Zero-radius maneuvering
The supplied configuration lists a turning radius of 0 for compact mobile-robot layouts.
Education & Research Robots / SFLZ500-P
SFLZ500-P Configured Robot Chassis
SFLZ500-P is a four-wheel-drive, four-wheel-steering robot chassis with independent suspension and a published 80 kg payload configuration.
- Length (mm)
- 620
- Width (mm)
- 526
- Height (mm)
- 326
- Wheelbase (mm)
- 420
Product overview
Designed around verified requirements.
SFLZ500-P 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: 80 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)
- 620
- Width (mm)
- 526
- Height (mm)
- 326
- Wheelbase (mm)
- 420
- Wheel Diameter (mm)
- 200
- Track Width (mm)
- 450
- Min. Ground Clearance (mm)
- 50
- Turning Radius (mm)
- 0
- Max. Climbing Gradient (°)
- 10
- Max. Speed (m/s)
- 2
- Max. Obstacle-Crossing Height (mm)
- 40 mm
- Suspension Type
- Patented multi-link four-wheel independent suspension
Power and endurance
- Battery Type
- Lithium iron phosphate
- Battery Capacity
- 36 V / 20 Ah
- Working Time (h)
- 8
- Charging Time (h)
- 4
- Drive Motor Power (W)
- 200 W × 4
- Mileage Sensor
- Magnetic Encoder Sensor
- Battery Protection
- Over-current, over-discharge, and short-circuit protection
Mass and capacity
- Net Weight (kg)
- 40 kg
- Max. Payload (kg)
- 80 kg
Engineering support
Discuss your integration requirements.
Request protocols, drawings, SDK information, or configuration guidance through the engineering team.
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Discuss SFLZ500-P Configured Robot Chassis with our team.
Share the payload, terrain, dimensions, quantity, and control requirements of your project.