The MICHELIN Heavy Duty Inner Tube is the ultimate choice for riders who demand excellence in their off-road adventures. Designed specifically for challenging terrains, this inner tube features a robust construction that can withstand the rigors of rough conditions. With a wall thickness of 2.7 mm, it provides outstanding durability and ensures that you can push your limits without worrying about punctures or pinch flats.

One of the key attributes of the MICHELIN Heavy Duty Inner Tube is its reinforced design. This feature makes it particularly suitable for off-road applications, where the risk of damage is significantly higher. Whether you are navigating through rocky trails or tackling muddy paths, this inner tube offers superior protection, allowing you to focus on the ride rather than potential tire issues.

This inner tube is compatible with a variety of dirt bikes, ensuring that you can find the perfect fit for your vehicle. It fits models such as the COBRA CX65 (2007-2020), DCx65 (2003), and several Honda models including the CRF110F (2013-2020), CRF70F (2004-2012), and XR70 (1997-2003). This wide range of compatibility makes it an ideal choice for both seasoned riders and those just starting their off-road journey.

The TR-4 valve type provides added convenience during installation and maintenance, delivering a secure and reliable connection to your tire. Its straight metal design is not only durable but also designed to reduce the chance of leaks, ensuring that your ride remains smooth and trouble-free.

In summary, the MICHELIN Heavy Duty Inner Tube stands out with its exceptional quality and performance. For anyone looking to enhance their off-road experience, investing in this inner tube means choosing reliability and strength. Whether you are navigating through challenging environments or simply enjoying a day out on the trails, this inner tube will not disappoint.

Choose the MICHELIN Heavy Duty Inner Tube for your next adventure and experience the confidence that comes with superior protection and performance.