TSM Online Golf Course

The Sling Method – 6 Week Golf Performance Program

The Sling Method is a biomechanics-driven training system designed to help golfers move more efficiently, generate more power, and stay injury-free. Over 6 weeks, this program develops the key physical qualities that underpin an elite golf swing—rotational control, force transfer, and coordinated movement through the entire body.

Rather than isolating muscles, The Sling Method trains the body as an integrated system, improving how energy is stored, transferred, and released from the ground up. This leads to increased clubhead speed, better consistency, and reduced stress on common injury areas like the lower back, hips, and shoulders.

Benefits for golfers:

•Increased distance through improved force transfer

•Greater swing consistency and control

•Enhanced mobility and rotational efficiency

•Reduced risk of injury and improved longevity

•Better connection between lower body, trunk, and arms

This is not just strength training—it’s movement training specifically built for golfers who want to perform at a higher level.

For coaches –

The Sling Method – 6 Week Golf Performance Program

The Sling Method is a movement-based training system built around the principles of integrated biomechanics, designed to enhance golf performance through improved force transfer, rotational efficiency, and intersegmental coordination.

Over 6 weeks, the program targets the development of effective “sling systems” within the body—linking the lower extremities, pelvis, trunk, and upper body to optimize how force is generated, transferred, and expressed through the swing.

Key physical qualities addressed include:

•Transverse plane force production and control

•Pelvis–thorax dissociation and sequencing

•Elastic energy storage and release

•Ground force interaction and stability

•Load distribution to reduce tissue stress

By training movement patterns rather than isolated muscles, golfers can improve clubhead speed, movement efficiency, and consistency, while reducing excessive loading on the lumbar spine, hips, and shoulders.

The result is a more robust, efficient system capable of producing repeatable, high-level performance.