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Locus Vector

About

About Locus Vector

Locus Vector is an autonomous mobile robot developed by Locus Robotics for heavy warehouse transport and collaborative fulfilment. Its omnidirectional drive moves cases, cartons, carts and shelving through busy aisles, carrying loads up to 272 kg. Lift and shelf configurations adapt the base to different load structures, supporting case picking, putaway, conveyor feeding and point-to-point material movement.

Vector operates within LocusONE alongside Origin and Array, allowing warehouse operators to coordinate transport and picking through one orchestration system. Task allocation and routing respond to operational priorities as order volumes and available labour change. The platform is offered through Locus Robotics' Robots-as-a-Service model, with a fleet that can expand for seasonal peaks. It is intended for existing fulfilment facilities as well as new sites, including retail, industrial distribution and third-party logistics operations.

Capabilities

Source-backed capabilities

  • Material handling

    Customer-site use - Move food-distribution orders through Sakalas warehouse aisles as associates complete multiple orders per robot. - environment: Sakalas food-distribution warehouse in Vilnius, Lithuania

    Source

Resources

Curated durable documents and official technical references.

Timeline

  • Locus Vector receives CE certification for international deployment

    2025-01-07 - Regulatory - Locus announced that its Locus Vector robot achieved CE certification, enabling broader deployment across Europe and other international markets. Locus said Vector was already operating at multiple sites and supports workflows such as case picking, replenishment, and returns.

    Source
  • Locus Robotics introduces Vector AMR in expanded robot family

    2022-03-28 - Product Launch - Locus Robotics introduced the Locus Vector autonomous mobile robot (AMR) with a payload capacity of up to 600 lbs. The robot features an industrial-strength chassis, omnidirectional mobility, and a compact design, enabling deployment in various materia. Locus Vector operates for 8-10 hours per charge and utilizes advanced LiDAR sensors for navigation.

    Source

Context

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