Manage lineups by importing teams and accessing custom news, rankings, and analysis. Track player performance, set lineups, and compare against league standings. Receive updates on injuries, matchups, and player stats.
Measure ball using video footage with AI analysis. Automatically calculate without special equipment. View results and compare pitches for training purposes. Save and share data.
Manage a team with roster customization, player trading, and stadium upgrades. Track game stats, schedule matches, and compete in the Cup. Set team strategies and manage finances to build a successful franchise.
The app monitors pitch velocity for a child, opposing pitcher, or MLB player. It tracks score, inning, outs, and ball/strike count from stadium stands.
Track scores, standings, and stats with real-time updates. View detailed box scores and follow favorite teams. Receive alerts for game changes and key plays. Sync data across devices for consistent access.
Calculate and store pitch , time, fastest, slowest, and average . Customise pitch length and units. Analyse live or from video to track performance and provide feedback.
Plan and simulate sports drafts with mock tools. Analyze player rankings and expert advice for each pick. Track league standings and adjust strategies during live drafts. Share lists and compare with other users.
Schedule and manage training sessions. Track progress with data analysis tools. Access customized programs. Receive performance feedback. View workout history and statistics. Sync with wearable devices. Set and monitor training goals.
Time your swing to hit a as far as possible. Adjust power and angle for each shot. Track distance and compare scores. Compete against other players online.
Follow Georgia's team with real-time scores, schedule, player stats, and MLB standings. Access news and opinions. View team roster and game highlights. Track standings and player performance metrics.
Measure pitch speed by pointing an iPhone or iPad at the pitcher. The calculates speed using a sophisticated algorithm that compensates for user movement and background complexity.