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Harvesting · head to head

Gen 5 Strawberry Harvesting Robot vs FAR Flying Autonomous Robots

Two harvesting machines, one verified table. Every figure below is sourced and dated; vendor claims are labelled and kept apart from independent results.

Gen 5 Strawberry Harvesting Robot in full →FAR Flying Autonomous Robots in full →Open in the comparator →
Dogtooth Technologies · United Kingdom

Cambridge-built autonomous strawberry picker running commercially as picking-as-a-service — 50+ robots deployed in the UK and internationally, picking tabletop strawberries by night and day. Raised £14m in July 2026 to scale the fleet.

Best for: Tabletop strawberry growers on pipe rails (≥55 cm spacing) in the UK, Australia or California who cannot recruit seasonal pickers.
Tevel Aerobotics Technologies Ltd · Israel

Israeli tethered flying robots that pick tree fruit — apples, peaches, nectarines, apricots, plums and pears — with AI vision selecting only ripe fruit and logging weight, colour and geolocation per fruit. Commercially harvesting with Rivoira Group in Italy, HMC Farms in California/Washington and Unifrutti in Chile, primarily as picking-as-a-service paid per harvested tonne; machine purchase offered since late 2023. Raised an $18M Series C in March 2026 with Kubota among investors.

Best for: Large orchard operations (apples, stone fruit, pears) in Tevel's active regions wanting to replace scarce seasonal picking crews with a per-tonne harvest service that also delivers per-fruit data.
Gen 5 Strawberry Harvesting Robot
Verified 2026-07-16
FAR Flying Autonomous Robots
Verified 2026-07-17
Overview
TaskHarvestingHarvesting
AutonomyFully autonomousFully autonomous
Country of originUnited KingdomIsrael
AvailabilityAvailable nowAvailable now
EU marketPendingCE-marked
Lead timeNot disclosedNot disclosed
Last verified2026-07-162026-07-17
Specifications
Power sourceBattery-electric · 8 h swappable Li-ion, ~400 W drawElectric — tethered drones powered and coordinated from a mobile ground platform
Required tractor powerNot required (self-propelled on pipe rails/rows)Ground platform moves through the orchard; drones are platform-tethered
Dimensions2.4 × 0.7 × 1.8 mNot disclosed
Weight400 kgNot disclosed
Min farm sizeNot disclosedNot disclosed (deployments are large commercial orchards)
Productivity~200 kg/day per robot · 80–90% extraction rate · machine-made waste <2.5%24/7 harvesting capability; per-unit picking rate not disclosed
Max speedNot disclosedNot disclosed
SensorsStereo vision picking arms · 5-camera onboard grading unit · onboard lighting for night workAI computer vision per drone — ripeness, size, colour grading and disease detection on each fruit; per-fruit weight and geolocation logging
Price & model
Price (EUR)Not disclosedNot disclosed
Native priceNot disclosedNot disclosed
Business modelPicking-as-a-service (RaaS); ~£30k/unit hardware figure reported but not a public list pricePrimarily harvesting-as-a-service on multi-year plans, paid in €/tonne pegged to direct picking labour cost; revenue shared with regional service partners. Direct purchase offered since Q3 2023.
Ongoing costService contract per harvest season (terms not disclosed)Per-tonne service fee (rates not published)
Key outcome
Best verified resultPicking labour
Robot picks ~200 kg/day, up to 16 h with battery swap incl. night shifts · vendor
Total harvesting cost
−20–30% total cost (vendor claim) · vendor
EU context
CE markingNo CE marking published — operates in UK (UKCA regime), AU and USCE status not published; operating commercially in Italian orchards with Rivoira Group
Machinery RegulationNot verified for EU market placementEU deployments via service partners; Regulation (EU) 2023/1230 autonomous-machine provisions apply, drone elements may engage additional EU rules
CAP subsidyNot applicable — service not offered in the EUHarvest automation — not directly tied to CAP eco-schemes

"—" means the manufacturer has not disclosed the figure; we never estimate silently. Model either machine's payback with your own numbers on its ROI calculator page.