Columbia Redmond V2 LTR

Columbia Redmond V2 LTR, a hiking shoe that adapts to any type of terrain, regardless of its complexity, to offer you a quality response. It incorporates some of the most outstanding features in Hiking shoes: cushioning, protection and traction to make the most of your libre adventures. In addition, it has been optimized to face the most closed and inaccessible trails.

Strengths of the Columbia Redmond V2 LTR

The Redmond V2 LTR has been designed to offer a quality response in the most difficult and uneven terrain. A Hiking shoes that stands out for permanent cushioning and comfort without giving up, of course, the traction and grip you need so much. These Columbia Redmond V2 LTR have been optimized to deliver superior performance during your libre hiking trails for an unbeatable experience.

The remarkable cushioning capacity of this Columbia model ensures superior shock absorption. The midsole present in this hiking shoe offers a response adapted to the most demanding and uneven terrain for you to enjoy a more stable, comfortable and efficient tread.

The upper of these Redmond V2 LTR has been made with a fabric that favors greater breathability. An upper optimized to improve support and fit during outdoor activities without sacrificing, of course, the comfort you need so much. In addition, this fabric will offer you greater protection against the different external elements.

The outsole of these ColumbiaRedmond V2 LTR has been manufactured through a rubber compound capable of providing permanent traction and grip. A compound that, together with the multidirectional tread pattern, guarantees a quality response on any type of terrain. In addition, this strategic area of the shoe has been reinforced to prevent slipping while hiking.

Technologies used in the Columbia Redmond V2 LTR

• TECHLITE: The EVA composition of the midsole of this Columbia hiking shoe ensures a clearly responsive and lightweight cushioning, thanks to which it includes a high level of shock absorption, as well as a higher energy return with each step.