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Tag · 16 articles

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

A 12-week, IMU-driven protocol to improve 0-10m acceleration in football players. Use PoinT GO 800Hz jump and barbell velocity data to quantify horizontal.

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 complete the first step within 0.25 seconds. Learn a validated 8-week IMU-tracked protocol to shave 0.05-0.10s off your acceleration 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

An 8-week gym protocol that lifts sprint acceleration output 35% without ever timing on a track. Trap-bar jumps, unilateral power, VBT prescription explained.

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...

From sensor placement to axis calibration to acceleration metrics. The complete 7-step guide to measuring barbell acceleration with an 800Hz IMU.

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

Complete 10m, 20m, and 30m sprint test protocol: timing gate setup, start position, split analysis, normative benchmarks, and training prescription.

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

How to Improve Running Speed for Beginners

A science-backed beginner guide to running faster: stride mechanics, acceleration drills, strength training, and pacing protocols with real benchmarks.

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

Learn how to build a sprint mechanical profile on the field using split times or radar. Includes force-velocity norms, load optimization, and PoinT GO

sprint·mechanical profile·force-velocity
Band-Resisted Sprint Drill: Acceleration Overload Training
exercises·8 min read

Band-Resisted Sprint Drill: Acceleration Overload Training

How to program band-resisted sprint drills for acceleration overload. Technique cues, resistance selection, force-velocity adaptations, and weekly structure.

band-resisted·sprint·acceleration
Sled Push for Sprint Mechanics: Load, Technique, and Velocity Guidelines
exercises·8 min read

Sled Push for Sprint Mechanics: Load, Technique, and Velocity Guidelines

Master the sled push to improve sprint acceleration mechanics. Evidence-based load guidelines, technique cues, programming templates, and PoinT GO velocity

sled push·sprint·acceleration
How to Build an Acceleration Training Program: Complete Step-by-Step Guide
how to·9 min read

How to Build an Acceleration Training Program: Complete Step-by-Step Guide

Build a science-based acceleration program: force application mechanics, sprint drills, strength exercise selection, weekly structure, and how to track

acceleration·sprint training·speed development
Resistance Band Speed Training: Acceleration Protocol
exercises·10 min read

Resistance Band Speed Training: Acceleration Protocol

Resistance band speed training guide with overspeed and overload protocols, sprint mechanics, and PoinT GO velocity tracking for measurable acceleration gains.

resistance·band·speed
How to Build an Explosive First Step for Athletes
how to·8 min read

How to Build an Explosive First Step for Athletes

Learn the neuromechanics, drills, and velocity-based protocols to develop a faster, more powerful first step. Evidence-based methods with real training norms.

first step·acceleration·explosive power