Flight Time Lab
Mark takeoff and landing frames to calculate vertical displacement with professional-grade accuracy. Our algorithm filters out ground contact noise for pure airborne data.
Power Output
Estimate peak wattage and relative power (W/kg) based on jump height and athlete mass calibration.
Takeoff Velocity
Analyze the rate of force development (RFD) by identifying the exact moment of peak vertical acceleration.
Longitudinal Trends
Monitor CNS readiness and recovery through daily reactive strength indexes.
Jump Theory
PROTO_1How to calculate vertical velocity from jump video?
By measuring the flight time (the duration between leaving the ground and landing), we can use the kinematic equation v = (g * t) / 2 to determine takeoff velocity. SpeedTrackr automates this by analyzing your video frame-by-frame to pinpoint the exact millisecond of takeoff.
PROTO_2How to calculate jump height from flight time?
Jump height (H) is derived from flight time (T) using the formula H = 1/8 * g * T², where g is the acceleration due to gravity (9.81 m/s²). Our tool handles the physics for you, providing a precise vertical height measurement instantly.
PROTO_3How accurate is flight time analysis?
Extremely. Flight-time based vertical jump analysis is a gold standard in sports science. By using frame-by-frame marking, we can pinpoint takeoff and landing within 0.01s - 0.03s, which is equivalent to professional jump mats.
PROTO_4Do I need a tripod to record?
A tripod is highly recommended for the best precision, but a partner holding the phone steady or leaning it against an object also works well. The key is consistent framing of the feet.