Chris King T47 Bottom Bracket

Backorder: This item is currently not in stock but is available to purchase today as a backorder. The expected availability date shown above is our best estimate as to when it will be shipped to you, but this date is subject to change based on our receipt of this item from its vendor. Shipping in the continental US is free for all backorder items (for international orders, our customer service team will contact you when the item is available to ship). Your credit card will not be charged until your item ships (Paypal requires payment up front, but you can cancel for full refund). Anytime prior to shipment, your backorder can be cancelled by contacting our customer service team.

CK T47

The Chris King T47 Bottom Bracket is a silky smooth, long-lasting bottom bracket built around their angular contact bearings that wear in instead of out. ThreadFit™ T47 provides the security and reliability of a threaded bottom bracket with the stiffness and power transfer gains of a PressFit 30 bottom bracket shell.

T47 BBs are built around King's legendary, angular-contact bearings. These are the best bearings in the industry, and actually get faster over time, as their contact surfaces wear.

The T47 is available in four variants and will fit 30mm, 24mm and 24mm stepped spindles.

Features:

• Engineered, manufactured and assembled in Portland, Oregon USA
• King Lifetime Warranty
• Legendary made-in-house bearings
• Fit Kit is required for use (sold separately)
• 24i fits 86mm and 92mm shell widths with 24mm spindles
• 24x fits 68mm and 73mm shell widths with 24mm spindles
• 30i will fit 68mm, 73mm, 83mm, 86mm, and 92mm shell widths with 30mm spindles
• 30x fits 68mm and 73mm shell widths with 30mm spindles

B-Stock - This product has one or more B-Stock units available. These units can be purchased at a discount (see option select). B-Stock units were returned from other customers and may have missing or damaged packaging materials. These units are otherwise as new. The full manufacturer warranty applies. Click Here for more information.