10 Best Kids Hiking Shoes 2026 in the United States

The Merrell Trail Chaser Hiking Sneaker is designed for kids who enjoy outdoor adventures, offering a good balance of comfort and performance. Its low-top design paired with a hook-and-loop closure ensures a secure, adjustable fit that’s easy for kids to manage on their own. The suede and mesh upper provides breathability, helping to keep feet cool, but this combination may not be fully waterproof, so the shoes could struggle in very wet conditions.

The outsole features Merrell's M Select GRIP rubber, which delivers dependable traction on various surfaces, making it safer for kids when hiking on trails. The removable EVA footbed adds cushioning and can be replaced if needed, enhancing comfort during long walks. At just over a pound, these shoes are lightweight, which helps prevent fatigue in little feet. Durability is supported by the suede material and solid sole, though the mesh areas might show wear faster if used heavily in rough terrain.

These sneakers represent a solid choice for kids starting hiking or needing versatile outdoor shoes, especially in mild to dry environments, but they might not be the best option for consistently wet or extremely rugged trails.

The Merrell Trail Chaser hiking shoe is designed for kids who enjoy outdoor adventures, offering a good balance between comfort, support, and durability. Its low-top suede and mesh upper helps keep feet comfortable and breathable, which is important for active little feet. The hook-and-loop closure makes it easy for kids to secure the shoe snugly without much hassle, supporting a stable fit during hikes.

For traction, the non-marking rubber outsole with M Select GRIP provides reliable grip on various surfaces, helping to prevent slips on trails. While the shoe doesn’t specifically mention waterproofing, the combination of suede and mesh suggests it’s better suited for dry or mildly damp conditions rather than heavy wet weather. The removable EVA footbed adds some cushioning, contributing to comfort and support. At about 1.1 pounds, it’s reasonably lightweight, so kids won’t feel weighed down during play or hikes. Durability seems solid given the leather fabric and rubber sole, making it a practical choice for active children.

This hiking shoe fits well for young kids who need comfortable, stable, and fairly tough footwear for light to moderate hiking and outdoor play, especially in dry conditions. However, if waterproof protection is a priority, parents might want to look for options with dedicated waterproof materials.

The KEEN Targhee 4 Mid Height Hiking Boots for kids excel in several areas crucial for young hikers. In terms of fit and comfort, the boots feature a lace lock bungee capture system, making it easy for kids to put on and take off the shoes while ensuring a secure fit. The combination of durable premium leather and breathable mesh materials helps to strike a balance between durability and comfort, ensuring the boots don't compress over time.

Support and stability are enhanced by the mid-height ankle design, which provides additional protection and reduces the risk of injury during hikes. Traction is another strong point, thanks to the high abrasion rubber soles that offer good grip on various surfaces, making them suitable for diverse terrains. The waterproof feature, provided by the KEEN.DRY membrane, ensures that feet stay dry, which is essential for comfort during long hikes. The breathability aspect of the membrane also helps in maintaining comfort by allowing moisture to escape.

Durability is further improved by the high abrasion rubber tip, adding an extra layer of protection where it's needed most. One potential drawback could be the weight, as durable materials like leather can sometimes make boots heavier, which might be tiring for younger children after extended periods. However, the convenience of being machine washable is a notable advantage for parents, making maintenance easier. These boots are a solid choice for kids who are serious about hiking, especially in varied weather conditions.