Robot Chassis
Your Professional Robot Chassis Supplier
SLoonlycon is a technology brand under Jiangsu Runtong Data Service Co., Ltd., a national high-tech enterprise founded in 2014 in Jiangsu, China. We specialize in intelligent mobility and autonomous system solutions, including unmanned transport vehicles, intelligent following vehicles, sightseeing vehicles, camping vehicles, luggage, and modular intelligent chassis. Our products are widely used in smart logistics, intelligent manufacturing, cultural tourism, and leisure applications, supporting reliable, cost-effective, and customizable intelligent operations.
Advanced Autonomous Technology
We focus on unmanned driving, intelligent following, obstacle avoidance, and remote control solutions for closed scenarios. Our systems are developed in-house and designed for stable, practical use in real industrial and commercial environments.
Strong Engineering Team
Around 60% of our staff are engineers in AI, automation, and mechanical design, with an average of 8 years of experience. This ensures reliable product design, system integration, and continuous technical improvement.
Reliable After-Sales Support
All vehicles and key components are covered by a 12-month warranty. We provide installation guidance, remote technical support, and original spare parts supply to ensure stable operation and long-term customer confidence.
Parameter
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Dimensions: |
L: 3048mm W: 1600mm H: 890mm |
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Load Capacity: |
1000kg |
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Total Vehicle Weight: |
1200kg |
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Top Speed: |
12km/h |
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Runtime: |
Depends on the battery and usage |
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Battery Specification: |
Optional |
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Intelligent Obstacle Avoidance: |
Radar obstacle avoidance or ultrasonic obstacle avoidance |
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Tracking Distance: |
1.5m-10m |
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Fuel: |
Electro |
Types of Robot Chassis
The robot chassis produced by our company mainly include the following types:
Military Transportation Robots
The military transportation robots Multi-Role Transport Platform represents a new class of tactical vehicle technology, featuring a revolutionary hull-inspired design engineered for extreme operational environments.
Tank Tread Robot
The tank tread robot Modular Robotic Platform is a heavy-duty tracked chassis engineered for superior terrain adaptability and payload capacity.
Eight-Wheeled Drive Robot Chassis
The Eight-wheeled drive robot chassis Amphibious Robotic Platform represents a breakthrough in all-terrain robotics, featuring a unique eight-wheel configuration with exceptional aquatic capabilities.
Structural Integrity
A well-designed chassis ensures your robot is stable and can withstand external forces during operation.
Modular Design
Many chassis options allow for easy customization, enabling users to add or modify components as needed.
Improved Mobility
The right chassis type ensures smooth movement and navigation, whether on flat surfaces or rugged terrain.
Efficient Component Integration
Robotics chassis are designed to accommodate various components, streamlining the assembly process.
Applications of Robot Chassis
Patrolling and Monitoring
A robot chassis can be used for patrolling and monitoring tasks, such as patrolling in security areas or monitoring buildings and large spaces.
Logistics and Transportation
The chassis can be employed to build automated logistics and transportation systems, for example, moving items within warehouses or industrial environments.
Service Robots
The robot chassis is a crucial component for service robots, used to provide services such as delivering food in restaurants or transporting items in hospitals.
Agricultural Applications
In agriculture, a robot chassis can be utilized for automated farming tasks like seeding, weeding, or harvesting.
Healthcare
In the healthcare sector, the chassis can be used to transport medicines, medical equipment, or assist in patient mobility.
Research and Education
The chassis can be used in research and educational settings, supporting students and researchers in robot studies and development.
Cleaning and Maintenance
A robot chassis can be applied to cleaning and maintenance tasks, such as in automatic vacuum cleaners or cleaning robots.
Industrial Automation
In industrial environments, the chassis can be employed for automatic navigation, transportation, and collaboration, enhancing production efficiency.
Prevent wear and aging
Mechanical parts such as wheel hubs, tracks, bearings, joints and other mechanical parts of the robot chassis will wear out due to friction during long-term movement, and if they are not lubricated or replaced in a timely manner, it may lead to motion jams, positioning deviation or even parts breakage.
Maintain structural strength
Metal frames or composite chassis may loosen or deform under vibration and load impact. Regular inspection of fasteners and structural components can prevent failures caused by mechanical fatigue.
Prevent circuit failure
Dust, moisture or foreign matter into the circuit board may lead to short circuit or poor contact. For example, dust buildup in the LIDAR window can reduce ranging accuracy (20-30% increase in error) and even trigger false alarms.
Sensor Calibration and Reliability
Sensors such as LIDAR, IMU (Inertial Measurement Unit), and camera need to be calibrated regularly, otherwise the drift of environment sensing data will directly affect the navigation and obstacle avoidance ability.
Reduce Downtime Losses
Unmaintained robots can be shut down suddenly due to overheated motors, aging batteries, or drive train failures, resulting in production interruptions.
Chassis type: Wheeled, Tracked, Hybrid
Load capacity: 50–2000 kg
Drive system: 2WD, 4WD, Differential drive
Motor type: DC motor, Brushless motor
Max speed: 0.5–3.0 m/s
Battery capacity: 20–200 Ah
Communication ports: CAN, RS485, Ethernet
Packaging and Shipping
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Packaging |
Generally, we pack our goods in paper package and Iron pallet. We can pack the goods in your branded boxes after getting your authorization letters. |
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Shipping |
Shipping by sea, by air, by express are acceptable. According to your requirements. |
Our Factory
Our Certificates
In 2017: Obtained the Value-Added Telecommunications Business Operation License (ICP) issued by the People's Republic of China.
In 2018: Secured the project of "Capacity Improvement for Key Scientific and Technological Service Institutions in the Industry-University-Research Collaborative Innovation Base of Jiangsu Remanufacturing and Intelligent Manufacturing Industry".
In 2020: Was recognized as a Key Platform of Suzhou Industrial Internet.
In 2021: Was awarded the title of Jiangsu Manufacturing Demonstration Platform;
In 2023: Obtained the CS Information System Construction and Service Capability Certificate and the Information Technology Service Standards (ITSS) Level 4 Compliance Certificate in the same year.
In 2024: Received the Suzhou Information Technology Innovation Product Certificate.
