OXFORD
Oxford Touring H/bar Stem 22.2mmx40mm Silver
Oxford Touring H/bar Stem 22.2mmx40mm Silver
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The Oxford Touring H/bar Stem-22.2mmx40mm Silver is designed to offer durability and stability for touring cyclists. This handlebar stem ensures a secure and comfortable riding position, enhancing control and comfort during long rides.
Key Features
- Material: Durable alloy construction
- Length: 40mm
- Steerer Size: 22.2mm
- Handlebar Size: Compatible with 25.4mm handlebars
- Color: Silver for a sleek appearance
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Note:
- Some accessories shown in the pictures are sold separately and are not included with the product itself.
- The product images provided are for illustrative purposes only and may not precisely represent the actual product. Please refer to the product description for exact specifications. For any questions regarding the product, feel free to contact us before purchase.
Complete Assembly and Premium Delivery Service
At Love My Bike Shop, we offer our customers the option to receive their bike fully assembled, tested, and delivered directly to their door by an e-bike specialist. Our specialist will walk you through the functionalities of your new bike and answer any questions you may have.
What's Included in Our Complete Assembly and Premium Delivery Service?
Ready-to-Ride Delivery: For an additional fee of £65, your bike will be fully assembled, tested, and prepared for the road.
Professional Delivery & Specialist Consultation: Our team of e-bike experts will coordinate with you to arrange a convenient delivery schedule. Upon delivery, our e-bike specialist will provide a comprehensive guide to your new bike’s functionalities and address any questions you may have.
Delivery Timeline: Please note that opting for our complete assembly and premium delivery service may slightly extend the delivery period. However, the convenience and personalized assistance make it a worthwhile choice.
Environmentally Conscious Packaging Disposal: We will manage the recycling of all packaging materials, thereby reducing your environmental impact.