TriPhasic Training’s Blog
Neuro-Gait Training Method: Performance, Return to Play, and Rehabilitation
The human body was designed to move through the gait cycle long before anyone built a barbell. Neuro-Gait Training builds exercise around that design, bringing together more than 25 years of Triphasic principles into one method for performance, return to play, and rehabilitation. It uses the Positive Neural Response (PNR) to check that every exercise sends the right signal to the nervous system. Supporting principles like Toe Glute Reflex Sequencing, the Double Sling Stability System, Performance Pattern Cycling, and Tonus Creep reduction then help the body move more efficiently, step by step. Whether you’re coaching an Olympian, bringing an athlete back from injury, or helping someone walk without pain, the goal is the same: build the optimal movement patterns humans were made to perform with.
Positive Neural Response (PNR) Princile
Every exercise you give an athlete sends a signal to the nervous system, and that signal is either positive or negative. After 15 years of muscle testing, force plate balance testing, and vertical jump testing, I found that many classic lifts like the back squat and RDL often produce a negative response, while single-leg, gait-based exercises produce a positive one. Over a workout of 500 to 600 reps, that difference adds up fast. Train with the gait cycle and athletes can hit lifetime PRs 60 to 80 sets into a session. Train against it and you get Tonus Creep, lost mobility, and worse movement. This is the Positive Neural Response (PNR) Principle, and it changes how you select every exercise on the sheet.
Gold Medal Warmup for Milan Italy 2026 Womens ice hockey
This pre-game warm-up sequence progresses athletes through brain recalibration, jogging, walking, and standing drills designed to activate movement patterns, restore breathing mechanics, and prime the body for competition. Each exercise is paired with its corresponding RPR (Reflexive Performance Reset) focus—drivers, breathing, psoas, glutes, hamstrings, quads, foot arch, and hips—ensuring athletes move through a comprehensive, neurologically-driven warm-up rather than a static stretching routine.
Jaw Cheat Pattern Method in Athletes
Every rep of hip flexion should look the same — same effort, same tension, same result. But it doesn’t. After years of testing athletes at every level, I’ve found that almost nobody flexes their hip the way they think they do. Something else is doing the work for them, and more often than not, they have no idea it’s happening. Test the hip flexor cold on the wrong athlete and you’ll get nothing — no strength, no stability. Let them clench their jaw, and suddenly it’s there: incredible strength, incredible stability. Relax the jaw, and it vanishes again. That’s not a fluke. That’s the nervous system telling you exactly where it’s been borrowing stability from — and it’s a pattern I’ve watched quietly drive tension headaches, knee pain, hernias, and even a higher rate of concussions in the athletes who run it.
RPR The APP
RPR has been applied across the full spectrum of athletic development, from junior high athletes to Olympic and World Champions, as a complementary system designed to enhance—not replace—existing strength and conditioning, rehabilitation, manual therapy, and performance programs. Its primary objective is to address compensatory movement and muscle activation patterns that can develop in response to training, injury, repetitive stress, and the demands of sport, helping athletes establish more efficient movement strategies before training or competition. The introduction of the RPR app significantly expands the accessibility of this approach by integrating techniques from Levels 1, 2, and 3 into problem-specific reset sequences. Rather than requiring athletes to understand the complexity behind each technique, the app allows them to identify an area of concern and follow a structured series of video-guided resets selected for that issue. This creates a practical bridge between advanced RPR methodology and daily athlete application, allowing sophisticated concepts previously requiring extensive instruction to be incorporated consistently into performance, recovery, and rehabilitation environments.
5 Day Power Plan Rotational/Torque Example
5 day power plan Rotational/torque example Monday Rotational Power - Lower (Gen2) Block 1 (2-5 Sets) Drop Jump Bnd HB Stagg (Mid Stance)Alt x4 Reps ea Depth Jump 1080 Rot 180(Mid Stance) x2 Reps ea Lateral Kneeling 90 Drop in Start 10yds Stnd Hor Hip Drive...
Dynamic Diaphragm Function Principle 42
After 15 years of watching athletes come through repeated-sprint sports like hockey, soccer, and football, I’ve noticed a pattern: those trained to “brace the core” constantly often arrive with elevated resting heart rates and sluggish recovery between efforts — and within weeks of restoring proper diaphragm function, their resting heart rate can drop 10-20 beats per minute while their recovery between sprints speeds up dramatically. The diaphragm isn’t just a breathing muscle; it’s one of the body’s primary pumps, driving venous return, lymphatic flow, and ultimately how fast an athlete’s nervous system can shift out of “fight or flight” and back into recovery mode. This piece breaks down why chronic bracing quietly sabotages the very performance it’s meant to protect, and why I believe restoring the body’s natural breathing mechanics — not just better conditioning — is one of the most overlooked levers in athletic performance today.
Nutritional Performance Focus Method
Most athletes fuel their muscles. The elite ones fuel their brains. The difference between a sharp decision in the fourth quarter and a split-second hesitation isn’t just fitness — it’s neurochemistry. Dopamine drives your working memory and competitive fire. Acetylcholine controls how fast your practiced skills fire. Norepinephrine is the reason some athletes seem to slow the game down while everyone else speeds up. What you eat in the 24 hours before competition directly determines which of these systems are loaded and ready — and which ones are running on empty. This guide breaks down the neurotransmitter science behind game day performance and gives coaches, athletes, and sport nutritionists a food-first protocol to put it into practice.
Waterbag Stability Method
The Waterbag Stability Method is a simple but powerful way to instantly improve how the body moves and produces force. By having an athlete perform a short run or movement while holding a water bag, the body is forced to stabilize and reorganize itself in real time, overriding compensation patterns caused by injury or imbalance. This quick reset activates key muscular “slings” responsible for stability and power, often eliminating strength deficits in just seconds. The result is improved performance, better movement efficiency, and a reduced risk of injury—all from a fast, easy-to-apply tool that can be used at the start of any training session.
Transfer Assumption Fallacy
The biggest mistake many coaches make isn’t poor programming—it’s a faulty assumption: when an athlete improves in the weight room, getting stronger, moving better, and progressing in exercises, it must mean they’re becoming better at their sport. This belief is what I call The Exercise Transfer Assumption Fallacy—the idea that gains in training automatically translate to gains in performance. Early on, this often appears true, as weaker athletes get stronger and see improvements in speed, power, and movement, but over time that relationship changes; there comes a point where continuing to improve a specific exercise no longer enhances performance and can even interfere with it, such as an athlete increasing their squat while their sprint speed plateaus or declines. The core issue is confusing exercise adaptation with performance adaptation—just because the body is adapting doesn’t mean it’s adapting in a way that serves the sport. Exercises are simply tools, not the outcome, and when overemphasized, they can create progress that looks meaningful but lacks true transfer. Sport performance is highly specific, requiring precise timing, coordination, and adaptability in dynamic environments, while the weight room is controlled and predictable, meaning success in one doesn’t guarantee success in the other. The best coaches recognize this and constantly evaluate whether improvements are actually carrying over, understanding that transfer must be intentional, not assumed, and that training must eventually shift from general development to highly specific preparation—because the goal is not to build athletes who are great at exercises, but athletes who perform when it matters most.
