Summary of Innovation

Augmenting the Locus Vector AMR, Locus Vector FS adds a new, fixed shelf and retractable user interface on the innovative, flexible, autonomous mobile robot (AMR), specially designed for high-productivity, high volume material handling and logistics applications. Built with an industrial-strength chassis, omnidirectional mobility, and compact design, Locus Vector can be deployed in a wide range of environments, tackling a variety of material handling tasks.
+ Vector shelf system holds goods securely
+ Up to 600 lbs/ 272 kg payload capacity expands capabilities and use cases
+ Mounted, retractable tablet UI for seamless worker experience and ease of use
+ Dual, 2D safety-rated LIDAR
+ Autonomous charging on the same charger as the Locus Origin to optimize efficiency and space utilization
+ Omni-directional mobility enables safe and efficient operation close to workers
Locus Vector with a fixed shelf utilizes the award-winning Locus Platform technology, featuring dynamic task and route optimization, multi-language capabilities, gamification, and real-time, actionable analytics.

Innovation Statement

Locus Vector FS expands Vector’s versatility to deliver innovative, high-efficiency material handling and warehouse logistics automation across a wider range of material handling scenarios and product types. With higher payload capability, omni-directional mobility and compact design, Locus Vector [name] makes working collaboratively and safely alongside workers and in crowded spaces seamless, optimizing productivity and increasing throughput speed, while improving worker ergonomics and workplace quality.


Locus Vector with the new added shelf increases Vector’s payload capacity to up to 600lbs/272kg, enabling high productivity case and each picking that is ideal for a wide range of product types and use cases, and is ideal for both brownfield and greenfield warehouse environments.


Posted Date1/12/23
ContactKary Zate
Contact Email
CategoryBest Innovation of an Existing Product

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Submitted by Locus Robotics.

Booth(s): N8556, S2303, S2503