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PXG 0317 X Driving Iron

The PXG 0317 X Driving Iron is engineered for golfers seeking exceptional distance and accuracy off the tee or from the fairway. This hybrid iron combines the forgiveness of a hybrid with the precision of an iron, offering a versatile option for various course conditions and playing styles. Its innovative design promotes high launch, low spin, and increased ball speed, making it a powerful addition to any golfer's bag.

Available listings

Above average price

Used PXG 0317 X Driving Iron 2 Hybrid / 17 Degrees / Stiff Flex / Left-Handed - Image 1

PXG 0317 X Driving Iron

Dexterity

Left-handed

Shaft

Graphite

Flex

Stiff

Length

40.00

Loft

17°

Very good condition

£189.95

Sold by Replay Golf

FAQs

What kind of player is the PXG 0317 X Driving Iron best suited for?

The PXG 0317 X Driving Iron is ideal for golfers who struggle with long irons or fairway woods but still desire accuracy and control. It's particularly beneficial for players with moderate to high swing speeds looking for a reliable club to attack par-5s or navigate tight fairways. Its forgiving nature also makes it suitable for mid-handicap players seeking more distance and consistency.

Can the PXG 0317 X Driving Iron be used from the tee and the fairway?

Yes, the PXG 0317 X Driving Iron is designed for versatility. Its sole design allows for clean contact from various lies, making it equally effective off the tee and from the fairway. The club's ability to launch the ball high with low spin makes it a great option for attacking greens from long distances or for playing strategic shots in challenging conditions.

How does the PXG 0317 X Driving Iron improve distance and forgiveness?

The 0317 X Driving Iron features a hollow-body construction and a thin, high-strength HT1770M maraging steel face. This design allows for increased face flex at impact, resulting in faster ball speeds and greater distance. The hollow body also promotes a higher moment of inertia (MOI), which enhances forgiveness on off-center hits, minimizing distance loss and maintaining accuracy.