Palladium Shoes - Dunelite Moc Cush - Green - Size UK 11

The Palladium Dunelite Moc Cush trainers feature PAMPA-inspired lugs for good grip, making them suitable for light hikes on well-maintained trails and general outdoor walks. However, they are primarily designed for casual wear and may not offer the support or durability required for strenuous or technical hiking.

For general cleaning, use a soft brush to remove dry dirt. For stains, a damp cloth with mild soap and water is recommended. Avoid using harsh chemicals. Always allow the canvas to air dry naturally.

The DUNELITE EVA outsole is extremely lightweight, which significantly reduces foot fatigue and provides enhanced flexibility and comfort throughout the day.

These trainers are designed with a bold, wide fit. Individuals with narrow feet might find them too loose, and may need to use insoles or thicker socks to achieve a more secure fit.

The upper is constructed from durable canvas, offering a classic aesthetic and good breathability for warmer weather.

While the canvas material is durable, it is not waterproof. They are best suited for dry or mildly damp conditions. For heavy rain, consider a more water-resistant footwear option. Treating the canvas with a water-repellent spray can offer some protection.

Moc-stitch detailing refers to a type of decorative stitching, often found on the toe box of shoes, resembling a moccasin construction. It adds a refined and artisanal touch to the design.

Due to the designed wide fit, consider using insoles or thicker socks for a snugger feel. If the fit is significantly uncomfortable, trying a half-size smaller might be an option, depending on availability.

Spot clean the affected area with a damp cloth and a small amount of mild soap. For more significant dirt, use a soft brush with a gentle cleaning solution and rinse lightly. Always allow to air dry.

Ensure the lugs on the outsole are free from mud, stones, or debris. Clean them with a brush or damp cloth. The grip is designed for varied surfaces but may perform differently on extremely slick or oily conditions.