WHY FACE-TO-FACE, DYNAMIC CUSTOM FITTING MATTERS
OPTIMISE PERFORMANCE – there are thousands of potential specifications to maximise the performance of a golf club; don’t guess which are right for you and miss out on increased distance and improved accuracy.
OPTIMISE BALL FLIGHT – if you’re hitting it too low or too high, you’re likely to be missing out on important distance.
IMPROVE CONSISTENCY – whether you’re a Tour Player or a beginner golfer, everyone will shoot lower scores by being more consistent and it starts with your equipment being custom fit for your personal game.
PURCHASE WITH CONFIDENCE – a custom fitting will give you the confidence to know that you’ve tested all of the options and you’re now investing in equipment that is going to take your game to a new level.
Description
Step onto the green in style with the women's S2G Spikeless 24 Golf Shoes from adidas. These low-rise shoes offer a regular fit and are expertly crafted from synthetic materials and a textile upper, ensuring durability and breathability. With a rubber outsole providing confident grip, you can stride across the course with ease. Whether you're on the streets or the fairway, these shoes are ideal for versatile wear, with a lace closure system ensuring a snug fit for seamless transitions between shots. Experience the perfect fusion of comfort, style, and performance that adidas is renowned for on any golf course.
Key Features:
- Ripstop Upper: Enjoy protection, breathability, and durability with the ripstop upper construction.
- Ortholite Sockliner: Indulge in comfort and maintain the perfect foot climate with the OrthoLite sockliner.
- TPU Heel Clip: Benefit from ultimate stability courtesy of the TPU heel clip.
- ADIWEAR™ Technology: Enhance durability and traction with adidas' signature ADIWEAR™ technology.
- Water Protection: Keep your feet dry in wet conditions with the waterproof upper material.
- LIGHTSTRIKE Midsole: Experience a super-lightweight, cushioned, and responsive ride with the LIGHTSTRIKE midsole crafted from EVA material.