$Challenge Seamless Latex Tube 700x23/30mm Presta 47.5$

Challenge Seamless Latex Tube 700×23/30mm Presta 47.5

€15.01

SKU: BI-152-340 Categories: Cycle Centre, Wheels, Tyres & Tubes

Description
Delivery Information

Challenge produces the only seamless one-piece latex inner tubes on the market, providing a smooth, balanced ride with no pucker or bump like those found on other tubes. Latex tubes are lighter, thinner and more flexible than a butyl tube, increasing your comfort, lowering your rolling resistance, and helping to prevent flats. The tube also includes a removable core Presta valve, making them compatible with both inline and external valve extenders.

Challenge Latex Inner Tube Use: Handmade Clincher Tyres
Valve: Presta Removable Core
Valve length: 47.5 mm Size: 622 / 700 29 – 38mm
Tyre Width: 29mm – 38mm
Weight: 75 g

No Custom Charges to UK, Guaranteed!

We send all our parcels and pallets from the UK to the UK with Royal Mail and DSV so you can rest assure you will not receive any extra charges once your parcel arrives.

Delivery Cost(s)

Free delivery on orders over £99 applies in most cases, where a product is excluded from this it will be noted on the product page. Some items are large and cannot be sent for free. Delivery charges may differ.

Pallet Delivery

Please note: Some items require pallet delivery due to its weight and dimensions. While we strive to maintain a standard delivery cost, additional charges may apply for deliveries to remote locations. We appreciate your understanding and will contact you to confirm any additional costs before proceeding with your order. For more details on shipping and delivery, please visit our Shipping info page or contact our customer service team.

Delivery & Tracking

We send all our parcels with Royal Mail Tracked 48, you will receive a tracking number to your email once the order is dispatched. For larger pallet items we use DSV, you will receive a reference number and information on pallet delivery. Some items we sell will take more time because of size and dispatch location.