Zero-radius maneuvering
The supplied configuration lists a turning radius of 0 for compact mobile-robot layouts.
Wheeled Robot Chassis / SFLZ700
SFLZ700 100 kg Four-Wheel-Steering Robot Chassis
SFLZ700 is a four-wheel-drive, four-wheel-steering robot chassis with independent suspension and a published 100 kg payload configuration.
- Length (mm)
- 920
- Width (mm)
- 690
- Height (mm)
- 420
- Wheelbase (mm)
- 620
Product overview
Designed around verified requirements.
SFLZ700 provides a configurable mobile base for autonomous navigation, inspection, research, logistics, and service-robot integration. The supplied configuration combines independent drive, linked steering, encoder feedback, and a flat integration deck. Final dimensions, battery, controller interfaces, payload distribution, and environmental limits should be confirmed for the selected project.
Independent suspension
Patented multi-link four-wheel independent suspension
Defined payload platform
Published maximum payload: 100 kg; confirm system-level load distribution with engineering.
Product media
See the product in detail.
Technical specification
A clear, grouped product definition.
Dimensions and mobility
- Length (mm)
- 920
- Width (mm)
- 690
- Height (mm)
- 420
- Wheelbase (mm)
- 620
- Wheel Diameter (mm)
- 320
- Track Width (mm)
- 600
- Min. Ground Clearance (mm)
- 85
- Turning Radius (mm)
- 0
- Max. Climbing Gradient (°)
- 15
- Max. Speed (m/s)
- 2
- Max. Obstacle-Crossing Height (mm)
- 80 mm
- Suspension Type
- Patented multi-link four-wheel independent suspension
Power and endurance
- Battery Type
- Lithium iron phosphate
- Battery Capacity
- 48 V / 30 Ah
- Working Time (h)
- 8
- Charging Time (h)
- 3
- Drive Motor Power (W)
- 400 W × 4
- Mileage Sensor
- Magnetic Encoder Sensor
- Battery Protection
- Over-current, over-discharge, and short-circuit protection
Mass and capacity
- Net Weight (kg)
- 75 kg
- Max. Payload (kg)
- 100 kg
Public files
Documents cleared for public release.
No public files are available yet.
Request approved technical information from the Aimrob team.
Engineering support
Discuss your integration requirements.
Request protocols, drawings, SDK information, or configuration guidance through the engineering team.
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Discuss SFLZ700 100 kg Four-Wheel-Steering Robot Chassis with our team.
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