The Hot Take beverage holder offers an innovative way to carry your drink while cycling. Crafted by the experts at PDW (Portland Design Works), this holder is tailor - made for Kleen Kanteen, Miir, and Hydroflask containers. It's perfect for cylindrical vessels, so those tall boys fit right in! The adjustable bottom strap enables it to hold 12 - 24oz containers with ease. Built with three layers for top - notch functionality. The inner layer is lined with soft microfiber that gently cradles your beverage without scratching the container. The outer layer is made of super - tough nylon, ensuring long - lasting durability. An elastic band on the outside can adapt to different bottle sizes. In between, there's a firm yet flexible plastic liner that gives the holder its shape and ensures it never loses form. With three attachment points on the stem, handlebars, and steerer tube, it provides a secure hold, allowing you to ride and sip carefree. Specifications include fitting 12 - 24oz cylindrical containers, attaching at three points to the stem and head tube, being mainly constructed of nylon and microfiber, having a rigid design that retains its shape, and measuring 4.5 inches tall with a 4 - inch diameter.



Using the Hot Take bike beverage cup holder is a breeze. First, adjust the bottom strap according to the size of your 12 - 24oz cylindrical container. Then, place your drink into the holder. The soft microfiber inside will keep your container safe from scratches. Next, attach the holder to your bike's stem, handlebars, and steerer tube using the three attachment points. This will give you a firm hold while you're riding. When it comes to maintenance, you can use a mild soap and water to clean the nylon outer layer and the microfiber inner layer. Just make sure to let it dry completely before using it again. As for precautions, avoid using it with containers that are too large or too small outside the 12 - 24oz range as it might not hold them securely. Also, don't expose it to extreme heat or sharp objects that could damage the materials.