CAT Theorem Midnight Trainers - Blue - Size: 10

The upper is crafted from a combination of waxy distressed leather and PU-coated suede, offering both durability and a premium look.

While the materials offer some resistance to light moisture, these trainers are not designed to be waterproof. Avoid prolonged exposure to heavy rain or standing water.

Use a soft brush for dust. For tougher marks, a slightly damp cloth is recommended. Consider using a leather balm suitable for distressed finishes for conditioning, testing on a hidden spot first.

The 100% post-industrial recycled lining and sock lining enhance breathability and moisture management while supporting Cat Footwear’s commitment to eco-conscious design.

The shoe features a durable T1557 rubber outsole, specifically designed for reliable traction across urban terrain.

These trainers are designed for comfort and style in casual settings and urban environments. They are not intended for high-impact sports or running due to their construction and cushioning profile.

The CAT Theorem Midnight Trainers are available in various adult men's sizes, including UK 10 as specified for this guide. Please check the product listing for the full range of available sizes.

New shoes, especially those made of leather, often require a break-in period. Wear them for short periods initially and gradually increase wear time. The molded PU foam footbed will also adapt to your foot shape over time.

Ensure the rubber outsole is clean and free from excessive mud, dirt, or oil, which can reduce grip. While designed for urban terrain, extreme conditions or highly polished surfaces may naturally reduce traction.

The waxy distressed leather may need conditioning. Apply a small amount of leather balm specifically designed for this finish, following product instructions, and test on an inconspicuous area first.

Check for any debris inside the shoe. The recycled lining is designed for comfort, but an initial break-in period may be necessary. Ensure socks are worn appropriately to prevent rubbing.