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Robotic Platform
Four movement modes: lateral movement, diagonal movement, Ackermann steering, and pivot steering.
Compact design for operation in confined spaces.
Independent suspension system ensures stable vehicle body even in complex terrains.
Can be Equipped with a multi-level obstacle avoidance solution to reduce collision risks.
Quick-detachable battery design fully meet continuous operation requirements.
Built-in VCU, supporting rapid secondary development and function expansion.
Product Description:
The four-wheel drive and four-steering wheeled robot chassis RMP-WL100 adopts a modular design concept as a whole, featuring high safety and reliability. It adopts a four-wheel Ackermann steering structure in terms of structure, with high body rigidity, strong impact resistance and anti-jolting performance, and excellent off-road capability, capable of passing through complex ground environments. The robotic platform is equipped with an emergency stop switch at the rear of the vehicle body. In case of emergency, it can apply emergency braking to achieve the effect of controlling the entire vehicle. The mobile robot platform is an integrated control system. The VCU conducts unified analysis and judgment on vehicle signals to form a closed-loop control. It can conduct fault diagnosis and promptly carry out corresponding safety protection measures, achieving remote unmanned status monitoring of vehicles. At the rear of the vehicle body, there are open 48V electrical interfaces and communication interfaces, and it is equipped with standard profile fixed brackets. Users can quickly carry out secondary development on the wheeled chassis.
Parameters:
Description | Specification | Description | Specification |
Dimensions | L730*W500*H365mm | Weight | 75Kg |
Rated Load | 100kg | Locomotion Mode | 4WD 4WS |
Operating speed | 1.5m/s | Obstacle Negotiation Height | 50mm |
Climbing Angle | 15° | Ground Clearance | Support Arm 80mm, Housing 120mm |
Turning Diameter | 900mm | Suspension | Four-Wheel Independent Double-Wishbone Suspension |
Protection Level | IP54 | Operation | Handheld Remote Control |
Remote Control Range | 50m | Runtime | 6h |
Charging | Manual/ Automatic | Power Supply Voltage | DC48V 30Ah |
Operating Temperature | -10℃-+45℃ | Brake Type | Electromagnetic Brake |
Communication Interface | CAN | Navigation System | Laser Navigation |
Steering Mode | Ackermann steering, pivot steering, lateral movement, diagonal movement | ||
Dimension Drawing(mm):
Application:
The Ackerman chassis is highly maneuverable and can enter various narrow Spaces. It is widely used in multiple fields such as inspection robots, engineering cargo transportation, special robot modification, and teaching demonstrations.
Advanced Equipment&Workshop:
Relying on advanced production and testing equipment and having established a complete quality control system, we can respond quickly to problems and implement closed-loop management, thus ensuring the stability and reliability of product quality. The main testing equipment includes the robot aging record test bench, high and low temperature alternating wet heat test chamber, test system operation cabinet, etc.
Certificate:
The company has successfully passed the ISO9001 quality management system, environmental management system and occupational health and safety management system certifications, ensuring the continuous stability of product quality. Meanwhile, multiple products such as explosion-proof chassis have obtained explosion-proof qualification certificates and corresponding test reports.
