Men's Timberland Maple Grove Lthr Chk wheat trainers (TB0A5PRV2311)

Men's Timberland Maple Grove Lthr Chk wheat shoes are an excellent choice for men who value classic style and durability. Made from natural leather, they provide optimal breathability and all-day comfort. The high tops add elegance and emphasise a modern style, while also offering additional support and protection for the ankles.

Innovative Timberland® technologies

The men's Timberland Maple Grove Lthr Chk wheat shoes are enhanced with Premium Timberland® Leather technology, which guarantees the highest quality leather. This technology provides exceptional softness and durability, translating into the product's longevity. Additionally, the ReBOTL™ technology utilises recycled materials, highlighting Timberland's responsible approach to environmental protection.

Durable outsole

The outsole of the men's Timberland Maple Grove Lthr Chk wheat shoes is made of rubber, providing excellent traction on various surfaces. The use of rubber in the outsole's construction ensures its flexibility and abrasion resistance, which is crucial for comfort and safety during use. The laces as a type of fastening allow for individual adjustment of the shoe to the foot, which is extremely important for maximum comfort.

Ecological aspect

The men's Timberland Maple Grove Lthr Chk wheat shoes also stand out due to the use of recycled materials. By using recycled materials, Timberland promotes sustainability and care for the natural environment. This approach underscores the brand's commitment to creating products that are not only stylish but also planet-friendly.

Men's Timberland Maple Grove Lthr Chk - features:

• Upper material made from natural leather ensuring durability and breathability;
• High tops providing support and ankle protection;
• Premium Timberland® Leather technology ensuring the highest quality leather;
• ReBOTL™ technology utilising recycled materials;
• Rubber outsole guaranteeing excellent traction and flexibility;
• Laces allowing for individual adjustment;
• Ecological approach with the use of recycled materials.