Product History
Check out Step Up’s development process.
![StepUp_logo [converted]-01.png](https://static.wixstatic.com/media/b1b868_039931fdf85644009f565725c38449de~mv2.png/v1/fill/w_390,h_120,al_c,q_85,usm_0.66_1.00_0.01,enc_auto/b1b868_039931fdf85644009f565725c38449de~mv2.png)
FRT Robotics is continuously researching and developing robots.
Creating social value through rehabilitation clinical trials
We want to contribute to creating a world where humans and robots collaborate.
2019
Step Up 1st Generation
Developed the first hydraulic wearable robot in Korea Provides the world's first solution to provide customized robot products for each work site by modularizing robot components. In particular, it is applied to industrial sites handling heavy objects such as construction, manufacturing, and logistics, as well as special environments such as firefighting and the military.
2021
Step Up 3rd Generation
Development of a muscle-enhancing wearable robot that supports muscle strength only when necessary, reducing fatigue and preventing injury. The exoskeleton design is simpler than the previous model and can be applied to expanded industries such as construction sites, logistics centers, and nursing homes. (Supplied Hankook Tire tire repair shop T-station)
2024. 12
Step Up 5th Generation
The ultra-light Step Up 5th generation has been upgraded to be lighter, slimmer, and more modular. Supports back strength by conveniently worn as a bag in various industries and daily life.
2020
Step Up 2nd Generation
Developed ‘HyPER’, a wearable robot that can improve fire suppression and life-saving efficiency by increasing the strength of firefighters at disaster sites.
2023
Step Up 4th Generation
When the user wears the robot, the robot supports the back muscles when carrying the load. It operates in two modes: ‘Assist mode’, which is used for lifting luggage, and ‘Free mode’, which helps with general walking. It is also equipped with a function that allows real-time monitoring of the working environment and worker status. The level of risk can be identified by recognizing oxygen saturation and flammable gases in the workplace.
_edited.jpg)