Built For Sprinters · Powered By Science
Stop Leaking
Power.
Align Your Speed.
Precision biomechanics analysis built for sprinters who refuse to leave milliseconds on the track.
20+ Biomechanical Checkpoints
Sprint Biomechanics Expertise
Event-Specific Analysis
Founder Story
Why This Exists.
I was fast enough to compete at varsity level as a freshman in both football and track. But I never reached my potential. Not because I didn't work hard — I did everything right. What nobody told me was that my mechanics were silently capping my speed the entire time. An ankle issue I didn't even know about was creating a pelvic tilt, killing my power output, and eventually tearing my hamstring twice. I wasn't losing to athletes who trained harder. I was losing to a biomechanical problem nobody caught.
I built Speed Aligned because somewhere right now there's an athlete just like me — talented, hardworking, and running at 60% of their actual potential without knowing it.
Created by a Sprint Biomechanics Analyst and former competitive sprinter who lost years of potential to an injury nobody caught.
The Method
From How You Stand
To How You Sprint.
Scan
Upload a standing photo for instant posture analysis or a sprint video for full mechanical breakdown — no equipment needed, just your phone.
Analyze
AI identifies your specific force leaks across 20+ biomechanical checkpoints, calibrated to your event and body type.
Correct
Get a personalized report with your weak links ranked by speed impact, plus a full progression workout plan built specifically for your event.
The Science
The Science of
Alignment.
Six critical checkpoints. Where your power is won — or quietly lost. Hover the markers to inspect each one.
Cervical Stack
NeckA stacked head keeps your center of mass over the drive leg, eliminating the braking forces that quietly cap your top-end speed.
Shoulder Drive Mechanics
ShouldersSymmetrical arm drive counters rotational torque in the torso, channeling every ounce of force straight down the track.
Pelvic Force Vector
PelvisA neutral pelvis fires the glutes and unlocks backside mechanics, driving a cleaner recovery and a faster turnover rate.
Hip Power Transfer
HipsFull hip extension finishes the drive phase — the propulsive triple-extension that lengthens stride without sacrificing frequency.
Knee Drive Efficiency
KneesA high, punching knee loads the hip flexor and primes a powerful front-side strike — the engine behind acceleration and stride length.
Ankle Elasticity
AnkleA stiff ankle stores and returns elastic energy on contact, shortening ground time and converting it into explosive flight.
AI-driven analysis covers 20+ biomechanical checkpoints including hip oscillation, knee drive height, and arm drive symmetry.