Allbirds Men's Tree Dasher 2 - Utility
The Allbirds Men's Tree Dasher 2 is a versatile and innovative active shoe designed for everyday performance, combining utility with comfort. Crafted from natural materials, this sneaker features a breathable knit upper made primarily from eucalyptus tree fibers, offering excellent ventilation and a lightweight feel that keeps your feet cool during intense activities or daily wear. Its sustainable construction reflects Allbirds’ commitment to eco-friendly practices without compromising durability or functionality. The shoe incorporates advanced cushioning and responsive support to enhance comfort and stability, making it ideal for running, training, or casual outings. With a sleek, minimalist design and reliable traction, the Tree Dasher 2 seamlessly blends performance and style, catering to those who seek an environmentally conscious yet high-performing footwear option.
SPECIFICATIONS
• Brand: Allbirds
• Gender: Men
• Versatile and innovative active shoe designed for everyday performance
• Combines utility with comfort
• Crafted primarily from natural materials
• Breathable knit upper made from eucalyptus tree fibers
• Offers excellent ventilation and lightweight feel
• Keeps feet cool during intense activities or daily wear
• Sustainable construction reflecting Allbirds’ eco-friendly commitment
• Durable and functional despite eco-friendly materials
• Incorporates advanced cushioning for enhanced comfort
• Provides responsive support for stability
• Suitable for running, training, and casual outings
• Features a sleek, minimalist design
• Equipped with reliable traction for various surfaces
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.
