; received sponsorship by PCBWay; Received award in the Innovation East competition and finished among the finalist in the RegenAg challenge under the FESTO track.

Ecosystem Partnerships & First Sale

Selected for the Elevate Greece ecosystem; Participated in Start For Future Summit 2024 and joined the Incubator; collaboration with University of Western Attica; signed an LOI for our inaugural sale with University of Thessaly's Agricultural Engineering & AgriTech Department.

2025 Momentum: Innovation Greece Agreement & Beyond

Forged strategic agreement with Innovation Greece for impact project support, unlocking national and European funding and scaling resources. Since then: released the A3 precision-spraying, SLAM terrain-analysis and autonomous-navigation videos, and won a pilot implementation with the Municipality of Paiania at the Innovate East competition. Next: investment partnerships and collaborations with co-ops and estate owners.

Agrofelis robot at work in the field

Join Our Growth Story — Invest in Agrofelis

Bootstrapped to traction, we're now seeking seed funding to scale A3 production and EU pilots. With proven tech in a $20B+ market, your partnership accelerates sustainable ag for 20M+ hectares. High ROI through B2B fleets and green impact.

Agrofelis A3 robot operating in a vineyard

Revolutionizing Precision Ag with Proven Impact

Agrofelis delivers autonomous AI robots that tackle the global ag crisis head-on: Feeding 1.7B more people by 2050 amid 40% rising costs, 50% chemical cuts by 2030, and 22% labor declines. Our A3 slashes inputs while boosting yields in orchards and vineyards.

%

Pesticide Reduction via ULV precision spraying

%

Labor Hours Saved autonomous navigation & multi-functionality

M

Serviceable Market (SOM) € in Greek orchards/vineyards

Hours to Amortization rapid ROI for sustainable farming

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Address

Kordeliou 55, Kesariani 16121 Athens Greece

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+30 6936839911

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