New Design of the 4th Generation
The 4th generation of Jimu Parking Robot adopts the new patented design of center-positioned robot arms and differential driving units while the software and algorithm are also comprehensively optimized. In addition, Jimu Parking Robot has passed the acceptance test of CSEI (China Special Equipment Inspection And Research Institute), ensuring operation of robots in parking lots.
Adapt to Different Models
Jimu's unique design of two-piece parking robot could go underneath the vehicle, adapting to different wheelbase and driveshaft length with adjustable robot arms. With a maximum payload of 2.3t, Jimu Parking Robot is able to carry most of the passenger vehicles.
No Need for Auxiliary Equipment
Unlike existing solutions, auxiliary equipments such as carrying boards, support frames of vehicles or combs are no longer needed, which will reduce the complexity and cost of renovating the parking lot.
Autonomous driving technologies are applied to Jimu Parking Robot to achieve accurate indoor positioning, obstacle avoidance, navigation and other functionalities.
Robot Management System
The robot management system coordinates multiple robots through unified scheduling and optimized path planning, which effectively improves the operational efficiency and space utilization of parking lots.
JIMU'S Intelligent Parking Robots
based on Autonomous Driving Technology
Size L1895 x W1142 x H110mm (Robot Arms Closed)
|Navigation Accuracy ±10mm
L1895 x W2270 x H110mm (Robot Arms Open)
|Maximum Load 2.3T
|Positioning Accuracy ±20mm
|Maximum Speed 1.2m/s
|Barrier-Cross Height 3mm
|Navigation Lidar + Vision + Inertial
|Maximum Acceleration 0.4m/s²
Ground Adaptability 3mm/m²
|Maximum Slope 2°
|Charging Type Auto/Manul
|Driving Power 2400W
|Charging Time 140min
|Grip Power 1200W
Better Parking Experience
The driver can park the car in the transfer zone outside the parking lot and robots will take over the car for parking and pick-up. Drivers and passengers will no longer need to go into the parking lot, which can often be dim, muggy, poorly ventilated, with mixed traffic.
Higher Operating Income
As the robot could move accurately in any direction, the passage width of parking lot and the vehicle spacing could be reduced, resulting in 30%-40% capacity increase on average depending on the layout of the parking lot, which will definitely improve the operating income.