Locus Array turns warehouse picking into a robots-to-goods workflow

Locus Robotics has launched Locus Array, a fully autonomous warehouse fulfillment system that moves the robot to the inventory instead of pushing inventory through fixed automation.

The company frames Array as a new robots-to-goods category: mobile robotics, an integrated picking arm, AI-powered perception, and autonomous execution combined into one aisle-level workflow. The system is designed to handle picking, putaway, induction, drop-off, slotting, replenishment, and related fulfillment tasks without manual intervention.

The important claim is not just that the robot can pick items. It is that Array operates inside LocusONE alongside Locus Origin and Locus Vector, so a warehouse can coordinate assisted picking, heavy-item transport, and fully autonomous picking from the same orchestration layer.

Locus says early deployments are already underway in North America, including DHL Supply Chain. The launch materials also claim up to 90% labor reduction for applicable workflows, 24/7 operation, six active order totes per robot, support for 24 x 16 inch / 600 x 400 mm totes, and vertical storage use up to 10 feet.

For robotics buyers, the signal is clear: warehouse automation is moving from person-to-goods and goods-to-person toward mixed fleets where autonomous manipulators work directly in aisles. That is a different buying question from classic AMRs. It shifts evaluation toward SKU coverage, pick reliability, exception handling, fleet orchestration, and whether the system can improve with real warehouse data instead of requiring a full facility redesign.