Precision Inboard Spacer for 12T #35 and Larger Kart Sprockets
$4.26 USD
Sale price
$4.26 USD
Regular price
Precision engineering meets track demands in this inboard spacer, crafted to fit seamlessly with 12T #35 sprockets and beyond. By maintaining exact spacing within your SMC clutch assembly, it prevents misalignment that could sap precious horsepower during acceleration phases.
- Supports larger sprockets for versatile gearing options in various track conditions.
- Reduces vibration and heat buildup, extending component life for more race sessions without downtime.
- Easy installation enhances pit efficiency, letting you focus on strategy rather than mechanics.
Whether you're tuning for sprint races or endurance events, this spacer optimizes power delivery from engine to wheels, helping shave seconds off your lap times. Racers report smoother shifts and quicker starts, translating to better positioning in tight fields. SKU: SMC-5093 – a small part with big impact on your kart's speed potential.
Frequently Asked Questions
Q: Why is an inboard spacer necessary for my kart clutch?
A: The inboard spacer ensures your sprocket is perfectly aligned within the clutch assembly. Proper alignment prevents binding and uneven wear, which is critical for maintaining maximum horsepower transfer from your engine to the wheels.
Q: Is this spacer compatible with all #35 sprockets?
A: This specific spacer is precision-engineered for 12T #35 sprockets and larger. It is designed to maintain the correct spacing required for these specific gear sizes in SMC clutch systems.
Q: How does this spacer help with heat management?
A: By ensuring the sprocket runs true and reducing friction-induced misalignment, this spacer helps minimize unnecessary vibration and heat buildup, which can otherwise lead to premature component failure during long race sessions.
Q: Can I use this for both sprint and endurance racing?
A: Yes. Because this spacer optimizes power delivery and improves component durability, it is an excellent addition for both sprint racing, where acceleration is key, and endurance events, where reliability is paramount.