Retrain the body you were built to be.
NeuroPak is a wearable neuromuscular training system I invented to do one thing better than anything else on the market — teach the nervous system how to move again. Not lift more. Not push harder. Move correctly.
— Chris Tedesco, inventor of NeuroPak and creator of the Kinesis Method
Most bodies aren't broken. They're just running an old program.
After more than thirty years working with athletes, executives, weekend warriors, and post-injury clients, I kept seeing the same pattern. Old injuries, long hours at a desk, one-sided sports, surgeries, even the way you learned to walk after a sprained ankle in high school — every one of those events leaves a fingerprint on how your nervous system organizes movement.
Your body doesn't forget. It compensates. A hip that stopped rotating cleanly ten years ago quietly hands that job to your low back. A shoulder that once healed short lets your neck take the load. You feel fine — until one day you don't.
NeuroPak was designed to interrupt that pattern. Not with heavier weight or harder workouts, but with information — the exact sensory input your nervous system needs to rebuild the movement it forgot. The technology is protected by six U.S. patents and has earned four Air Force STTR research awards for human performance optimization and injury prevention, with more than $2M in federal grants validating the mechanism at institutions like the University of Texas at San Antonio and Purdue University.
The bands are the teacher.
NeuroPak uses light elastic cords — roughly six pounds of tension each — placed at precise attachment points along the body. The cords don't add resistance. They add directional information at zones of peak mechanoreceptor density. Every step, every squat, every rotation becomes a conversation between the cord and your nervous system: this is where you drifted, this is the line home.9
Diagnose the compensation
Ten to thirty seconds of unilateral cord loading reveals your personal compensation blueprint — the exact places your body learned to cheat. In multi-site DARI Motion assessments (n=847), a single session showed a 30.25% improvement in joint alignment and a 59.4% reduction in bilateral asymmetry.1
Reteach the pattern
Bilateral cord placement becomes a real-time feedback loop. Cord tension delivers roughly 100 error corrections per minute — an information density human coaching cannot match — so the nervous system can self-correct rep by rep.4
Own the new default
Hundreds of clean reps under sensory feedback rewrite the motor pattern. Purdue's DoD-funded work documented 20–30% faster motor skill acquisition with retention at 48 hours (p=0.033) — meaning the pattern was written and stayed written.4
Six pillars of mechanics. One wearable system.
Postural mechanics
Retrains the alignment your body drifted away from — the forward head, the collapsed rib cage, the anteriorly tilted pelvis — so force can travel through the body the way it was designed to. A single NeuroPak session produced a 30.25% joint-alignment improvement across a multi-site DARI cohort.1
Center-of-mass control
Reduces sway, drift, and hidden balance losses a nervous system running on compensation can't feel on its own. In the UTSA active-duty military cohort (n=42, six weeks), NeuroPak training produced a 17–22% reduction in COM excursion — the mechanical signature of a body that no longer leaks energy at the hip.2
Symmetry & inter-limb coordination
Every previous injury leaves an asymmetry. Symmetric bilateral cord tension delivers equal input to both motor-cortex hemispheres at once, producing a 59.4% reduction in bilateral asymmetry in a single session1 and a 12–18% improvement in inter-limb timing across the combined UTSA and Purdue data.27
Kinematic sequencing
The order in which body segments fire — proximal to distal, hips before knees, trunk before arms — accounts for 60–80% of end-point velocity in throwing, striking, sprinting, and jumping.8 NeuroPak retrains that timing, producing a +40% increase in hip extension velocity in the UTSA cohort — a sequencing gain, not a strength gain.2
Gross motor recruitment
Compensating muscles get quiet; the muscles that should have been doing the job wake back up. Purdue sEMG measurements showed a 44–51% increase in tibialis anterior activation versus control, with earlier gluteal firing replacing quad-dominant patterns.3
Accelerated motor learning
High-density sensory input means the nervous system learns faster. What used to take months of cueing happens in a fraction of the time — because the body can finally feel what it's doing. Documented 2.3× faster skill acquisition vs. coaching alone.4
A body that moves right is a body that lasts.
When mechanics are clean, force gets distributed across the structures that were built to carry it. Joints load the way they were designed to load. Muscles fire in the right order. The nervous system stops shouting warnings through pain, tightness, and fatigue.
That is the foundation of functional athleticism — whether functional means a full backswing at seventy, a return to the tennis court after a knee surgery, or the ability to pick up your grandchildren without thinking about your back. Aligned joints and a quiet center of mass are two of the strongest predictors of reduced ACL and lumbar injury risk in the movement-screen literature6, and perturbation-based training has been shown to drive both.6 Better postural control, cleaner valgus mechanics, more symmetrical output, and better center-of-mass regulation are measurable — and they are the mechanical signatures of a body that is less likely to break.
NeuroPak is how I get clients there. It is the training layer that finally makes corrective work stick — because it teaches the nervous system, not just the muscles.
Peer-reviewed. Patent-protected. Federally validated.
6 U.S. Patents
Six issued patents covering the wearable architecture, cord vector system, attachment mechanics, and neuromuscular training methodology behind NeuroPak.
4 Air Force STTR Awards
Four competitively awarded Small Business Technology Transfer (STTR) research contracts from the U.S. Air Force for human performance optimization and injury prevention — including contracts FA864922P0091 and FA864922P0091 supporting the Purdue University validation work.
$2M+ in Federal Grants
More than two million dollars in Department of Defense and federal research funding, supporting third-party validation at the University of Texas at San Antonio, Purdue University, and partner institutions.
SDVOSB & Veteran-Owned
Developed by a USMC veteran through Align Athletic Gear / 1109 Bravo — a Service-Disabled Veteran-Owned Small Business serving active-duty, tactical, and civilian populations.
Chris Tedesco
Creator of the Kinesis Method. Inventor of NeuroPak.
I've spent more than thirty years in movement, biomechanics, and strength and conditioning — coaching high-level athletes, working alongside sports-medicine clinicians, and rebuilding bodies that the conventional system had given up on. NeuroPak is the tool I built when nothing else closed the gap between knowing what correct movement looks like and actually getting a nervous system to do it.
Studies Referenced
- [1]Multi-site DARI Motion analysis, NeuroPak single-session intervention (n=847). Joint alignment +30.25%; bilateral asymmetry −59.4%.
- [2]UTSA active-duty military cohort (n=42, 6-week NeuroPak protocol). COM excursion −17–22%; hip extension velocity +40%.
- [3]Purdue University sEMG study, DoD-funded. Tibialis anterior activation +44–51% vs. control; earlier gluteal recruitment.
- [4]Purdue University motor-learning study, DoD-funded. 20–30% faster skill acquisition; 48-hour retention (p=0.033). 2.3× faster acquisition vs. coaching alone.
- [5]NeuroPak cord mechanics — ~6 lb elastic tension per cord at zones of peak mechanoreceptor density; directional sensory input, not added resistance.
- [6]Movement-screen literature: aligned joints and quiet center of mass as predictors of reduced ACL and lumbar injury risk; perturbation-based training effects.
- [7]UTSA + Purdue combined inter-limb timing data, 12–18% improvement.
- [8]Kinematic sequencing literature: proximal-to-distal sequencing accounts for 60–80% of end-point velocity in throwing, striking, sprinting, jumping.
- [9]Mechanoreceptor density mapping and cord attachment-point rationale.