Develop Real Power
"By focusing on lag, I’ve learned to keep my hands back while my lower body initiates the swing, which translates into more force through the ball."
Elevate Your Training
"I love using the Aero-Bat prior to getting in cage work. It helps me find activate my muscles so I can get the most out of my training."
Increase Your Speed
"I noticed a real difference in my bat speed during games—I'm hitting the ball harder and my hand speed has improved."
AERO-BAT Baseball/Softball Swing Speed Trainer and On-Deck Warm Up Device
Improve Your Game
The Perfect On-Deck Trainer
Improve Your Game
The Perfect On-Deck Trainer
Aero-Bat uses wind resistance to slow down bat speed and properly warm up the body before competition. Our patented Pineapple design makes adjusting resistance levels quick and easy.
The Aero-Bat on deck trainer feels heavier than a baseball/softball bat when swung. When a player makes the transition to the plate without this added resistance, bat speed is increased. This increase in bat speed increases hitting distance upon contact.
Most swing speed training devices involve some weights. Putting a lot of weight on the end of a bat can be dangerous and lead to unnecessary injury. Aero-Bat uses wind resistance to slow down swing speed and properly warm up the body before competition, minimizing the risk of injury.
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Aero-Bat - Best Swing Speed Trainer on the market!
- 415 views
- 4 months ago
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Lag Creation Loading The Barrel
- 2k views
- 1 year ago
No, this is strictly a warm up and speed training device.
No, Aero-Bat uses patented air drag technology to naturally resist your swing. Aero-Bat’s light-weight design makes it safe for everyone to use. Weighted products have been known to cause injury while training.
Airflow through the product's patented air drag technology naturally resists your swing. Aero-Bat will slow down your swing speed by approximately 20-25 MPH. When Aero-Bat pineapples are removed, you will see and feel a noticeable difference in swing speed.
1 mph of bat speed = 1.2 mph of exit velocity = 7 ft of distance