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acceleration

How to Test Bobsled Push-Start Power Without a Push Track: A 15m/30m Weighted Sled Protocol
how to·9 min read

How to Test Bobsled Push-Start Power Without a Push Track: A 15m/30m Weighted Sled Protocol

No ice push track? Measure bobsled push-start power with a 15m/30m weighted sled protocol, individualized load ranges, and 2 cited studies.

bobsled·sled-push·acceleration
Cricket Pace Bowling Run-Up Velocity Protocol: Timing the Final Approach Acceleration
how to·9 min read

Cricket Pace Bowling Run-Up Velocity Protocol: Timing the Final Approach Acceleration

Release speed alone can't show where bowling pace breaks down. Test the final 5m run-up acceleration zone instead — protocol, benchmarks, 2 cited studies.

cricket·fast-bowling·run-up
Why a Low GPS Sample Rate Underestimates Acceleration: 10Hz vs 18Hz Explained and Fixed
how to·9 min read

Why a Low GPS Sample Rate Underestimates Acceleration: 10Hz vs 18Hz Explained and Fixed

Short cuts and stops finish in under a second - a 10Hz GPS unit can miss the actual peak. See why sample rate skews acceleration data, and how to fix it.

GPS tracking·sample rate·acceleration
Sprint Velocity Plateau: How to Diagnose and Fix Stalled Speed
how to·11 min read

Sprint Velocity Plateau: How to Diagnose and Fix Stalled Speed

Stuck sprint times rarely mean the athlete needs more sprints. A field protocol to find whether force, technique, or stiffness is the actual limiter.

sprint-speed·acceleration·field-testing
Sprint Split Time Benchmarks: 10m and 30m Norms by Sport and Level
research·8 min read

Sprint Split Time Benchmarks: 10m and 30m Norms by Sport and Level

A 0.05s gap at 10m separates D1 corners from walk-ons. See sprint split benchmarks by sport and level, plus how to test 10m and 30m correctly.

sprint·split times·acceleration
How to Improve Acceleration in Football: IMU-Driven 0-10m Sprint Power Protocol
how to·12 min read

How to Improve Acceleration in Football: IMU-Driven 0-10m Sprint Power Protocol

This 12-week protocol uses IMU jump and barbell velocity data to find where power leaks and build 0-10m acceleration in football players.

football·acceleration·sprint
How to Improve First-Step Quickness: An 8-Week Science-Based Acceleration Protocol
how to·12 min read

How to Improve First-Step Quickness: An 8-Week Science-Based Acceleration Protocol

Elite athletes finish their first step in under 0.25 seconds. This validated 8-week, IMU-tracked protocol shows how to shave 0.05-0.10s off your time.

first-step·reaction-time·plyometrics
How to Improve Sprint Acceleration Strength in the Gym: Jumps, VBT, and 30m Power
how to·12 min read

How to Improve Sprint Acceleration Strength in the Gym: Jumps, VBT, and 30m Power

80% of first-10m acceleration force comes from horizontal propulsion, 60% of it trainable in the gym. Trap-bar jumps and VBT lifted output 35% in 8 weeks.

acceleration·sprint training·horizontal power
How to Test Barbell Acceleration with an Attached IMU: Placement, Axis Calibration, and 7 Key...
how to·12 min read

How to Test Barbell Acceleration with an Attached IMU: Placement, Axis Calibration, and 7 Key...

Velocity alone hides how a lift accelerates. This 7-step protocol covers IMU placement, axis calibration, and the metrics that reveal bar speed changes.

IMU·acceleration·VBT
How to Run 10m/20m/30m Sprint Tests: Acceleration Assessment Standard
how to·10 min read

How to Run 10m/20m/30m Sprint Tests: Acceleration Assessment Standard

Timing gates in the wrong spot ruin your data. Get the exact setup, start position, split analysis, and norms for accurate acceleration testing today.

sprint·10m·20m
How to Improve Running Speed for Beginners
how to·8 min read

How to Improve Running Speed for Beginners

A 2019 study found beginners cut 40m sprint time by 5.4% in six weeks of structured drills, no weight room needed. Here's the stride-to-finish 8-week plan.

running·speed·beginner
Field-Based Sprint Mechanical Profiling: Methods, Norms, and Practical Applications
research·8 min read

Field-Based Sprint Mechanical Profiling: Methods, Norms, and Practical Applications

Targeting an athlete's force-velocity deficit cut 40m sprint time 3.9%, double the untargeted group. Here's the field test and load norms by sport.

sprint·mechanical profile·force-velocity