Obstacle Avoidance Robots
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8-Inch & 10-Inch Pneumatic Driven Wheel Set with Clamping Shaft Coupling for AGV & Robots
Upgrade your AGVs, outdoor mobile robots, and heavy-duty automated vehicles with our Pneumatic Driven Wheel Assembly. Featuring high-grade rubber inflatable tires and precision industrial clamping couplings for reliable torque transmission and shock absorption.- All-Terrain Shock Absorption: Inflatable rubber pneumatic tires deliver superior damping over uneven terrain and rough surfaces.
- Secure Shaft Connection: Includes an industrial-grade clamping flange coupling for precise, slip-free motor shaft attachment.
- Dual Size Specifications: Available in 8-inch and 10-inch outer diameters to match your chassis load requirements.
- Heavy-Duty Mobility: Designed specifically for industrial AGVs, autonomous transport platforms, and STEM chassis projects.
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Adjustable Metal Shock Absorber for RC Cars & Smart Robot Chassis
Upgrade the suspension and stability of your smart robot chassis, RC vehicles, and custom STEM projects with our Adjustable All-Metal Shock Absorbers. Designed with a high-precision sealed body and customizable spring preload for superior dampening performance.- All-Metal CNC Construction: Precision-machined aluminum alloy body offers high wear resistance and structural rigidity under heavy loads.
- Adjustable Preload & Travel: Fine-tune spring stiffness (soft/hard dampening) and stroke length to fit specific vehicle weight distribution.
- Sealed Dampening System: Features high-grade sealing rings to prevent oil leakage and ensure smooth suspension movement over rough terrain.
- Wide Application: Ideal for RC car upgrades, intelligent mobile platforms, AGV chassis, and DIY robotics.
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R1 Series Intelligent Robot Chassis – Programmable Mobile Robot Platform
Build your autonomous navigation systems and AGV prototypes with the R1 Series Intelligent Robot Chassis. A robust, multi-configuration mobile robot platform designed for secondary development, research, and STEM applications.- Flexible Drive Configurations: Supports multiple structural setups including tricycle, four-wheel drive, and differential drive options.
- Robust Metal Chassis: High-strength, pre-drilled aluminum alloy framework designed to securely mount controllers, LIDAR, and sensors.
- High-Payload Capacity: Engineered with durable motors and wheels to handle reliable payloads for educational and industrial prototyping.
- Seamless Integration: Pre-configured mounting holes compatible with standard microcontrollers, drivers, and robotic accessories.
