AXE PRODUCT DETAILS
Axe Pro Series Maple Wood Baseball Bat | 243 Turn | Axe Handle
- Power 243 turn offers a large, full barrel with a more aggressive handle taper – ideal for power hitters or players who prefer a more end-loaded feel
- Made from hand-split, hard maple billets – the same premium wood used by the pros
- Newly developed Charged Finish, meticulously applied in a seven-step process, delivers our hardest, most durable, and highest-gloss wood barrel
- Steel-hardening technique used to compress the wood grain, making it harder and denser, so the ball jumps off your barrel
- Pro ink dot showing slope of grain
- Patented Axe Handle for Speed and Control
- 30-day limited warranty
- Model: L125P
Unleash unmatched power with the Axe Pro Series Wood 243 Turn, meticulously crafted for players who crave a large, end-loaded barrel. The Power 243 turn design offers a full barrel with a more aggressive handle taper, delivering an ideal swing weight for power hitters and players seeking maximum momentum at contact.
Hand-split from the same hard maple billets trusted by pros, this bat is built to deliver elite performance. Our newly developed Charged Finish is applied in a precise seven-step process, creating the hardest, most durable, and highest-gloss wood barrel we’ve ever produced. Paired with our steel-hardening technique, which compresses and densifies the wood grain, this bat provides a harder, denser hitting surface that propels the ball off the barrel with explosive power.
Equipped with our patented Axe Handle, the 243 Turn gives you ultimate control, power, and whip on every swing, and the pro ink dot verifies the quality of the grain slope. With a 30-day limited warranty, this bat is designed to perform at the highest level while standing the test of time.
Who It's For:
The 243 turn model is popular with power hitters who can handle a heavier, end-loaded bat. The extra mass in the barrel allows these players to generate more power on contact, making it a favorite among players looking to maximize distance and exit velocity.