THE DIRECTORY / BY TASK
Agricultural Harvesting Robots
Discover harvesting robots and compare crop fit, picking workflow, handling requirements and commercial readiness.
What to compare
Harvesting automation needs to fit the crop and its handling chain. Picking fruit, moving containers and transporting a harvest are different jobs; a robot that supports harvest labour does not necessarily pick the crop.
Commercial readiness matters as much as a demonstration. Agrobot describes its E-Series strawberry harvester as pre-commercial and not for sale on the reviewed product page. Check the status of each exact product rather than treating a company’s other machines as proof of availability.
For a trial, agree on ripeness, crop damage and saleable output criteria. Include the time spent unloading and moving between rows. Ask which cultivars, planting systems, terrain and packing workflows the supplier supports.
Checked September 27, 2026: Agrobot — E-Series development status. Manufacturer information; not a field test.
4AG Robotics Harvesting Robot
Fully autonomous, vision-guided mushroom harvesting robot that picks, trims, quality-sorts, and packs Agaricus mushrooms
ADEV Automation Hops Harvester
Automated harvesting system designed specifically for efficiently picking and processing hops
AI.Land ETAROB
Multi-purpose vegetable field robot with DAVEGI traverse / base station. Unattended-autonomy certification is still pending. Field stills show the yellow ETAROB in lettuce.
AVL Compact S9000
Autonomous white asparagus harvesting robot operated by a single person via remote control. Features 12 harvesting modules, optical RGB/AI detection, fully electric operation, and can harvest up to 9,000 asparagus per hour. The compact 4,500kg design with tracks prevents soil compaction.
Advanced Farm Apple Harvester
Autonomous robotic system designed specifically for apple harvesting using computer vision and soft robotics
AgriDynamics Apple Picking Robot
Specialty-crop apple harvest robot. Company site does not publish a retail SKU; FIRA USA 2026 robot-demos list names “AgriDynamics Apple Picking Robot.” Services: V5 modular multi-arm (2025) at 3 secs/fruit after V4 multi-arm (2024) at 5 secs/fruit. No vacuum/detection percentages invented this watch.
Agrist Q
AI harvest robot for peppers and cucumbers on greenhouse rails. 2025: 130 kg; D790 × H2,230 × W1,180 mm; 1 fruit/minute.
Ant Robotics VALERA CARRY
Solar-powered autonomous harvest-bin transporter. Payload up to 650 kg, automatic row tracking and person detection; claimed picker productivity gain up to 40% (kg/h).
Beagle Technology V100 Harvester
AI See and Cut™ multi-row vegetable harvester from Beagle Technology Inc. (Dublin / Santa Maria, California). Crops: romaine, iceberg, celery, napa cabbage, and bok choy. Reservoir Farms – Salinas resident.
Certhon Artemy
Fully automated cherry and cocktail truss-tomato harvest robot from Certhon and DENSO. Commercial orders in Europe from 14 May 2024; AI ripeness, scissor harvest into crates, automatic lane change, automatic crate replacement/transfer (six crates), replaceable batteries. Named trial: The Valley Growers (Growers United).
Dogtooth Strawberry Picker
An autonomous robot designed for precise strawberry harvesting, featuring advanced vision systems and gentle picking mechanisms
FF Robotics Apple Picker
Autonomous robotic system that uses advanced computer vision and soft grippers to gently harvest apples at commercial scale
Fieldwork Robotics Harvester
Autonomous robotic harvesting system that uses advanced computer vision and soft robotics to gently pick soft fruits and vegetables. Features modular design with multiple picking arms and can operate 24/7 in greenhouse or outdoor environments.
Four Growers GR-100
Autonomous greenhouse tomato harvester. Stereo cameras, 43 kg/h on 12 g fruit, 98% ripe-precision claim. Five customers were named in 2024.
Harvest CROO Strawberry Picker
Autonomous robotic system that uses advanced vision systems and robotic picking technology to harvest strawberries at commercial scale
Inspect and Reject Harvester
Automated harvesting system that uses computer vision and AI to inspect produce quality during harvest, automatically rejecting substandard items.
L5 Automation Strawberry Picker
Autonomous robotic system designed for precise strawberry harvesting using computer vision and soft robotics
MetoMotion GRoW
Driverless greenhouse robot that harvests, packs, and scouts vine crops with dual arms and 3D vision. Robotic-worker og:image is a studio still of the GRoW harvest arm.
Muddy Machines Sprout
Versatile electric farm robot platform that carries custom implements for precision agriculture operations, featuring real-time harvest monitoring and performance tracking through a custom app
Nanovel Robotic Harvester
Autonomous robotic harvesting system that uses advanced computer vision and AI to identify and pick ripe produce.
Nupeak Pixa
Greenhouse strawberry harvester.
Organifarms BERRY
Strawberry harvest robot. Cuts the stem, packs punnets, stores up to 20 kg / 4 crates, runs 24/7 on batteries. Product stills show the BERRY-labeled arm under hanging strawberries.
Picker orchard harvester
Flexible hollow robotic arm for orchards. Snip-N-Roll cuts the stem and the fruit rolls through the arm into the grower's bin. No gripper. AI vision for selective picking by ripeness, size, and quality. Designed to mount on existing farm equipment. Four units built so far, each a new generation. Customer pilots from January 2027, starting in Israel, then California, and probably Spain.
Polybot Truss Tomato Harvester
Tübingen startup building a fully autonomous truss-tomato greenhouse harvester that learns end-to-end from human demonstrations. First systems targeted for early 2027.
Ridder Tomato Harvesting Robot
Ridder-branded tomato harvesting robot (historically GRoW with MetoMotion). Dual arms, AI 3D vision, 12-colour ripeness grading, LiDAR AGV.
SAMI
Sami Robotics’ SAMI multifunctional field platform. First application is selective vegetable harvest with 12–18 robotic arms; broccoli is available today. Reservoir Farms – Salinas (Highway 68) residency validating iceberg, romaine, and brassicas.
Sylektis Asperkut
Autonomous robot for asparagus harvesting using advanced vision systems and precise cutting mechanisms
TTA ISO HarvAI
Tomato harvesting robot. 450 vines/hour, one operator up to six robots, rails 550–600 mm. June 2025 stills show the HarvAI-labeled machine in a tomato row.
Tevel AlphaBot
Flying autonomous robots that use AI and computer vision to pick fruit from trees
Tortuga Model F
Tortuga AgTech’s Model F autonomous harvest robot for strawberries and table grapes. Two-arm picker; RaaS on commercial farms. 150-robot commercial fleet at the Oishii acquisition of Tortuga’s IP, assets, and engineering team.
Wukong Blue Picking Robot
Chengdu greenhouse blueberry-picking robot described in of an angel-round raise. GPS-RTK plus visual SLAM; billed as picking-as-a-service rather than a machine sale.
eternal.ag Harvester
Fully autonomous truss-tomato harvesting robot for high-tech greenhouses. No operator. Up to 22 hours a day and up to 120 trusses per hour. Autonomous lane switching on concrete floors. Being demonstrated at Tomatoworld.