Small Omnidirectional Mobile Robot

he Ranger Mini 2.0 is designed specifically for industrial applications. This revolutionary mobile robot introduces innovative features to enhance its performance.

Enhanced Flexibility with Independent Suspensions

The Ranger Mini 2.0 has a four-wheel independent suspension system, an 80 kg load capacity, and can easily navigate challenging terrains, including slopes over 15° and ridges up to 80 mm.

Enhanced Flexibility with Independent Suspensions
4WD Omnidirectional Robot Movement Control
4WD Omnidirectional Robot Movement Control

It is remarkably versatile with adaptable steering, strong maneuverability, and impressive 360° on-the-spot turning. Its advanced 4100W harmonic drive and 4350W drive motor control systems ensure smooth and efficient operation in industrial environments.

Flexibility and Performance
Flexibility and Performance

Ranger Mini skillfully balances agility and performance through its innovative swing-arm suspension, offering increased ground clearance for superior mobility.

Long hour operation
Long hour operation

The Ranger Mini 2.0 has a battery life of up to 5 hours and adopts a quick-detach battery design to fully ensure continuous operation needs.

Dimensions (mm)
738x500x338
Axle Track (mm)
494
Front/rear track (mm)
364
Kerb weight (Kg)
64.5
Battery type
Lithium iron phosphate
Battery parameters
48V24AH
Power drive motor
350Wx4
Steering drive motor
100Wx4
Parking type
Electronic brake
Steering type
4 wheels steering
Suspension
Independent suspension
Steering motor reduction ratio
1:50
Steering motor encoder
Multiturn absolute
encoder (9bit)
Drive motor reduction ratio
1:4.428
Drive motor sensor
Hall
IP grade
IP54
Maximum speed (km/h)
5.4
Minimum turning radius
0mm (Spin mode)
810mm (Ackermann model)
Maximum gradeability
15° with load
Ground clearance (mm)
107
Maximum travel (km)
35
Charging time (h)
1.5
Working temperature (°C)
-10~40
Control mode
Remote control mode
Command control mode
Remote controller
2.4G/limit distance 200M
Communication Interface
CAN