Locus Vector
The Locus Vector is a Mobile Robot humanoid robot developed by Locus Robotics. The Locus Vector is unknown.
Primary use case: Collaborative person-to-goods fulfillment in which associates pick while robots handle travel.
Specifications
Physical
Locomotion
unknown
Manipulation
Hand Type
unknown
Power & Autonomy
Autonomy Level
semi_autonomous
AI & Compute
AI Capabilities
navigation
Commercial
Availability
unknown
Primary Use Case
Collaborative person-to-goods fulfillment in which associates pick while robots handle travel.
Related news
OLogic to share how robots can learn from human demonstrations at RoboBusiness
OLogic CEO Ted Larson will present at RoboBusiness 2026 on egocentric robot learning, a paradigm where robots learn manipulation and decision-making skills from first-person human demonstrations captured through wearable cameras and teleoperation systems. The session will explore how advances in embodied AI and multimodal data collection are helping bridge the gap between research innovation and scalable commercial robotics deployments.
How Locus is getting a grasp on one of robotics biggest challenges: manipulation
Locus Robotics is integrating Nexera Robotics' NeuraGrasp gripping technology into its Array mobile manipulator after acquiring the Vancouver-based company. The focus is on handling diverse warehouse items with an emphasis on reliability and quality over speed, addressing the 30-40% of picks that traditional suction grippers struggle with.
Locus Robotics expands European headquarters with new automation demo and customer hub
Locus Robotics is expanding its European operations by relocating its European headquarters to Logistics Campus Aalsmeer. The increased footprint will provide more space for European teams, warehouse operations, customer demonstrations, solution training, partner engagement, and regional robot lifecycle activities.
