Motorcycle clip-on wheel weight HT 10g

The Motorcycle clip-on wheel weight HT 10g is a professional balancing solution designed specifically for spoked motorcycle wheels. Made from high-density lead, it provides compact mass in a small volume, making it ideal for precise balancing where space is limited.

The clip-on mounting system allows direct installation onto the spoke or nipple without adhesive. Simply press the weight into place for secure and stable attachment. It is suitable for both workshop use and quick field corrections.

This weight is especially recommended for steel-spoked motorcycle wheels, quick imbalance adjustments, and use with motorcycle wheel balancers. Its durable construction ensures it remains firmly attached even at high speeds and in demanding off-road conditions.

Why Choose Lead Spoke Weights?

Lead is one of the most commonly used materials for spoke weights due to its practical advantages:

• Higher density, allowing smaller dimensions with effective mass

• Better vibration damping performance

• Easier installation on spokes without cracking or damaging the material

For proper fitment and effective balancing, always consider weight mass, hole diameter, and material when selecting a spoke weight.

How to Choose the Correct Clip-On Weight

Correct wheel balancing improves ride comfort, bearing lifespan, and overall safety.

Step 1: Match the Hole Diameter to the Spoke Nipple

Spoke weights are available in multiple hole diameters:

This model features:

• Weight hole diameter: 6.2mm

• Compatible with 6.4mm spoke nipples

Measure the nipple diameter using a caliper and choose a weight with a slightly larger hole for secure mounting.

Step 2: Select the Appropriate Weight

Available options include:

• 10g

• 15g

• 20g

General rule: Start with a lighter weight. If imbalance persists, switch to a heavier weight or add an additional piece.

Step 3: Practical Balancing Procedure

1. Mount the wheel on a balancer or free-spinning axle (e.g. truing stand).

2. Allow the wheel to stop naturally; the heaviest point will settle at the bottom.

3. Attach the weight to the opposite (top) spoke.

4. Spin again and check whether the wheel stops in random positions.

5. Adjust the weight mass or position if necessary.

Technical Specifications