Brightpick Autopicker 2.0

About

About Brightpick Autopicker 2.0

Autopicker 2.0 combines autonomous tote transport with an integrated manipulator for in-aisle order picking. Three-dimensional vision, lidar and tactile sensing identify items, select grasps and verify placement while the robot moves between storage locations.

Brightpick reports average throughput of 70–80 picks per hour, supported by faster manipulation, travel and picking-in-motion. The robot also performs replenishment, consolidation, buffering and goods-to-person transport. Intuition software coordinates task planning and fleet movement. Brightpick offers the system through a robot-as-a-service model.

Capabilities

Source-backed capabilities

  • Operating environments: Warehouse storage aisles
  • Control modes: Autonomous
  • Warehouse fulfillment

    Claimed - 2025-09-19 - Navigate to stored goods, pick ordered items and carry them through the fulfillment workflow. - environment: Warehouse storage aisles

    Source

Timeline

  • Brightpick expands Dr. Max robot deployments across Czechia and Slovakia

    2026-08-18 - Deployment - The Prague distribution center had expanded to 30 Autopicker robots. Dr. Max planned 44 additional robots across Ostrava and Bratislava. The milestone is an expansion announcement; the additional deployments are not presented as already live.

    Source
  • Brightpick adds lights-out fulfillment workflow to Autopicker 2.0

    2025-11-18 - Product Launch - The workflow uses Autopicker 2.0 and next-generation Intuition software. The release adds physical-AI and picking-in-motion functions. The release did not identify a customer deployment.

    Source
  • Brightpick launches Autopicker 2.0 mobile manipulator for warehouse fulfillment

    2025-09-19 - Product Launch - Brightpick introduced Autopicker 2.0, an upgraded mobile manipulator for warehouse picking. The system combines autonomous navigation with robotic picking directly inside storage aisles. Brightpick positioned Autopicker 2.0 as enabling end-to-end robotic fulfillment without human pickers.

    Source

Context

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