Best Robots for Berry Farms
Berry farming — including blueberries, raspberries, and blackberries — is among the most labor-intensive forms of agriculture. Harvest robots with gentle picking mechanisms and AI ripeness detection are transforming berry production. UV-C treatment robots provide chemical-free disease prevention, while weeding robots handle weed management in berry rows.
Berry picking labor costs $0.40–$1.00 per pound of fruit, representing 50–70% of total production cost. Harvest robots reduce per-pound picking cost by 40–60% compared to manual crews. A robotic berry picker priced at $300K–$500K typically pays back in 3–5 seasons on labor savings alone at commercial production volumes.
Quick answers:
- •Can robots harvest blueberries and raspberries? — Yes, harvest robots are being developed and deployed for soft fruit picking. The Dogtooth H1 and similar robots use AI vision and soft grippers designed specifically for delicate berries.
- •What is UV-C treatment for berry crops? — UV-C robots like the Saga Thorvald use ultraviolet light to kill mold spores and pathogens on berry plants without chemicals. This reduces fungal disease pressure and is approved for organic production..
Berry farming — including blueberries, raspberries, and blackberries — is among the most labor-intensive forms of agriculture. Harvest robots with gentle picking mechanisms and AI ripeness detection are transforming berry production.
- ↓Reduce farm labor by 43% on average
- ↓Cut chemical use by 80%
- ✓Typical payback period of 27 months
- ✓6 verified solutions in our directory
6 Robots Found
| Robot | Price Range | Action |
|---|---|---|
| Harvest CROO Berry Harvester | $300K-$500K | View → |
| Burro Grande | $30K-$50K | View → |
| Dogtooth H1 Strawberry Picker | $150K-$250K | View → |
| Tortuga Autonomous Strawberry Picker | $120K-$200K | View → |
| Saga Robotics Thorvald | $80K-$130K | View → |
| Agrobot E-Series | $200K-$350K | View → |
Harvest CROO Berry Harvester
The Harvest CROO Berry Harvester is an autonomous strawberry harvesting robot developed to address the critical labor shortage facing berry growers across the United States. Using multi-spectral camera vision, it identifies ripe strawberries by color, size, and ripeness level, then gently picks them with 16 robotic arms at a rate of up to 8 berries per second. The robot operates autonomously across strawberry fields, navigating rows without damaging plants or unripe fruit. Each unit can harvest approximately one acre per day, working around the clock to ensure berries are picked at peak ripeness. The system has been commercially deployed in Florida and California, where it helps growers maintain harvest schedules despite increasingly difficult seasonal labor recruitment.
$300K-$500K
Burro Grande
The Burro Grande is an autonomous mobile robot designed to follow farm workers through fields, hauling harvested produce without any human driving. Using LIDAR and visual sensors, it autonomously follows pickers through crop rows, learns the farm layout over time, and returns loaded bins to collection points. With a 500 lb payload capacity and all-terrain capability, it eliminates the need for manual cart pushing that causes worker fatigue and injury. The Burro operates in diverse crops including table grapes, citrus, nursery plants, and berries across hundreds of commercial farms in the United States.
$30K-$50K
Dogtooth H1 Strawberry Picker
The Dogtooth H1 is an autonomous strawberry harvesting robot developed at Cambridge University that uses advanced AI vision and custom-designed soft grippers to pick ripe strawberries without bruising. The robot navigates polytunnel rows, scanning plants with multi-spectral cameras to assess ripeness by color, size, and shape. Its specially developed compliant gripper mimics the gentle touch of human fingers, picking only market-ready berries and leaving unripe fruit for later harvest. Each unit can operate continuously through day and night shifts, addressing the critical seasonal labor shortage in UK and European berry farms. The H1 has been trialed across multiple UK commercial strawberry farms.
$150K-$250K
Tortuga Autonomous Strawberry Picker
The Tortuga autonomous strawberry picker is designed specifically for indoor vertical farms and controlled-environment agriculture facilities. Using AI-powered computer vision trained on millions of strawberry images, it identifies ripe berries on tabletop growing systems and picks them with a precision robotic arm. The system integrates with indoor farm management software to optimize harvest timing and reduce waste. Working 20+ hours per day with minimal maintenance, it addresses the labor challenges that make indoor strawberry production economically difficult. Tortuga's technology has been deployed in commercial indoor farms across Colorado and the eastern United States.
$120K-$200K
Saga Robotics Thorvald
Thorvald by Saga Robotics is a modular autonomous robot platform that uses UV-C light treatment to kill fungal pathogens on strawberry plants, eliminating the need for chemical fungicides. Operating at night when UV exposure is most effective and safe, Thorvald navigates polytunnel rows treating plants with calibrated UV-C doses that destroy mildew, botrytis, and other fungal diseases. The platform is fully modular, accepting different tool attachments for spraying, data collection, and crop monitoring. Deployed across UK and European strawberry farms, Thorvald has demonstrated 50-80% reduction in fungicide use while maintaining crop quality.
$80K-$130K
Agrobot E-Series
The Agrobot E-Series is an autonomous strawberry harvester from Spain that uses 24 independent robotic arms to identify and pick ripe fruit with human-like gentleness. Each arm is equipped with machine vision sensors that assess berry ripeness by analyzing color, shape, and size, ensuring only market-ready fruit is harvested. The system's gentle pneumatic grippers handle delicate strawberries without bruising, maintaining the high quality standards required for fresh market sales. Operating across a 3.5-meter working width, the E-Series can harvest 1-2 acres per day while working 24/7 without fatigue or breaks. Developed by Agrobot in Huelva, Spain — one of Europe's largest strawberry-growing regions — it has been commercially deployed to help growers cope with rising labor costs and seasonal worker shortages.
$200K-$350K