Goode Sport

Ashaway Completes Range of String

A string for every style and level of play - what string should you choose?

After a number of consolidations and introductions, Ashaway's updated line of badminton strings is now structured to provide a string for every style and frequency of play, from weekend shuttlers to the world's top professionals. The complete line now includes two string families: the ZyMax® Fire family of competition strings, which are constructed with a proprietary BETA polymer and Ashaway's patented ZyWeaVe™ core technology; and the newest introduction to the line, Ashaway's Rally® 21 Fire, also made with BETA polymer.


The ZyMax Fire line includes four strings, each designed to optimize the various characteristics of BETA polymer and ZyWeaVe construction. These include sensational elasticity and dynamic stiffness for excellent feel and repulsion; optimum strength and durability; and exceptional tension holding ability for consistent performance. This combination allows players to select a string tailored to their individual games, while providing superior tension holding and durability.


ZyMax 62 Fire is a 0.62 mm micro gauge string designed for maximum repulsion and shuttle response. Both ZyMax 66 Fire and ZyMax 66 Fire Power are 0.66 mm strings designed for high performance players, with 66 Fire tailored to provide precise shot making and 66 Fire Power designed to provide maximum power and explosive repulsion. ZyMax 69 Fire is the heavyweight of the group, geared to provide exceptional durability and string life.


The most recent addition to Ashaway's Badminton string line, Rally 21 Fire, is an evolution of Ashaway's classic Rally 21 with a new core material. Designed for players at all levels the new 0.70 mm Rally 21 Fire is constructed of Ashaway's proprietary Beta Polymer, and provides a 25% improvement in dynamic stiffness and elasticity over its predecessors, as well as a 25% improvement in knot and sheer strength. These improvements maximize shuttle speed, provide optimum strength and durability, and minimize tension loss for overall consistent performance.