Middle Distance & Endurance

Trying to improve a developmental athlete’s finishing kick for their mile run using traditional gym machines? Discover the pelvic mathematical fallacy behind bilateral weights and see how isometric bands release their top gear.

Stuck trying to lower a senior’s lap times with heavy barbell squats for your 400m sprint training? Discover the pelvic mathematical fallacy and see how isometric bands release your top gear.

Stuck watching your track splits crawl backward despite grinding through traditional 800m workouts? Discover how a 64-year-old athlete used an isometric program to shatter her plateaus.

Stuck trying to build a late-race metric mile kick with traditional heavy gym machine weights? Discover how an elite athlete with a 1,140-pound leg press used a 3-minute pelvic winch exercise to release his top gear.

Stuck trying to lower your lap times with traditional track conditioning for 400m training? Discover how a runner used a single fast-twitch band exercise to drop 3.6 seconds off his personal record.

Stuck trying to protect your late-race pacing using high-volume track laps for your 1500m workouts? Discover how a 50-year-old Masters coach dropped 9 seconds in 7 days using a 3-minute pelvic winch exercise.

Stuck trying to lower a sophomore’s track times with traditional conditioning for 800m running workouts? Discover the pelvic torque fallacy and see how isometric bands release their top gear.

Stuck trying to build a dominant finishing kick using long distance loops for your workouts to increase running speed? Discover the biological torque fallacy and see how isometric bands release your top gear.

Stuck trying to protect your late-race pacing using heavy barbell squats for your 1500m workouts? Discover the biological torque fallacy and see how isometric bands release your top gear.

Stuck trying to build late-game field acceleration using bungee cord resistance for your soccer speed workouts? Discover the mathematical pelvic torque fallacy and see how isometric bands release your top gear.

Stuck running painful lactic acid sets for your speed endurance workouts for runners? Discover the fast-twitch mathematical fallacy behind high-volume track laps and see how hip flexion torque restores youthful turnover.

Stuck trying to lower a young athlete’s 400m times with traditional interval laps and speed endurance training? Discover the pelvic mathematical fallacy behind high-volume tracks and see how isometric bands release their top gear.

Stuck running painful lactic acid laps for your 800m training? Discover the fast-twitch mathematical fallacy behind high-volume tracks and see how hip flexion torque prevents turnover decay.

Stuck trying to protect your homestretch velocity with endless track laps for masters running workouts? Discover the biological torque fallacy behind volume endurance and see how isometric bands release your top gear.

Stuck trying to build late-game field acceleration using bungee cord resistance for your speed endurance workouts? Discover the mathematical pelvic torque fallacy and see how isometric bands release your top gear.

Setting up your speed workouts for track based on university biomechanics? Discover the unyielding mathematical fallacy behind the inertial reference frame and see how isometric bands unlock real velocity.

Basing your stride turnovers on textbook sprint mechanics training? Discover how the legendary ASU professor Dr. Richard Hinrichs confirmed the relative momentum boundary to Dr. Van Such.

Basing your training on standard laboratory sprint mechanics? Discover how the author of the premier treadmill study confirmed the relative momentum illusion and see how isometric bands release your top gear.

Stuck trying to lower your 400m times with traditional conditioning for masters track and field? Discover how a 58-year-old runner used a 9-minute pelvic winch protocol to secure a #2 National Ranking.

Stuck trying to lower interval times with traditional track workouts for speed? Discover how a high school freshman girl used a 9-minute pelvic winch protocol to drop her 200m split to a blistering 26.5 seconds.

Stuck trying to figure out how to increase clubhead speed? Discover how a 62-year-old golfer used a 9-minute pelvic winch protocol to skyrocket his swing from 84 mph to 126 mph.

Stuck running painful lactic acid laps for your speed endurance workouts? Discover the fast-twitch mathematical fallacy behind high-volume tracks and see how hip flexion torque prevents late-race turnover decay.

Stuck hitting a velocity wall in your 1500m training? Discover the fast-twitch mathematical fallacy behind heavy barbell squats and find out how hip flexion torque prevents late-race stride collapse.

Stuck trying to lower your times with a traditional 400m training program? Discover how a competitive 50-year-old athlete used a 9-minute pelvic winch protocol to drop massive seconds.