GoCart can be interfaced with various on-board devices, elevators, and automatic doors.

Discover the success stories of Yujin Robot Solutions in a variety of industrial sites
Yujin Robot is applying logistics automation and factory automation based on autonomous mobility technology to various areas from industrial sites to daily life. Based on the technology of the first-generation robot company in Korea, we have independently developed SLAM, Navigation, and 3D LiDAR, which are robot construction units, and through the autonomous driving mobile platform GoCart, we complete logistics automation and factory automation systems that increase production efficiency and provide customer satisfaction value through end-to-end robotics solutions in factories, warehouses, and hospitals.
In line with the trends such as unmanned vehicles and the acceleration of the logistics industry, which are spreading in line with the 4th industrial era, Yujin Robot completes the factory logistics automation system by incorporating its own AMR and GoCart into the field where logistics transfer frequently occurs. It boasts optimal productivity according to various in-site processes, ensures safety, and maximizes efficiency by minimizing unnecessary manpower.
Logistics Automation Solutions
Reduced on-the-job errors, ensuring fast and safe productivity
Prevention of worker injuries and completion of a pleasant working environment
Unnecessary cost and efficient staffing
더 많은 사례보기
GoCart
Transport
Manufacture
Logistics Automation
Robot
Transport
Assembly Automation
Logistics Automation
Robot
Transport
Check out more information about our AMR products for healthcare, factory and warehouse applications
Check out the videos of our application in our YouTube channel
Product brochure is available for download.
Standard AMR
Max. Payload: 180 kg
Operating Speed: 1.0 m/s
Loading Surface Dimension (L x W): Max. 646 x 441 mm (25.43" x 17.36")
Driving Method: Differential
Max. Payload: 250 kg
Operating Speed: 1.0 m/s
Loading Surface Dimension (L x W): Max. 840 x 640 mm (33.07" X 25.19")
Driving Method: Differential
Max. Payload: 500 kg / 1000 kg
Operating Speed: 1.0 m/s
Loading Surface Dimension (L x W): Max. 1222 x 822 mm (43.30" x 30.31")
Driving Method: Differential
Max. Payload: 1500 kg
Operating Speed: 1.0 m/s
Loading Surface Dimension (L x W): Max. 1222 x 822 mm (48.11" X 32.36")
Driving Method: Differential
Max. Payload: 200 kg
Operating Speed: 1.0 m/s
Loading Surface Dimension (L x W): Max. 897 x 697 mm (35.31" x 26.73")
Driving Method: Omni Directional