Reinforced Inner Tube 10 x 2.5 with 90° Valve for Apollo Phantom Electric Scooter

Reinforced Inner Tube 10 x 2.5 with 90° Valve for Apollo Phantom Electric Scooter

This reinforced inner tube is specifically designed for the Apollo Phantom electric scooter, featuring a size of 10 x 2.5 and a 90-degree angled valve. It serves as a suitable replacement for a damaged or worn inner tube, helping to restore proper tire function and ride quality.

Key Features and Advantages

• Reinforced Construction: The inner tube is reinforced for enhanced durability and a longer lifespan compared to standard tubes.
• Optimal Size: With a 10 x 2.5 sizing, it is engineered to fit tires marked with the same dimensions, commonly found on the Apollo Phantom scooter.
• 90° Angled Valve: The 90-degree valve stem facilitates easier access for inflation, especially in wheels with limited clearance.
• Net Weight: The inner tube has a net weight of 136g.

Compatibility and Installation Guidance

This inner tube is intended for use with the Apollo Phantom electric scooter. To ensure correct fitment and avoid compatibility issues, always verify the size marking on your existing tire's sidewall. It should clearly state "10 x 2.5". Additionally, confirm that your wheel rim is designed to accommodate a 90-degree angled valve stem.

When installing, follow these general steps for safe and effective replacement:

• Carefully remove the tire from the rim.
• Inspect the inside of the tire for any sharp objects or debris that may have caused the original puncture.
• Partially inflate the new inner tube to give it shape before inserting it into the tire.
• Ensure the valve stem is properly seated through the valve hole in the rim.
• Mount the tire back onto the rim, taking care not to pinch the inner tube between the tire bead and the rim.
• Inflate the tire to the pressure recommended by the tire manufacturer (usually found on the tire sidewall), checking for proper seating of the tire bead around the rim.

For detailed installation instructions, refer to your scooter's service manual or consult a qualified technician.