QUICK SEARCH

SEARCH BY BRAND

Cleveland Hi Bore XLS Tour

Price £165.00 Add to Basket

Cleveland Hi Bore XLS Tour
This is a photo of the actual club.
(Click image for detailed version)
Click here to see it in 3D
HEADCOVERS: If a headcover is pictured in the photo above then the wood comes with the manufacturer’s matching headcover. If it is not in the photo, we do not have the matching headcover – but the club will be supplied with a brand new plain black tadpole headcover free of charge.

Comments -

Ref 1134852
Golfer: Mens Right Hand
Brand: Cleveland
Club: Driver
Loft: 9.5
Shaft Name: Cleveland
Shaft Material: Graphite
Flex: Stiff
Grip: Cleveland
Head condition    7 - Good
Shaft condition    7 - Good
Grip condition    7 - Good

Cleveland Hi Bore XLS Tour - User Reviews

Click Here to Add Review and win some Wilson balls!
Write the first customer review of this item. Click Here
Questions

If you have a query regarding this item, please login (you need to be a registered user), complete the box below and click "submit". We will reply via email within 24 hours. Alternatively, phone us during office hours on 020 8401 6918.

Submit

Model Info 2008

Hi Bore XLS Tour Driver. New for 2008 the Hi Bore XLS Tour driver is designed to precise PGA Tour specifications. Features a 2 degree open face and toe-biased weighting for fade-biased workability. Also features a more traditional compact pear shape than that of the standard driver and has a longer Tour length hosel. At 17% larger than the HiBORE XL, it's Cleveland's largest ever and among the biggest on the market. Full Face Performance (FFP) extends the Hot Zone of maximum .830 COR across a larger portion of the face creating more distance from both solid shots and mishits alike. It has been designed to maximum USGA clubhead dimensions to push the MOI limit. 5300 MOI represents a 13% increase from the HiBORE XL for control off the tee for extremely straight drives. Heel and toe "stability foils" signify where weight has been added to the perimeter of the clubhead to maximize stability.