Mobile FR3 Duo
unknownMobile manipulator

Mobile FR3 Duo

byFranka RoboticsMunich, Germany

The Mobile FR3 Duo is a Mobile Manipulator humanoid robot developed by Franka Robotics. The Mobile FR3 Duo is unknown.

Primary use case: Mobile manipulation and physical-AI research, including data collection and real-world learning.

Specifications

Physical

Locomotion

wheeled

Related news

Agile Robots and Audi piloting humanoids ... on a task done 1 million times a day

Agile Robots and Audi piloting humanoids ... on a task done 1 million times a day

NVIDIA's massive robotics strategy: how all the puzzle pieces fit together

NVIDIA's massive robotics strategy: how all the puzzle pieces fit together

Hello Panasonic, Telsa cuts Optimus' memory budget, and Munich takes center stage

Hello Panasonic, Telsa cuts Optimus' memory budget, and Munich takes center stage

The robot is not the product: the factory of the future

The robot is not the product: the factory of the future

From around the web

Brain-Computer Interface & Humanoid Robot Regulations: The Next Patent War Driven by Global Standardization - 36 Kr

Brain-Computer Interface & Humanoid Robot Regulations: The Next Patent War Driven by Global Standardization  36 Kr

eu.36kr.com•Aug 26, 2026

Faraday Future Unveils Its Second-Half Launch of the FF EAI Robot World, Including the Launch of Its New Mobile Manipulator, the All-New Futurist, and a Preview of FF’s EAI Robotics Industrial Ecosystem at Automate in Chicago

Faraday Future announces the second-half launch of its FF EAI Robot World, introducing a new mobile manipulator and the All-New Futurist robot while previewing its EAI Robotics Industrial Ecosystem at the Automate trade show in Chicago.

businesswire.com•Jun 23, 2026

Autonomique deploys semi-humanoid robots and AI at Canadian Tier 1

Autonomique Inc. is deploying its physical AI platform and mobile manipulator at F&P Manufacturing Inc., a Tier 1 automotive supplier in Canada. The company aims to address persistent labor shortages, rising costs, and growing production complexity that traditional fixed automation cannot handle. The announcement highlights that many robotics systems remain demo-grade and fail under real production demands.

therobotreport.com•Jun 17, 2026