Winmau Gerwyn Price Blue Originals Darts - X6RBZ


Currently unavailable


Currently unavailable
The Winmau Gerwyn Price Blue Originals are designed for serious competitive players looking to replicate the exact feel and performance used by world champion Gerwyn Price. These darts offer a refined barrel profile and high-performance grip texture for consistent throwing mechanics, though the specialized finish may require extra care to maintain its signature blue aesthetic over long-term heavy use.
| Model Part Number | X6RBZ |
|---|---|
| Brand | Winmau |
While any player can use them, the specific grip and weight distribution are designed for competitive players who have already developed a consistent throwing technique.
Yes, these darts use standard steel points, though professional-grade point replacement tools are recommended to avoid damaging the barrel.
The barrels are crafted from high-grade tungsten to ensure a slim profile while maintaining significant weight.
The coating is durable, but like any colored dart finish, some wear is natural, especially if the darts frequently impact each other in the board.
The product includes the standard set of flights and stems. It is always recommended to have a spare set of flights on hand.
Ensure the flight is fully inserted into the stem and that the flight is perfectly 90 degrees open.
Wipe the barrel with a clean, dry microfiber cloth to remove skin oils and chalk residue.
Check if the stem prongs are worn or loose and replace the stem if necessary.
To maintain the professional quality of your Winmau Gerwyn Price Blue Originals, store them in a protective case when not in use to prevent barrel dings or finish scratches. The darts are compatible with all standard 2BA stems and flights, allowing you to swap components to suit your personal throwing style. To clean, use a soft, dry cloth to remove debris from the grip grooves. Avoid using harsh chemical cleaners or abrasive scouring pads, as these can strip the blue coating. Always check that your flight is fully seated in the stem to maintain the intended aerodynamic balance.