Keenso Electric Scooter Rear Tire, 5.5in Rubber Electric Scooter Wheel Rear Tire Replacement electric scooter

• 【Excellent Performance】: The electric scooter rear wheel tire has excellent wear resistance, chemical erosion resistance, high elasticity and excellent tear resistance.
• 【Premium Quality】: This brand new electric scooter rear tire is made of high quality aluminum alloy and rubber material, which is and long lasting. It is not easy to break, has quality and long service life.
• 【High Bearing Capacity & Radiation Hardness】: The electric scooter rear tire replacement with high bearing capacity and radiation hardness, which can be widely used in reduce‑pressure.
• 【Scope of Applications】: The electric scooter rear tire is suitable for folding mini electric scooters, and it is suitable for 5.5in scooter.
• 【Product Specification】: Item type: electric scooter rear tire; material: aluminum alloy + rubber; tyre size: approx. 12.3cm/4.8in, height: approx. 4cm/1.6in; intermediate distance size: approx. 10cm/3.9in; weight: approx. 473g/16.7oz; suitable for 5.5in scooter.

Electric Scooter Rear Tire, 5.5in Rubber Electric Scooter Wheel Rear Tire Replacement ★ Made of high quality aluminum alloy and rubber, durable and long lasting. ★ Easy to install and remove. Suitable for Xiaomi 5.5in scooter. ★ Excellent wear resistance, chemical erosion resistance, high elasticity, excellent tear resistance. ★ High bearing capacity, radiation hardness, widely used in reduce‑pressure. ★ Suitable for aluminum alloy, carbon fiber folding mini electric scooters. Specification: Item Type: Electric Scooter Rear Tire Material: Aluminum Alloy + Rubber Color: As Pictures Shown Tyre Size: Approx. 12.3cm/4.8in, Height: Approx. 4cm/1.6in Intermediate Distance Size: Approx. 10cm/3.9in Weight: Approx. 473g/16.7oz Suitable for Xiaomi 5.5in Scooter Package List: 1 x Electric Scooter Rear Tire Note: 1. Manual measurement, please allow 1‑2cm error, thank you! 2. The picture may not reflect the actual color of the project due to the differences between different displays.