OneUp Components EDC Threadless Carrier
OneUp Components EDC Threadless Carrier
SKU: 0049762821942
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Special Order Notice
Items in your order marked Ships in 10-14 Days are Special Order items, which means we have to order the item(s) for you from our supplier. Your whole order will be held until all items are in stock and will ship in 10-14 days.
If you are ordering other items which are in stock, you may wish to order those separately so they ship without delay.
Ships from Supplier Notice
This item will ship directly from our supplier in 1-3 business days.
Description
A Threadless, no tap install option that lets you store the EDC V2 Tool inside your stem/steerer tube without threading your steerer tube. The Threadless Carrier replaces your star nut and lets you preload your headset with a bolt, while also creating a space for the EDC Tool. Easy to install in less than 10 minutes.
This is the carrier only. The EDC V2 Tool is sold separately HERE.
Who's this item for: Riders that don't want to have to tap a thread on their steerer tube in order to install the EDC Tool.
Tool Compatibility: Compatible with EDC V2 Tool only (You must use the small EDC V2 Storage Capsule with the Threadless Carrier.) The tyre plug and bacon strips fit within the small storage capsule.
Chain pliers are not compatible with the threadless carrier setup. The EDC Threadless Carrier is NOT compatible with V1 EDC Tools (Green Multi-Tool)
Incompatible forks: Fox 38 with oval steerer (will need to tap a thread in the steerer and use the standard EDC installation), RockShox 35 Forks (Gold, Silver etc), Giant Overdrive 2 Forks. Cannondale Lefty Forks. Carbon Steerers
Steerer Tube Length: Most forks are compatible, except for a small number of forks with very short steerer tubes. For the following cases, your fork steerer tube length must meet the minimum length requirement.
- Fox except Fox 38 with oval steerer = 190mm min
- RockShox Forks = 220mm min
- All other compatible forks = 190mm min
Measure from the underside of your fork crown to the top of your spacer stack, or top of your stem if you are not running any spacers above your stem.
