Palladium - Pampa Hi Trainers - Beige - 13

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Currently unavailable
The Palladium Pampa Hi Trainers are designed for urban explorers and adults seeking a blend of athletic comfort and rugged boot durability. These sneakerboots offer a versatile, monochrome aesthetic that transitions seamlessly from casual commutes to weekend city adventures, though users should note that the high-top canvas construction requires a short break-in period for optimal comfort.
| Gender | Unisex |
|---|---|
| Age Group | adult |
| Colour | Beige |
| Shoe Type | Trainers |
| Shoe Size UK | 13 |
| Series | Pampa Hi |
| Brand | Palladium |
They are made of canvas and are not inherently waterproof, though they are water-resistant to light moisture.
Generally, yes, but if you intend to wear thick winter socks, some users prefer to go up a half size.
While they are durable for city walking, they are designed primarily as lifestyle urban sneakerboots rather than technical hiking gear.
Keep them clean with regular brushing and store them away from direct sunlight to prevent potential color fading over time.
The rubber outsoles offer good grip for typical city surfaces like pavement and tile, but use caution on wet, slick surfaces.
Wear the shoes for short periods indoors over several days to allow the canvas to mold to your foot shape.
Use a specialized sneaker cleaner or a mild soap solution with a soft cloth; avoid harsh detergents that may discolor the beige fabric.
Double knot the laces or replace them with higher-friction cotton laces if the original pair slips.
To ensure the longevity of your Pampa Hi trainers, begin by loosening the laces fully to accommodate your foot during the initial wear. If you plan to use them in varied environments, apply a fabric-safe water repellent spray to the canvas to help protect against light splashes and stains. Cleaning is straightforward: wipe the exterior with a damp cloth and mild soap. For the rubber soles, a soft-bristled brush will remove dirt from the tread. Avoid machine washing, as high heat and heavy agitation can compromise the adhesive bonding and structural integrity of the boot.