Multi-directional Wheeled Chassis With 4WS

Product Overview

WD-W3-4400S multi-directional wheeled chassis with 4WS is a universal all-direction unmanned mobile robot platform built with 4-wheel independent drive, independent steering and independent damping suspension system. Different from ordinary differential chassis, this 4WS multi-directional wheeled chassis realizes multiple flexible motion states, solving the turning limitation of traditional wheeled vehicles in narrow spaces.

Technical Parameters

Overall Dimension: 755*635*695mm

Chassis Self Weight: 130kg

Running Speed: 0-15km/h

Chassis Height: 340mm

Protection Grade: IP54

Design Rated Load: 100kg

Max Climbing Angle: 20°

Max Obstacle Crossing Height: 120mm

Application Scenarios

1.Narrow-space factory pipeline inspection robot

2.Indoor & outdoor reconnaissance monitoring unmanned vehicle

3.Field geological and environmental exploration mobile platform

4.University laboratory autonomous navigation research test chassis

5.Vocational school robotics teaching training equipment

FAQ

Q1: What steering modes does this 4WS multi-directional wheeled chassis support?

A: It supports four motion modes: forward & backward movement, horizontal lateral shifting, in-situ zero-radius turning and traditional Ackermann steering, flexible operation in narrow limited space.

Q2: Are all wheels independently driven and suspended?

A: Yes, four wheels adopt fully independent drive, independent steering and independent damping suspension structure, better shock absorption and trafficability than single suspension chassis.

Q3: What tire options are available for different working environments?

A: Standard 13-inch rubber pneumatic tires for soft, bumpy outdoor ground; explosion-proof solid tires are optional for factory workshops with sharp metal scraps and dust.

Q4: What is the maximum load and obstacle crossing performance?

A: Design rated load reaches 100kg, max obstacle crossing height 120mm, maximum climbing angle 20°, adapt to most indoor and outdoor complex ground conditions.