Nope, won't do a thing other than allow the ball to go as straight as any other barrel.
The ball is never a perfect seal, hence, air is already blowing past the ball as it progresses down the barrel. If there is nothing to physically alter the balls path, it will exit in-line, regardless of where you direct the air.
Your theory is along the same lines as the bolt design that directed the air burst to the bottom of the ball at the start. It was thought to spin the ball at launch. With small paint and a big bore, it would accidently work on occasion, but there was no accuracy, efficiency, or enough success to make it viable.
The ball is still the one equalizing factor in this game. Regardless of how you launch it, or what you launch it from, it is still an imperfect sphere that will surrender to the will of physics and atmospheric conditions during its flight.
The ball is never a perfect seal, hence, air is already blowing past the ball as it progresses down the barrel. If there is nothing to physically alter the balls path, it will exit in-line, regardless of where you direct the air.
Your theory is along the same lines as the bolt design that directed the air burst to the bottom of the ball at the start. It was thought to spin the ball at launch. With small paint and a big bore, it would accidently work on occasion, but there was no accuracy, efficiency, or enough success to make it viable.
The ball is still the one equalizing factor in this game. Regardless of how you launch it, or what you launch it from, it is still an imperfect sphere that will surrender to the will of physics and atmospheric conditions during its flight.




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