Player 1
Player Profile
88/100 · Excellent
Weighted from the five bowling phases and their component importance.
Bowling Chain
How movement is generated, directed, transferred, sequenced and converted into arm speed.
Bowling Chain SummaryMomentum Transfer is closest to the ideal.Movement Generation is the largest chain-level opportunity.View summary
Your chain is currently closest to the ideal through momentum transfer. The first chain-level focus is movement generation. The next gap is movement direction.
Key Pace Drivers
Four research-linked performance drivers underneath the Bowling Chain.
Key Pace Driver SummaryFront-Leg Brace is currently strongest.Run-up Speed has the largest weighted gap.View summary
Front-Leg Brace is the clearest current pace-driver strength. Run-up Speed is the first pace-driver opportunity. Bowling-Arm Delay is the next gap to monitor.
Strengths & Priority Gaps
Priorities are ranked by both the size of the gap and how much that component contributes to the full bowling profile.
Strengths
✓ StrengthRun-up PacingRun-up100/100
The way speed changes late in the run-up affects how much momentum arrives at take-off.
✓ StrengthFront-Leg BraceRelease100/100
The front leg provides the base against which the upper body can transfer momentum toward release.
✓ StrengthTrunk ContributionRelease98/100
Trunk flexion contributes to the proximal-to-distal transfer of speed toward the ball.
Priority Gaps
Priority 1Jump Entry & Exit SpeedJump48/100
The jump should carry useful momentum into back-foot contact.
What better looks likeEnter and exit the jump without giving away unnecessary forward speed.
Run-up Pacing is currently one of the clearest strengths.
The chain is strongest through momentum transfer. The largest chain-level opportunity is movement generation. The first practical priority is Jump Entry & Exit Speed, because the jump should carry useful momentum into back-foot contact.