10x2.50 Tire & Hub 10" Scooter Tyre Front Wheel Pneumatic Tire for Smart Self Balancing Mobility Electric Scooter Bike 36v 48v 400w 500w 800w Motor for GOTRAX GMAX with 45° Inner Tube 10x2.5 Set

Are you bothered by worn out old tires?Now our inner tubes will be your best choice!!!! Note: Please check the original tire size carefully before purchase.!!! Note: Please measure the diameter of original axle before purchasing.Size for 10x2.5" tire with hub:Hub center hole diameter: 10mm/0.39"; Outer diameter: 255mm/10.04"; Inner diameter: 150mm/5.91"ADVANTAGES:√ NEW.√ Made of high quality material, more durable.√ Better shock absorption.DETAILS:Model Name: 10 x 2.50Material: Rubber and Alloy.Package Contents: 1 set 10 x 2.5 frontwheel pneumatic tire assembled with hub and inner tube dust cap(the valve size: 45°)FITMENT:Universal for most of 36v 48v 400w 500w 800w hub motor smart self balance mobility electric scooters. Perfect for GOTRAX GMAX electric scooter.NOTE:Only fits for front wheel.

• Packaging includes: New - 1 Set of assembled 10x2.50 tires with hub and inner tube with dust cap (the valve size of inner tube: 45°). Note: this 10x2.5 tire is for 6" RIM. Only fit for front wheel
• Pre-purchase guidance: Please measure the diameter of your original axle before purchasing. This hub is compatible with a diameter of 10mm/0.39". If the size is incorrect, it cannot be installed
• Widely application: The 10x2.5 tire is universal for most of 36v 48v 400w 500w 800w hub motor smart self balance mobility electric scooters. Perfect for GOTRAX GMAX electric scooter
• Size for 10x2.5" tire with hub: Hub center hole diameter: 10mm/0.39"; Outer diameter: 255mm/10.04"; Inner diameter: 150mm/5.91"
• Installation Tips: 1. The inflatable inner tube should avoid being pierced by sharp objects; 2. Please check the position of the valve to make sure the installation direction is correct
• Premium material: These 10" inner tubes are made of high quality rubber that is tear-resistant and thicker than normal inner tubes to provide better shock absorption