Kenda TR-87 Tire Tube 410/350-5, Part Number KDA11051650

The Kenda TR-87 Tire Tube is a dependable replacement inner tube for select powersports applications using 410/350-5 tire sizes. Designed to support reliable inflation and consistent performance, this tube helps restore proper tire function when the original tube is punctured, worn, or no longer holds air effectively. The TR-87 designation identifies the tube style and valve configuration for compatible tire assemblies.

Manufactured by Kenda, a recognized name in tire and tube products, this replacement tube is built for practical service and straightforward installation. Its 410/350-5 sizing makes it suitable for compatible small-wheeled powersports equipment and other applications specified by the tire or vehicle manufacturer. Always compare the tire size, tube type, and valve position before installation to ensure proper fitment.

The Kenda TR-87 Tire Tube, part number KDA11051650, is supplied as a single replacement tube. Inspect the tire interior for punctures, debris, or sharp objects before installing a new tube, and verify that the tire bead is seated correctly during inflation. Proper installation and inflation pressure should follow the equipment manufacturer’s recommendations. Fitment information should be confirmed using the vehicle, wheel, or tire application data when available.

Product Specifications & Technical Data

• Brand: Kenda
• Part Number: KDA11051650
• Tube Type: TR-87
• Compatible Tire Size: 410/350-5
• Application: Powersports replacement tire tube
• Construction: Pneumatic tire inner tube
• Package Quantity: One tire tube
• Installation: Replacement component for compatible tire assemblies

What’s Included

One Kenda TR-87 tire tube.

Features:

• Replacement Fit: Designed for compatible 410/350-5 tire assemblies.
• Reliable Inflation: Helps maintain consistent air pressure when properly installed.
• Powersports Application: Suitable for select small-wheeled powersports equipment.
• Kenda Quality: Manufactured by Kenda for dependable replacement performance.