Baxnore RC Short Course Truck Tires 1/10 Scale Heavy Duty Rubber Wheels with 14mm 17mm Hex Adapters for SLASH SENTON LOSI Off Road Racing 4 Pack (Red)

• [PREMIUM HEAVY DUTY CONSTRUCTION] These RC short course truck tires feature a rugged rubber compound paired with reinforced plastic hubs for exceptional durability. The materials withstand rough terrain and harsh conditions while maintaining flexibility for optimal performance during intense off road sessions.
• [ENHANCED TRACTION AND CONTROL] The specially designed tread pattern delivers superior grip on various surfaces including dirt gravel and pavement. The aggressive tread design ensures maximum traction for better acceleration cornering and braking performance during high speed runs.
• [MULTI-COMPATIBLE DESIGN] Includes both 14mm and 17mm hex adapters making these wheels compatible with popular RC like SENTON SLASH and LOSI. The universal fitment makes them for upgrading your existing RC truck or replacing worn out tires.
• [SUPERIOR IMPACT RESISTANCE] The advanced rubber compound absorbs shocks effectively when driving over rough terrain or landing jumps. These tires maintain their shape and performance even after repeated impacts making them ideal for bashing and racing applications.
• [COMPLETE READY-TO-RUN SET] Comes with 4 tires and 8 hex adapters (4 of 14mm and 4 of 17mm) providing everything you need for a complete wheel upgrade. The easy installation requires no special tools allowing for quick swaps between different terrains or maintenance.

Item Type: RC Short Course Truck Tires Material: Plastic, Rubber Tire Width: Approx. 4.6cm/1.8in Tire Diameter: Approx. 11cm/4.3in Hex Adapter Diameter: Approx. 12mm/0.5in, 14mm/0.6in, 17mm/0.7in Applicable: For , for SENTON, for , for slash, for LOSI and other short trucks Package List： 4 x RC Short Course Truck Tire4 x 14mm Hex Adapters 4 x 17mm Hex Adapters Note: 1. Please allow 1‑2in error due to manual measurement. . 2. Monitors are not calibrated same, item color displayed in photos may be showing slightly different from the real object. .