The Yonex Nanoflare 800 LT Badminton Racket is the lighter version of the hugely popular Nanoflare 800. Designed for rapid speed attack and defence, this racket is for advanced players who love to rely on speed and change of pace in their game to win points.

The Nanoflare 800 LY is best suited to the fast flat game often seen in higher level doubles matches. It features a stiff flex shaft for ultimate precision, with a light head allowing extremely fast racket head reactions, particular when defending smashes or in flat rallies.

The ISOMETRIC™ equalizes the length of the main and cross strings in the string-bed, enlarging the sweet spot for more consistent accuracy even on off-centre hits.

The built-in solid feel core cuts harmful miscellaneous vibration at impact. Solid feel core is carried in all racquets manufactured in Japan.

Combines solid hitting feel and quick swing.

‘NEW’ Built-in T-Joint is manufactured from a special lightweight plastic combined with epoxy resin and foaming agent that enhances quality and performance by increasing the stability of the shuttle on the string bed and through the air.

Ultra slim shaft, one of the slimmest ever produced by YONEX vastly reduces air resistance whilst providing maximum feel.

The control support cap provides an 88% wider flat surface compared with an ordinary racquet for easier gripping, fast follow-through and the sharpest maneuverability.

Torayca MX Carbon Fibers Boast Higher Compressive Strength & Tensile Modulus In the development of the Torayca MX series, Toray further pursued both fiber strength and tensile modulus, which are in a trade-off relationship, to the utmost limit and applied technology to improve the orientation by closely controlling the graphite crystal structure in a nano order. It succeeded in improving the tensile strength of M40X, the first variety of Torayca MX series, by about 30% while retaining the equivalent tensile modulus to conventional carbon fibers.

The single-pass grommet hole construction provides more grommet holes for a more high-performance stringing pattern.