[Doup Robotics] Releases Demo Video of 'Doup1000' Transporting a Passenger Vehicle Ahead of 'MUFG Startup Summit 2026 in NAGOYA'

Doup Robotics, based in Ota-ku, Tokyo, has announced its participation in the 'MUFG Startup Summit 2026 in NAGOYA,' to be held at the IG Arena on Monday, June 1, 2026.

At the event, the company will introduce its latest solutions centered on the 'Doup1000' Autonomous Mobile Robot (AMR). As a preview, it has released a demonstration video showing the 'Doup1000'’s performance in environments closely resembling real-world operating conditions.

Event Overview: 'MUFG Startup Summit 2026 in NAGOYA' - Date/Time: June 1, 2026 (Mon), 13:00–18:00 - Venue: IG Arena (1-2-22 Meijo, Kita-ku, Nagoya) - Booth: No. 30

The company will be available for technical consultations regarding the 'Doup1000' and will provide demonstrations of its deployment simulation capabilities.

Background of the Demo Video Amid growing demand for the automation of heavy-load transport in manufacturing and logistics, many potential users have requested the ability to confirm AMR performance in environments resembling their actual facilities, rather than relying solely on catalog specifications. Consequently, Doup Robotics released a video showing the 'Doup1000' transporting an actual passenger vehicle along a simulated route to intuitively convey the robot’s performance and reliability.

Demo Details The video shows the 'Doup1000' starting and driving smoothly while loaded with an actual passenger vehicle, showing no slippage or swaying. This is achieved through robust hardware capable of withstanding heavy loads and advanced control technology via proprietary navigation software. Furthermore, setting the motion patterns took less than 15 minutes for a single engineer, demonstrating how the intuitive UI of the 'DoupFleet' fleet management system can dramatically shorten on-site installation and startup periods.

Comment from Doup Robotics 'The Doup1000 is an AMR designed and developed in Japan from the ground up to meet the rigorous quality standards required by Japanese manufacturing sites. Through this video, we invite engineers and decision-makers to confirm the 'dynamic stability and reliability' that cannot be gleaned from specification tables alone.'

For inquiries regarding consultations or machine demonstrations, please contact [email protected].