Zone3 Women's Advance Wetsuit

House Of Fraser £175.00 Go to House Of Fraser First seen in Oct 2023

Description

The Advance Wetsuit has long been recognised as the undisputed best entry-level wetsuit on the market. After winning the ‘Best on Test’ award, 220 Triathlon Magazine commented: ‘The Advance wouldn’t feel out of place against many of the mid-range products available at twice the price’ and that it was ‘a brilliant all-rounder that comes at a great price’. Building upon these already lofty foundation blocks, the latest edition of the Advance takes another huge step forward. Most notably, it now features the world’s highest-performing YAMAMOTO neoprene rubber. Still maintaining its modest price tag, the Advance wetsuit is the perfect choice for beginner or intermediate swimmers looking for a comfortable and performance-focused wetsuit for training, racing or simply exploring the open water. Key Features: -Brand New 1. 5mm Yamamoto #39 SCS Free-Flex shoulder panel design provides high levels of flexibility, comfort and efficiency with each stroke. -16% weight reduction versus the 2020 model whilst still maintaining the same levels of buoyancy and warmth. -10 different materials used to ensure maximum performance, comfort and durability whilst still maintaining a low price point. -No nylon panels or external flatlock stitching to prevent water entry and improve speed and comfort. -AQUA-X coatings used to minimise drag and increase speed through the water. -Smoothskin fabric used to prevent water from permeating the suit and weighing it down. -4mm core support buoyancy panels on the upper legs help to keep the legs towards the surface of the water and therefore significantly reducing drag and fatigue. -High Visibility¿prints to help stand-out when in the water -Slimline Pro-Speed cuffs offer superior removal speed. -Laser Precision collar provides a comfortable ‘soft-close’ fit around the neck. -Raglan sleeve panel layout offers increased flexibility to allow for greater stroke efficiency. -Eco-Friendly Neoprene is derived from naturally occurring limestone and