Allbirds Men's Tree Dasher 2
The Allbirds Men's Tree Dasher 2 represents the next evolution of the brand’s best-selling running shoe, meticulously designed to support a variety of activities including everyday runs, walks, and light workouts. Crafted from lightweight and breathable eucalyptus fiber, the Tree Dasher 2 offers enhanced comfort and ventilation to keep your feet cool during exercise. This updated model features a lighter, more responsive foam midsole that provides superior cushioning and energy return, allowing for a smoother and more efficient stride. Additional improvements include an extra-grip outsole for better traction, a padded heel collar that reduces slipping, and an improved fit that ensures stability and comfort throughout your movement. With its thoughtful design and sustainable materials, the Tree Dasher 2 not only elevates your athletic performance but also helps keep you aligned with nature’s well-being.
SPECIFICATIONS
• Brand: Allbirds
• Gender: Men
• Next evolution of Allbirds’ best-selling running shoe, the Tree Dasher
• Designed to support a variety of activities: everyday runs, walks, and light workouts
• Made from lightweight and breathable eucalyptus fiber for enhanced comfort and ventilation
• Keeps feet cool during exercise
• Features a lighter, more responsive foam midsole for superior cushioning and energy return
• Provides a smoother and more efficient stride
• Includes an extra-grip outsole for improved traction
• Padded heel collar reduces slipping
• Improved fit ensures stability and comfort throughout movement
• Combines thoughtful design with sustainable materials
About Brand
Allbirds is a sustainable footwear and apparel brand known for its commitment to eco-friendly materials and minimalist design. Founded in 2016, the company has gained widespread acclaim for creating comfortable, stylish shoes primarily made from natural fibers such as merino wool, eucalyptus tree fibers, and sugarcane-based foam. Allbirds emphasizes environmental responsibility throughout its production process, aiming to minimize carbon emissions and reduce waste.
