This auxiliary wheel bracket is a critical motion mechanism component designed for special robots, manufactured from high-strength aluminum alloy via precision CNC machining. It offers excellent impact resistance and lightweight properties, suitable for explosive environments, rescue operations, and aerospace applications. The structure enhances robotic mobility and stability in complex terrains, supporting frequent obstacle-crossing under heavy loads.

• High Strength & Lightweight: Aerospace-grade aluminum alloy, 40% lighter than steel with high load capacity
• Precision CNC Machining: Fully processed by 5-axis CNC centers, ensuring high accuracy in mounting holes and surface flatness
• Explosion-Proof & Corrosion-Resistant: Anodized and hard-coated surface, IP67 rating, suitable for chemical and outdoor wet environments
• Integrated Mounting Interfaces: Compatible with various wheels, sensors, and drive units for rapid installation
• Adaptive Obstacle Assistance: Works with tracks and main drive wheels to improve traversal over steps, trenches, and rubble

• Explosion-Proof Robots: Mobile chassis in petrochemical tank areas and explosive disposal scenarios
• Rescue Robots: Climbing over rubble and transporting supplies in earthquake and collapse environments
• Aerospace Exploration Rovers: Planetary surface traversal for lunar and Martian rovers
• Pipeline Inspection Robots: Climbing vertical and irregular pipes

We accept 3D models or drawings for non-standard designs. Adjustments include mounting interfaces, materials (titanium/stainless steel), coating colors, and protection levels. Prototype lead time: 15 days; mass production supports JIT supply chain delivery.

• 3D model downloads (STEP/IGS)
• Free technical consultation and obstacle mechanism design
• 12-month warranty, lifelong maintenance
• Expedited production and global logistics support