The 24696 is designed to counteract the rotational forces of the rear axle. By using a Left-Hand thread on the appropriate side of the car, the rotation of the axle actually works to keep the nut tight rather than backing it off. CNC-machined for a perfect fit, this nut provides the clamping force needed to keep your hubs and spacers indexed under heavy acceleration and jarring track conditions.
Detailed Technical Specifications
1. Billet Aluminum Engineering
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6061-T6 Aluminum: Machined from solid billet to provide an incredible strength-to-weight ratio.
In Junior Sprint racing, reducing "unsprung rotating mass" at the ends of the axle allows the engine to snap out of the corners faster. -
Lightweight Performance: Significantly lighter than steel alternatives, reducing the centrifugal load on the axle ends.
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Precision-Cut Threads: The 1.5" LH threads are machined to aerospace tolerances to ensure they spin on smoothly without galling, yet lock down tight when torqued.
2. Left-Hand (LH) Safety Logic
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Self-Tightening Direction: Specifically for use on the side of the car where axle rotation would naturally loosen a standard right-hand nut. This is a standard safety requirement for high-speed open-wheel racing.
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Easy Identification: JOES typically machines these with distinct markings or a specific hex profile so the crew can instantly identify it as the "Left-Hand" nut during a frantic pit stop.
3. Professional Racing Design
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Oversized Hex Flats: Features large, precision-machined wrench flats that resist rounding off, even after a season of frequent tire changes and gear swaps.
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Low-Profile Width: Engineered to provide maximum thread engagement while maintaining a slim enough profile to fit under most wheel hub covers or within tight wheel offsets.
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Corrosion Resistant: The aluminum construction won't rust or seize to the axle like steel hardware, making maintenance much simpler.
