Proxie
About
About Proxie
The current Proxie uses a 360-degree swerve-drive base and human-eye-level ScoutSense perception to move carts, totes and materials through existing hospital, manufacturing and logistics facilities. Flex Grasp hardware allows it to interact with cart handles and containers, while suspension accommodates cracks and uneven floors.
Vista coordinates fleets and Autotasking allows the system to identify and execute work without a major warehouse-management integration. Hot-swappable and autonomous battery-exchange options support continuous operation, and a bimanual configuration adds picking, placing and restocking. Cobot offers Proxie commercially through an hourly service model covering the robot fleet and operating support.
Capabilities
Source-backed capabilities
- Capability areas: Mobile manipulation
- Workflows: Warehouse material handling
- Operating environments: Warehouse environment
- Deployment model: Commercial collaborative robot deployed into customer workflows with mobile manipulation requirements.
- Bimanual manipulation
Claimed - 2026-06-22 - Cobot launched Proxie Gen 2 as a mobile collaborative robot that combines mobility, optional bimanual manipulation and self-directed task execution.
Source - Material handling
Commercial deployment - Move carts, boxes and totes between work areas at customer facilities. - environment: Hospitals, manufacturing and logistics facilities
Source
Supply
Supply / Components
- Proxie
Nvidia Jetson For Collaborative Robotics Proxie - Compute & Control - NVIDIA - Collaborative Robotics names NVIDIA Jetson as Proxie on-robot AI compute - source: prweb.com
Source
Resources
Media library
- Proxie Gen 2 bimanual healthcare operation
image · Collaborative Robotics
Source - Proxie Flex Grasp detail
image · Collaborative Robotics
Source - Proxie ScoutSense perception head
image · Collaborative Robotics
Source - Cobot introduces Proxie
video · Cobot
Source
Official product reference, exact Proxie Gen 2 component and deployment imagery, and a verified Cobot introduction video.
- Proxie Gen 2 product reference
WEB · Proxie Gen 2 · Collaborative Robotics
Source
Timeline
- Cobot announces second-generation Proxie mobile collaborative robot
2026-06-22 - Product Launch - Cobot launched Proxie Gen 2 as a mobile collaborative robot that combines mobility, optional bimanual manipulation and self-directed task execution. The company said first-generation Proxie logged 12,627 production operating hours and moved more than 40 million pounds of materials. Gen 2 adds on-robot AI compute, ScoutSense, Autotasking, a self-swapping battery station and availability from $5,000 per month.
Source - Collaborative Robotics develops Proxie with NVIDIA Isaac and reports early production deployment metrics
2024-12-01 - Deployment - Collaborative Robotics said it used NVIDIA Isaac Sim, Isaac ROS, Jetson AGX Orin, and Jetson Nano in a simulation-first workflow to build and deploy Proxie. The company said Proxie had already been deployed in logistics, hospital, and manufacturing operations, with about 30 robots in operation, more than 5,000 operational hours, 16,000 carts moved, and over 621 miles traveled in customer facilities. The update linked Proxie's perception, navigation, voice interaction, and planning stack directly to production use rather than lab-only development.
Source - Collaborative Robotics launches Proxie, its first collaborative robot, and names initial customers
2024-11-20 - Product Launch - Collaborative Robotics launched Proxie as a collaborative mobile manipulator built for work alongside people. Initial customers included Maersk, Mayo Clinic, Moderna, Owens & Minor and Tampa General Hospital across healthcare and logistics settings. The launch disclosed named production users and established Proxie as the company’s first commercially deployed robot platform.
Source
Context
Market context
Proxie is Collaborative Robotics' collaborative mobile manipulator for indoor work around people.
- Target environment: Warehouses, logistics sites, commercial facilities and other human-occupied indoor workplaces.
- Workflow context: Mobile manipulation, goods movement, object handling, human-aware navigation and workflow assistance.
- Deployment model: Commercial collaborative robot deployed into customer workflows with mobile manipulation requirements.
- Commercial maturity: Public product with commercial customer deployment activity.
- Adoption constraints: Requires site integration, safety validation, workflow configuration, manipulation reliability and fleet support.
- Market position: Collaborative mobile manipulation platform designed for practical indoor work alongside human teams.
- Adjacent products: Indoor mobile manipulator for collaborative material movement and task assistance.