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Storm DNA Vs Roto Grip Clone | Which Asymmetrical Solid Is Better??
Storm DNA vs. Roto Grip Clone: A Battle of Asymmetrical Bowling Balls
In the world of bowling, choosing the right ball can make all the difference. Luis Napoles compares two popular asymmetrical solids: the Storm DNA and the Roto Grip Clone. While both balls offer bowlers a strong and aggressive option, their out-of-the-box surface preparations create distinct differences on the lane. The DNA comes with surface, providing an earlier and smoother reaction, while the Clone boasts a polished finish, resulting in a cleaner path through the front part of the lane and a more angular motion down lane. This video explores which ball might be better suited for your game based on your desired ball reaction.
Napoles tests both bowling balls on a typical house shot at Sam’s Town, noting his observations on their performance. He finds that the DNA’s surface allows it to hook earlier and provide a smoother motion, while the Clone’s polish creates a cleaner entry angle and sharper backend reaction. He also notes that, for him, the Clone seems to be a stronger ball overall, forcing him further left on the lane to achieve the same results as the DNA. Napoles emphasizes that both are excellent choices for tournament play, especially when facing challenging lane conditions.
Throughout the video, Napoles encourages viewers to share their preferences for asymmetrical solids. Do you prefer them with surface or polish? Understanding the nuances of ball reaction and surface preparation is crucial for any bowler looking to enhance their game. By providing a side-by-side comparison of the Storm DNA and the Roto Grip Clone, Napoles equips viewers with the knowledge to make informed decisions about their bowling equipment.
Roto Grip Clone Bowling Ball
We are dedicated to improving players’ ability to conquer various lane conditions and comply with governing rules. This led us to create the asymmetrical Cloned E.T.™ Core (Equalizer Technology Core). By featuring built-in cavities, this avant-garde technology can increase weight displacement after drilling, without the need for a balance hole, resulting in greater ball motion.
Engineered for medium-heavy to heavy oil conditions, this cloned E.T.™ Core is truly exceptional. The base of the inner block contains built-in cavities, mirroring the effects of an extra hole, depending on your chosen drill. Given balance holes are no longer legal in sanctioned competition, we’ve devised a solution for capturing more flare potential and dynamics.
Our innovative E.T.™ Core boasts a lower RG and high differential, the perfect recipe for increased flare potential. However, by integrating these “equalizer cavities”, we’ve unlocked even more built-in dynamics after drilling.
Experience unrivaled midlane traction and friction response with the new OptiTrax Solid Coverstock’s blend. Its prolonged texture ensures your ball maintains maximum performance by displacing oil faster than other coverstock materials on the market today.
BRAND | |
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BOWLING BALL CORE SHAPE | |
BOWLING BALL CORE NAME | |
BOWLING BALL COVERSTOCK TYPE | |
BOWLING BALL COVER NAME | |
RADIUS OF GYRATION: RG (15LB) | |
DIFFERENTIAL: DIFF (15LB) | |
MASS BIAS STRENGTH | |
FLARE POTENTIAL | |
SURFACE FINISH | |
BALL PERFORMANCE LEVEL | |
BALL LANE CONDITIONS | |
BOWLING BALL COLOR | |
BALL WEIGHT |
Storm DNA Bowling Ball
You may have already seen how a bowling ball is made. We start from the innermost part, the weight block, and work our way out. In this case, it’s the inventive Supercoil weight block. The intent was to develop a super low RG shape with a greater undrilled intermediate differential. Traditionally, weight blocks with more of the mass placed around the equator drive the RG down and read the midlane better.
The cutaway on the Y-axis helps to maintain dynamic integrity after drilling. When it’s time, the coverstock is poured. In just a few minutes as the liquid transitions to a solid, an extreme amount of heat (about 200 °F) needs to be released for this to happen. We refer to this as “exotherm”. This stage in the process is crucial to the chemistry of the coverstock and by controlling the peak temperature, heat rate, and cooldown speed we can manipulate the chemical porosity deep within that helps with oil absorption and displacement. This creates caverns of porosity and cliffs so deep which give this stateof-the-artshell the kind of cutting-edge traction that’ll leave you in awe. Enter: EXO Reactive coverstock.
BRAND | |
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BOWLING BALL CORE SHAPE | |
BOWLING BALL CORE NAME | |
BOWLING BALL COVER NAME | |
BOWLING BALL COVERSTOCK TYPE | |
RADIUS OF GYRATION: RG (15LB) | |
DIFFERENTIAL: DIFF (15LB) | |
MASS BIAS STRENGTH | |
FLARE POTENTIAL | |
SURFACE FINISH | |
BALL LANE CONDITIONS | |
BALL WEIGHT | |
BOWLING BALL COLOR | |
BALL PERFORMANCE LEVEL | |
SCENT | |
RELEASE DATE |