Simon Whitlock Special Edition Steel Tip Darts - 24g

Currently unavailable

Currently unavailable
The Simon Whitlock Special Edition Steel Tip Darts are designed for competitive darters and fans of 'The Wizard' who seek a professional-grade set that reflects his unique, high-performance playing style. These 24g darts offer a distinct aerodynamic profile that excels in stability and consistent flight, though the specialized grip pattern may require an adjustment period for players accustomed to traditional, uniform barrel designs.
| Model Part Number | 46975664226620 |
|---|---|
| Brand | Winmau |
While high-quality, the unique barrel profile is designed for intermediate to advanced players who have already developed a consistent throwing technique.
Yes, these are standard steel tip darts, but point replacement requires a specialized re-pointing tool to avoid damaging the barrel.
Most players prefer medium or intermediate shafts to balance the 24g weight, but this is largely based on personal throwing style.
The product includes the professional-grade barrels; please check your specific packaging for included accessories like flights and shafts as they may vary.
Use a dry microfiber cloth or a very soft brush to remove dust and chalk. Avoid using harsh chemicals that could damage the finish.
Ensure the dartboard is properly mounted and rotate the board regularly to ensure even wear on the sisal fibers.
Use O-rings (springs) between the barrel and the shaft to maintain a tight seal and prevent vibrations from loosening the connection.
To ensure peak performance, pair these darts with a high-density bristle dartboard. Regularly check that the points remain sharp; if they become dull, use a professional-grade diamond point sharpener to maintain penetration. When changing flights or shafts, ensure the connections are tight to prevent wobble during flight. Store your darts in a dedicated case to protect the barrel finish and point integrity between sessions. Avoid storing in extreme temperatures or high humidity to prevent oxidation of the metal components.