WGC Match Play 2023: Sleeper Picks and Value Bets Revealed by Experts

Explore expert insights on sleeper picks Taylor Moore, Tommy Fleetwood, and more for the WGC Match Play 2023. Uncover valuable betting opportunities and strategic advantages that could enhance your golf experience.

tommy-fleetwood-sleeper

Sleeper Picks Offer Value Ahead of WGC Match Play 2023

Published: March 21, 2023 | Source: BBC Sports

As the golfing world turns its attention to the upcoming WGC-Dell Technologies Match Play in Austin, Texas, sports analyst Rob Bolton has identified several “Sleeper Picks” that could present exceptional value for savvy bettors.

  • Taylor Moore (+6600) has been steadily building momentum, delivering a top-5 finish at the Texas Children’s Houston Open and a top-20 result at the Masters. His impressive debut at the RBC Heritage last year, coupled with his consistent performances on the PGA TOUR, make him an intriguing option to potentially capture the title.

  • Another player garnering attention is Tommy Fleetwood (+333), who was initially overlooked in Bolton’s Power Rankings but now presents a tempting opportunity. The Englishman has a strong track record at Harbour Town, including a personal-best T10 in 2022, and arrives on the heels of consecutive top-10 finishes.

  • Thomas Detry (+650) is another sleeper worth considering, having showcased his game’s improvement around the greens, as evidenced by his recent co-runner-up finish at the Texas Children’s. His ability to adapt to Harbour Town’s small putting surfaces could provide an advantage.

  • Tom Hoge (+200) and Adam Svensson (+200) also find themselves in the mix, with Hoge boasting a consistent run of form and a fondness for the course, while Svensson’s tee-to-green prowess could serve him well in the no-cut event.

As the golfing world eagerly awaits the commencement of the WGC-Dell Technologies Match Play, these Sleeper Picks offer sports enthusiasts and bettors alike an opportunity to potentially capitalize on some intriguing value propositions.

🔗 Source