top of page
  • Writer's pictureBradley Curran

Isokinetic is not a new concept.

The concept of isokinetic movement was first introduced in the early 1960s by Dr. James Perrine, a researcher at the University of Maryland. Perrine developed a machine that could provide resistance at a constant velocity throughout the entire range of motion, allowing for more accurate and controlled testing of muscle strength and endurance.

Over the next several decades, isokinetic machines became more sophisticated and widely used in sports medicine and physical therapy settings. Today, isokinetic exercise is a common component of rehabilitation programs for athletes and individuals recovering from injuries.

Primary Applications of Isokinetic Movement

Rehabilitation: Isokinetic exercise is often used in rehabilitation programs to help individuals recover from injuries or surgery. It can be used to target specific muscle groups and increase strength and endurance without putting undue stress on the injured area.

Sports Performance: Isokinetic machines are commonly used by athletes to improve their strength, power, and endurance. They can be used to target specific muscle groups that are important for a particular sport, such as the quadriceps for running or the rotator cuff muscles for throwing.

Research: Isokinetic machines are also used in research settings to study muscle function and performance. They can provide precise measurements of muscle strength and endurance, which can be used to better understand the physiology of muscle function.

Primary Benefits of Isokinetic Movement

Targeted Muscle Strengthening: Isokinetic exercise allows for targeted strengthening of specific muscle groups. This can be particularly useful for athletes or individuals recovering from injury who need to strengthen specific areas of the body.

Improved Muscle Endurance: Isokinetic exercise can help improve muscle endurance, allowing individuals to perform repetitive movements for longer periods of time without experiencing fatigue.

Reduced Risk of Injury: Isokinetic exercise can help reduce the risk of injury by strengthening the muscles and improving joint stability.

Precise Measurement of Muscle Function: Isokinetic machines provide precise measurements of muscle strength and endurance, allowing for more accurate assessment of muscle function and performance.

Increased Performance: Isokinetic exercise can help athletes improve their performance by increasing their strength, power, and endurance. This can translate into improved speed, agility, and overall athletic performance.

Isokinetic movement has a rich history across six decades and has a wide range of applications and benefits from sports medicine to physical therapy. Our goal is to make isokinetic training more attainable and integrated into all forms of athletic training, from elite performance to high school athletics. Give us a call if you’d like to learn more about how isokinetic movement can work for you!

6 views0 comments

Recent Posts

See All

Isokinetic Effectiveness in Tendon & Ligament Strength

When it comes to athletic performance and injury prevention, building strong tendons and ligaments is crucial. These connective tissues play a vital role in supporting and stabilizing joints, and thei

It's like traditional weights...just better...and safer.

There’s no denying that weightlifting is a popular form of exercise and provides numerous benefits for overall health and fitness. However, weightlifting also carries a risk of injury, especially when

Athletes! Stop injuries before they occur.

Injuries can be a major setback for athletes and fitness enthusiasts, preventing them from achieving their goals and causing them to miss out on training time. While some injuries are unavoidable, man


bottom of page