Palladium Pallarider Mid Wp+ safari boots (79108-215-M)

Palladium Pallarider Mid Wp+ safari shoes are the ideal choice for those seeking stylish and functional footwear for all weather conditions. Made from synthetic materials, these shoes are highly durable and resistant to damage. Thanks to their waterproof design, they are perfect for rainy days, ensuring dryness and comfort even in adverse conditions.

Vibram® Technology

Palladium Pallarider Mid Wp+ safari shoes feature a Vibram® outsole, which guarantees excellent traction on various surfaces. This technology is known for its durability and reliability, making the shoes suitable for both urban terrain and hiking trails. As a result, the user can enjoy stability and confidence with every step in any conditions.

Practical Construction Solutions

The high upper of the Palladium Pallarider Mid Wp+ safari shoes provides additional ankle support, increasing comfort during longer walks. The medium width of the upper allows for an optimal fit to the foot, while the laced closure enables individual adjustment of the shoe to the user’s needs. Rubber reinforcements at the front of the shoe additionally protect against mechanical damage.

Sustainability

Palladium Pallarider Mid Wp+ safari shoes have been designed with the environment in mind. The use of recycled materials highlights the Palladium brand's commitment to sustainability. The recycled materials used in the production of the footwear help reduce the negative impact on the environment, making these shoes not only a functional choice but also an eco-friendly one.

Palladium Pallarider Mid Wp+ shoes - features:

• Waterproof construction providing protection against moisture;
• Vibram® technology ensuring exceptional grip on various surfaces;
• High upper offering ankle support;
• Medium width upper for optimal fit;
• Laces allowing for individual adjustment;
• Rubber reinforcement at the front of the shoe for increased durability;
• Use of recycled materials supporting environmental protection;
• Recycled materials reducing negative impact on the environment.