10 Best Brooks Womens Trail Shoes 2025 in the United States

The Brooks Women's Cascadia 17 Trail Running Shoe is designed for adventurous runners who need dependable performance across various terrains. It excels in cushioning, thanks to the DNA LOFT v2 midsole, which ensures comfort during long runs on rugged trails. Traction is another strong point, with the TrailTack Green outsole providing reliable grip on both wet and dry surfaces.

Additionally, it incorporates an adaptable stability system that includes a midsole, rock plate, and zonal outsole pods to offer enhanced control on uneven terrain, making it suitable for challenging trails. The Ballistic Rock Shield adds protection from sharp objects while maintaining the shoe's flexibility, aiding in smooth transitions during your run.

On the downside, the shoe's weight, at 1.54 pounds, might be on the heavier side for some users, potentially affecting speed over longer distances. While the canvas material and rubber sole contribute to durability, it might not offer the same water resistance as some other trail shoes, which can be a drawback in wet conditions. Nonetheless, the Cascadia 17 is a solid choice for those prioritizing comfort, traction, and stability on diverse trails.

The Brooks Women’s Cascadia 18 Mountain Trail Running Shoe is designed for those who love running or hiking on rugged terrain. One of its standout features is the DNA LOFT v2 cushioning, which provides excellent comfort, making long runs feel less taxing on your feet. The shoe also boasts a TrailTack Green outsole, which offers great traction, ensuring stability on both wet and dry surfaces. This is particularly important for trail runners, as it helps maintain grip on various terrains.

In terms of fit and comfort, the shoe offers a wide option, accommodating different foot shapes. The breathable mesh upper adds to comfort by allowing airflow, while durable materials help protect against debris during outdoor adventures. The integrated midsole with a ballistic rock shield is a smart feature, providing protection without sacrificing flexibility.

There are a few drawbacks to consider. While the shoe is relatively lightweight at 1.5 pounds, some users might find it a bit bulky compared to other lightweight trail shoes. Additionally, water resistance may be limited, as the shoe's design focuses more on breathability and comfort rather than full waterproofing. Those who frequently run in extremely wet conditions might need to look for alternatives.

The Brooks Women’s Caldera 7 Trail Running Shoe is designed for trail runners seeking comfort and durability over long distances. One of its standout features is the ultra-soft DNA LOFT v3 cushioning, which promises a balance of lightness, responsiveness, and durability, making it ideal for those who run ultra-distances. The shoe also boasts a rugged TrailTrack Green outsole that offers superior traction on both wet and dry trails, which should instill confidence in various terrains. The outsole is also made from 25% recycled materials, adding an eco-friendly touch to its design.

For fit and comfort, the Caldera 7 incorporates a breathable TPEE sandwich air mesh and an improved upper for a secure midfoot fit, which enhances moisture management and protection. The strategic design of the midsole, with raised foam walls and a widened base, adds stability and smooth transitions on uneven ground. However, the shoe's emphasis on cushioning and support might make it slightly heavier compared to minimalist trail shoes, which could be a downside for runners who prefer lighter footwear. Additionally, while the shoe offers moisture management, it does not specifically highlight water resistance, which could be a consideration for those running in extremely wet conditions.

With a lace-up closure and synthetic outer material, the Caldera 7 aims to provide a comfortable, adaptable, and secure fit for diverse trail conditions. It’s a strong contender for trail runners prioritizing comfort and durability, with excellent traction and stability, though potentially at the expense of added weight and water resistance.