Outdoor Research

PackOut Compression 15L Stuff Sack

40D Nylon Ripstop is a durable fabric specifically designed for outdoor gear. The "40D" indicates the thickness of the fibers, making it strong enough to withstand wear and tear. The "Ripstop" technique incorporates a grid pattern of stronger threads, which helps prevent small tears from spreading. This means your stuff sack will last longer and protect your gear better, especially in rugged conditions.

The PU coating, which stands for polyurethane, is a protective layer applied to the nylon fabric. This coating makes the stuff sack water-resistant, ensuring that your belongings stay dry even in wet conditions. Additionally, it adds durability by protecting the fabric from abrasions, making it ideal for outdoor adventures.

A roll-top closure is designed to create a secure seal by rolling down the top of the bag and fastening it. This design effectively keeps out water, dirt, and debris, ensuring that your gear remains protected from the elements. It's particularly useful for outdoor activities where exposure to moisture is a concern.

The compression feature allows you to tighten the stuff sack using its two-strap design, reducing its volume and making it more compact. This is especially beneficial for bulky items, as it saves space in your backpack or during travel. By compressing your gear, you can fit more into your bag and keep everything organized.

A semi-translucent design means that the fabric allows some light to pass through, making it easier to see the shapes and colors of the items inside without fully opening the sack. This feature is convenient for quickly identifying your gear, helping you stay organized and save time during your outdoor activities.

Yes, the stuff sack is designed to be versatile and suitable for a wide range of outdoor activities, including camping, hiking, and traveling. Its durable materials, water-resistant features, and compact design make it an excellent choice for anyone looking to keep their gear organized and protected in various environments.