Self-driving shuttle of Unmanned Solution is the complete one developed by pure Korean domestic technology. It has the feature of no driver’s seat and can be designed and produced to various sizes and designs applied by customers’ needs with the characteristics of modular platform.
will suggest new life style by providing custom-tailored self-driving service in future mobility environment changed to sharing economy.
drives recognizing and judging the road and surrounding environment by receiving precision map, lidar, camera and 5G traffic information as
self-driving public transportation system loaded with high technology that does not require the intervention of a driver.
And it drives faster safely by receiving traffic lights, traffic situation and traffic information through road infrastructure using V2X.
LiDAR
GNSS/IMU
CAMERA
CONTROLLER
LiDAR
It recognizes the distance to the objects and their types by rotating the surroundings of the vehicle in 360 degrees mounted at left, right, front and rear of the shuttle.
GNSS/IMU
It enables the vehicle to perform navigation drive by detecting its current location real time using GPS/IMU mounted on external loop.
CAMERA
It recognizes the distance to the objects, lane information and traffic sign with ADAS camera mounted at front and rear of the shuttle.
Airport
Station
City
Exhibition
Campus
Industrial
Complex
DIMENSIONSDIMENSIONS
POWERTRAINPOWERTRAIN
ENERGYENERGY
PERFORMANCEPERFORMANCE
EQUIPMENTEQUIPMENT
SENSORSENSOR
Unmanned Solution’s self-driving mobility platform of next generation is the platform that can apply the full self-driving (5 levels of self-driving) without driver and driver’s seat.
It was developed to realize the full self-driving technology as in-house technology and it is the base platform that enables the full self-driving developed independently by Unmanned Solution ranging from design and production of platform frame to self-driving algorithm applied by sensor interface.
Self-driving platform of next generation is has the feature called modular platform whose size can be adjusted for purpose of use as the platform that becomes the base of all mobility and it is divided to 4 kinds in large.
DIMENSIONSDIMENSIONS
STEERING SYSTEMSTEERING SYSTEM
SUSPENSION SYSTEMSUSPENSION SYSTEM
DRIVING DEVICEDRIVING DEVICE
BRAKE SYSTEMBRAKE SYSTEM
BATTERYBATTERY
INTRODUCING
Platform A
Platform A can be developed to personal mobility, delivery robot, indoor & outdoor logistics
robot and small logistics portable mobility.
INTRODUCING
Platform B can be developed to self-driving cargo that enables multi-seating
self-driving shuttle, self-driving taxi and door-to-door logistics transfer that is
the one of traffic systems.
INTRODUCING
Platform B
Platform B can be developed to self-driving cargo that enables multi-seating
self-driving shuttle, self-driving taxi and door-to-door logistics transfer that is
the one of traffic systems.
INTRODUCING
Platform C
Platform C is available to be developed to large logistics cargo and self-driving bus.
INTRODUCING
Platform D can be developed to atypical environment driving platform such as
self-driving tractor and pesticide applicator.
INTRODUCING
Platform D
Platform D can be developed to atypical environment driving platform such as
self-driving tractor and pesticide applicator.