BowlFast.AI doesn't guess. Every metric comes from computer vision analysis of your actual video — not estimates or generalised averages. What you see is what your body is actually doing.
BowlFast.AI uses advanced computer vision to analyze every frame of your bowling action. Get instant biomechanical insights and actionable coaching feedback.
Record your fast bowling delivery from any angle. We analyze everything from your run-up to follow-through.
Our computer vision model detects key biomechanical metrics frame-by-frame with frame-level precision.
Receive plain-language coaching feedback with specific drills to address any technical issues we find.
Compare your metrics over time. See exactly where you've improved and where to focus next.
Fast bowlers miss more cricket than any other player type. BowlFast.AI flags the mechanical patterns that lead to lumbar stress fractures, side strains, and knee injuries — before they happen.
Analysis happens at the individual frame level — not averaged across the delivery. You see exactly what your spine, hips, and shoulders are doing at BFC, FFC, and release.
No jargon. Every metric comes with a plain-language explanation, a risk rating, and a specific drill to address it — ready to take straight into training.
Train like an international player, with or without a coaching team. Just your phone, your action, and the data.
Every delivery gets full biomechanical breakdown. Here's a real example of what your analysis will show:
Fast bowlers miss more cricket than any other player type. BowlFast.AI flags the mechanical patterns that lead to lumbar stress fractures, side strains, and knee injuries — before they happen.
Analysis happens at the individual frame level — not averaged across the delivery. You see exactly what your spine, hips, and shoulders are doing at BFC, FFC, and release.
No jargon. Every metric comes with a plain-language explanation, a risk rating, and a specific drill to address it — ready to take straight into training.
⚠ Moderate lateral flexion at release (42.3°). Recommend wall-lean posture drill and anti-lateral-flexion core holds to reduce lower back load.
✓ Follow-through direction is efficient — good weight transfer toward target line.
→ Stride pattern variable: final stride 8% shorter than reference. Work on marker-tape stride consistency drills.