What Really Happens When You Upload a Video?
No black-box mystery numbers. No vague "good effort" comments. Below are authentic, unfiltered CrickTrackAI Pro analysis reports—presented in two dedicated sequential sections: Part 1 for Batting Analysis and Part 2 for Bowling Analysis.
Keeping Free AI & Player Pro AI Separate
Free AI Tier
Designed for grassroots cricketers to evaluate basic technique posture on mobile devices with zero subscription required.
- check 0 - 100 Overall Score: Instant overall technique grade
- check Basic Technique Cues: Fundamental posture observations
- check Community Drills: Curated exercise and practice lists
- close No ball speed estimation in km/hr
- close No High Load or lumbar injury prevention alerts
- close No downloadable A4 Pro PDF report card
Player Pro AI Tier
Coach-grade sports science intelligence on your phone. Delivers deep multi-axis telemetry, pace radar, and load monitoring without synthetic degree angles.
- verified Multi-Axis Breakdown: 5 batting / 4 bowling sub-metric axes
- verified AI Speed Gun (Bowling): Live estimated pace in km/hr (e.g. 140-145 km/hr)
- verified High Load Alerts: Spinal flexion, elbow hyperextension & landing load
- verified Coach's Detailed Analysis: Kinetic torque, gather momentum & front-leg brace
- verified PRO TIP Next Step: Targeted drill and conditioning prescription
- verified Branded A4 PDF Export: Official shareable certificate with QR code
Pro Batting Analysis Report
Authentic Player Pro batting session report for Rudra Balkawade. Demonstrates our 5-axis kinematic breakdown (Footwork, Balance, Weight Transfer, Smoothness, Biomechanics), balanced dual ledger, coach narrative, and actionable next step.
Pure technique ratings. No synthetic speed gun or sweet spot guesswork.
Evaluating Modern Batting Mechanics
CrickTrackAI evaluates batting purely on technical execution, kinetic transfer, and posture stillness. Batting does not feature an estimated pace radar or arbitrary sweet-spot percentage—every point in the 91 rating reflects world-class head stability and vertical bat face execution through contact.
Eyes stay dead-level through delivery stride, keeping center of gravity rock-solid over the front foot.
Weight moves dynamically through the impact zone, creating maximum punching power with minimal muscular strain.
Precision of stride, compact movement, and quick adjustments to the line of the ball.
Stability of center of gravity during execution; exceptional head stillness locked over the ball.
Momentum shift through point of contact; occurs precisely at impact to maximize shot force.
Fluidity and lack of jerkiness in movement; natural downswing arc without stuttering.
Efficiency of kinetic chain and joint angles; high front elbow ensuring vertical bat face.
- Exceptional head position over the ball
- High front elbow for a straight drive
- Efficient and economical foot movement
- Maintain a slightly wider stance to enhance stability against extreme pace
- Ensure the back foot remains anchored slightly longer to prevent potential imbalance on slower surfaces
Incorporate varied-pace bowling machine drills to refine the timing of the weight transfer against subtle change-ups.
Tip: Practice moving through contact against cutters and slower balls to prevent lunging early.
Batting Pro PDF Report & Android App Interface
Below is the exact 1-page A4 Pro PDF report generated for Rudra Balkawade, followed by verified Android mobile screenshots captured directly from the live application.
- Exceptional head position over the ball
- High front elbow for a straight drive
- Efficient and economical foot movement
- Maintain a slightly wider stance to enhance stability against extreme pace
- Ensure the back foot remains anchored slightly longer to prevent potential imbalance on slower surfaces
- - The batsman exhibits world-class head stability, keeping the eyes level throughout the delivery phase.
- - The leading elbow is high and pointed towards the target, ensuring a vertical bat face at impact.
- - Weight transfer occurs precisely at the moment of impact, maximizing force with minimal effort.
- - Footwork is compact and efficient, allowing for quick adjustments to the line of the ball.
Incorporate varied-pace bowling machine drills to refine the timing of the weight transfer against subtle change-ups.
Biomechanics: Kinetic chain & joint angles • Footwork/Run-up: Precision of stride • Balance: Center of gravity stability • Weight Transfer: Momentum shift through contact • Smoothness: Movement fluidity.
Official Batting Technique Certificate
Perfect for batting coaches and selection panels. Contains all 5 kinetic axes, head stability ratings, and prescriptive drill recommendations on a single printable A4 sheet.
- check High-resolution vector graphics
- check Verified QR code verification
- check Instant WhatsApp & PDF export
Inspect the authentic PDF file generated by the Pro AI engine for Rudra Balkawade (9.4 KB).
Open Batting PDF in Browser open_in_newActual Batting Analysis Screens (Android)
Here is what batters see on their phones when reviewing their session in Player Pro. Every card, metric bar, and coaching cue renders natively with fluid dark-mode aesthetics.
Overall 91 gauge, Footwork 88, Balance 92, Transfer 90, Smoothness 93, Mechanics 94.
Positive head & elbow reinforcement paired with stance stability recommendations.
Varied-pace bowling machine drill prescription with 1-tap "Download Pro Report" button.
Pro Bowling Analysis Report
Authentic Player Pro bowling session report for Rudra Balkawade. Features our 4-axis delivery breakdown, independent AI speed radar (140-145 km/hr), lumbar High Load safety alerts, coach narrative, and posterior chain conditioning.
*AI Pace Estimation is calculated via biomechanical torque and stride length, and may not precisely match professional hardware radar guns due to unknown physical variables like exact camera distance.
Independent Pace & Technique Evaluation
CrickTrackAI isolates mechanical efficiency from sheer raw speed. A bowler delivering at 115 km/h with optimal front-leg bracing receives an elite score, while a 140+ km/h pacer with lumbar hyperextension receives high speed recognition paired with safety alerts.
Calculated via kinetic momentum and delivery stride kinematics, recorded independently from technique score.
Sub-millimeter tracking captures gather momentum, back-foot contact, and front-leg brace without synthetic degrees.
Measures late aerodynamic movement and wrist snap at release.
Elite seam presentation, stability, and upright rotational alignment.
Approach momentum generation and explosive gather into the delivery stride.
Braced front-leg landing, hip-shoulder separation, and kinetic torque transfer.
- Elite seam presentation and stability
- High-arm release point creating steep bounce
- Powerful wrist snap at the point of release
- Monitor mechanical load on the lower lumbar region due to the high-impact landing
- Ensure the follow-through is completed fully to dissipate deceleration forces
Unconventional Short Run-up & Explosive Gather
The bowler utilizes an unconventional, short run-up that effectively generates momentum through a highly explosive gather and rapid shoulder-to-hip rotational separation.
Firm Front-Leg Brace & Elbow Hyperextension
The braced front-leg landing is exceptionally firm, allowing an efficient transfer of ground reaction forces for 140-145 km/hr velocity, but combined with lumbar flexion, channels high mechanical torque onto the spine.
Posterior Chain Conditioning & Deceleration
Focus on eccentric strengthening of the posterior chain and core stability exercises, ensuring the follow-through is completed fully to safely dissipate explosive deceleration forces.
Load Alerts: Biomechanical Safety & Joint Sustainability
Fast bowling generates front-foot impact forces 8 to 9 times body weight. CrickTrackAI monitors mechanical stress across the lower lumbar region, elbow extension, and landing deceleration to keep fast bowlers match-fit without medical claims.
High Load Alert Active Monitoring
"The unique biomechanics involving elbow hyperextension and significant lumbar flexion at release indicate high mechanical load on the spine and shoulder torque."
High-impact braced landing paired with significant lumbar flexion increases rotational torque across the lower spine.
Significant hyperextension provides a unique release point difficult for batters to track, but elevates shoulder torque.
Ensure follow-through is completed fully to safely dissipate deceleration forces and protect the posterior kinetic chain.
Focus on eccentric strengthening of the posterior chain and core stability exercises to manage the high mechanical load associated with this explosive action.
Tip: Incorporate Romanian deadlifts, single-leg stability drills, and ensure follow-through is completed fully to dissipate deceleration forces.
Bowling Pro PDF Report & Android App Interface
Below is the exact 2-page A4 Pro PDF report generated for Rudra Balkawade, followed by verified Android mobile screenshots captured directly from the live application.
- Elite seam presentation and stability
- High-arm release point creating steep bounce
- Powerful wrist snap at the point of release
- Monitor mechanical load on the lower lumbar region due to the high-impact landing
- Ensure the follow-through is completed fully to dissipate deceleration forces
- • The bowler utilizes an unconventional, short run-up that effectively generates momentum through a highly explosive gather.
- • Significant hyper-extension at the elbow during the delivery phase provides a unique release point that is difficult for batters to track.
- • The braced front-leg landing is exceptionally firm, allowing for an efficient transfer of ground reaction forces through the torso to the ball.
- • Shoulder-to-hip separation is maximized at the point of delivery, creating high rotational torque for maximum velocity.
High Load Alert - The unique biomechanics involving elbow hyperextension and significant lumbar flexion at release indicate high mechanical load on the spine and shoulder torque.
Focus on eccentric strengthening of the posterior chain and core stability exercises to manage the high mechanical load associated with this explosive action.
Biomechanics: Kinetic chain & joint angles • Footwork/Run-up: Approach momentum • Balance: Center of gravity stability • Weight Transfer: Momentum shift through release • Smoothness: Movement fluidity.
Official Certification for Pace & Seam
Whether submitting data to state selectors or sharing video telemetry with your club director, the Pro PDF delivers undisputed coach-grade evidence of release pace and safety load.
- check 2-page comprehensive breakdown
- check High Load safety certification
- check Includes session QR code link
Inspect the authentic PDF file generated by the Pro AI engine for Rudra Balkawade (12.7 KB, 2 pages).
Open Bowling PDF in Browser open_in_newActual Bowling Analysis Screens (Android)
Here is what bowlers see on their phones when reviewing their delivery stride in Player Pro. Every card, pace badge, load warning, and coaching cue renders natively with fluid dark-mode aesthetics.
Central 84 gauge, 140-145 km/hr pace badge & 4 sub-metric bars (Swing 72, Seam 92, Run-up 88, Mechanics 85).
Explicit positive feedback (seam stability, wrist snap) paired with balanced improvement cues.
Human-grade kinetic narrative plus automated alert for lumbar flexion & elbow hyperextension torque.
Actionable posterior chain conditioning tip followed by 1-tap "Download Pro Report" button.
How to Film Your Nets for Laboratory-Grade Telemetry
You don't need high-end studio lighting or expensive 240fps tripods. Any standard modern Android phone will capture pro-grade biomechanics when following these three simple filming rules.
Discipline-Specific Camera Angle
For batting footwork and head balance, place the camera side-on (90° parallel to the batting crease) at waist height. For bowling, a 45° front offset or directly behind the bowler captures run-up gather and release trajectory best.
Net Background Tolerance (Pro)
No need to clear the nets! In Player Pro, teammates, coaches, and net netting can remain in the frame. As long as you are the primary active athlete performing the shot or delivery, the AI locks strictly onto your kinetic skeleton.
Select Direct Video from Gallery
Simply record with your phone's native camera app or select an existing clip from your gallery. Videos between 5 to 10 seconds containing the shot setup or delivery stride process fastest on Cloud AI.
Ready to See Your Own Cricket Report?
Download CrickTrackAI on Android. Upload a 5-second video from your practice nets today, and get your complete biomechanical scorecard in seconds.