The Ping G440 LST Fairway Wood is a new addition to Ping’s lineup of fairway woods, designed for golfers with fast swing speeds and high spin rates. In this review, we will be taking a closer look at the performance of this club both indoors and on the golf course. The G440 LST features a Titanium 8-1-1 body, a tungsten sole plate, and a Carbonfly Wrap crown, all of which contribute to its low-spin design.
The design of the G440 LST fairway wood is modern and tech-heavy, with a matte finish and a triangular head shape. The Carbonfly Wrap crown helps to redistribute weight from the crown to lower the center of gravity, increase ball speed, and improve forgiveness. While the club has a different sound than some of the top fairway woods on the market, it still has a distinct Ping feel to it. Overall, the club looks the part and is visually appealing.
In terms of performance, the G440 LST produced lower spin rates compared to the G440 Max model. However, the data collected from testing shows mixed results, with minimal improvements in launch angle and ball speed. The club produced slightly more yards in carry and total distance, but the differences were marginal. On the golf course, the LST was found to be more suited for tee shots, producing a penetrating ball flight with plenty of roll.
Despite its performance benefits for high-speed players, the G440 LST may not be the best choice for every golfer. The club’s price point of $600 is significantly higher than the G440 Max model, and the performance differences may not justify the cost for some players. It is important to consider whether the low-spin design and high launch characteristics of the LST fit your playing style and preferences.
Overall, the Ping G440 LST Fairway Wood is a solid option for golfers looking for a low-spinning club with a modern design. While it may not offer significant improvements in performance compared to other models in the lineup, it can still be a valuable addition to the bag for certain players. It is recommended to try out the club for yourself and see how it performs in real-life scenarios before making a decision to purchase.
