Converse Chuck Taylor All Star Trance High Top Shoes Bone Limited US item no. 436970

The CONVERSE Chuck Taylor All Star Trance High Top Shoes in Bone is a contemporary take on the classic Chuck Taylor design, offering a unique and stylish option for sneaker enthusiasts.

The CONVERSE Chuck Taylor All Star Trance High Top Shoes in Bone is perfect for anyone looking for a stylish and comfortable sneaker that combines classic elements with a modern touch. Whether you’re running errands or hanging out with friends, these high-tops are a great choice for adding a touch of style to your look.

The bone color adds a modern twist, making it a versatile choice for various outfits. Here’s a closer look at its key features:

Key Features

High-Top Canvas Upper

• Crafted from durable canvas, the upper features a bone color that adds a fresh, neutral tone to the classic silhouette. The high-top design provides added ankle support and a unique aesthetic.

Iconic Chuck Taylor Branding

• The shoe retains the classic Chuck Taylor All Star elements, including the recognizable ankle patch, ensuring that it stays true to its heritage while offering a modern flair.

Vulcanized Rubber Sole

• The sneaker is equipped with a vulcanized rubber sole for enhanced durability and flexibility. This construction allows for great board feel and traction, making it suitable for both casual wear and light activities.

Padded Collar for Comfort

• A lightly padded collar offers additional comfort and support, allowing for a snug fit around the ankle, which is particularly beneficial for extended wear.

Stylish and Versatile Design

• The bone colorway makes this sneaker easy to pair with a variety of outfits, from casual jeans and shorts to dresses or skirts, making it a great addition to any wardrobe.

Additional Details

• Style: High Top, providing a fashionable and supportive fit.

• Material: Durable canvas upper with a rubber outsole for traction and comfort.

• Care Instructions: Spot clean with a damp cloth; avoid machine washing to maintain the integrity of the materials.