Autonomous strawberry harvesting, built for real fields.

DeerRobot develops harvesting robots that help growers pick more fruit with consistent quality and less labor strain—throughout the season.

Request a demo See how it works

Target uptime

All-day ops

Handling

Gentle pick

Focus

Strawberries

Replace these with real metrics once you have pilot data.

Placeholder hero visual

Swap this for a photo/video of the robot in strawberry rows.

Ripe detection

Vision-guided selection in dense foliage.

Careful handling

Designed to protect fruit quality.

Operator workflow

Simple controls + clear status.

Field-ready

Built for outdoor variability.

Built for growers who need consistency

Our systems focus on practical harvesting: picking efficiency, fruit quality, and field operations that work with your crew.

Gentle, quality-first picking

Designed to reduce bruising and preserve fruit quality with controlled handling from pick to staging.

Ripe detection in the real world

Vision-guided selection tuned for outdoor variability—light changes, occlusion, and dense foliage.

Built for field operations

Engineered for long days, uneven terrain, and practical workflows—so crews can rely on it.

DeerRobot Harvester

A strawberry-first harvesting platform

Designed around the realities of strawberry harvesting: delicate fruit, dense canopies, and time-sensitive picking windows.

Talk to us

Vision-guided ripe selection

Controlled end-effector handling

Operator-friendly interface

Designed for outdoor variability

How it works

A practical workflow: detect ripe berries, pick gently, and stage fruit for packing.

Step 1

Detect

Identify ripe strawberries and plan an efficient picking path.

Step 2

Pick

Approach and harvest with controlled motion and careful end-effector handling.

Step 3

Stage

Place fruit for downstream packing workflows with consistent orientation and flow.

FAQ

Does it work in different lighting conditions?

Yes—outdoor variability is a core design constraint. We optimize for changing sun angle, shadows, and partial occlusion.

What farm layouts does it support?

Row-based strawberry systems are the primary target. We’ll share fit guidelines (row spacing, terrain, workflow) during a demo.

How do operators interact with it?

A simple operator workflow: start/stop, monitor status, and handle edge cases. The robot does the picking work.

Let’s talk harvesting

Share a bit about your farm and we’ll follow up with fit, timelines, and a demo.

Email: hello@deerrobot.ai

Location: (add city)