The Single Plane Swing

Why is the
Single Plane
Swing better?

Many great golfers have used a
conventional swing…

But many more have ruined their
back and their golf games using it!

The Single Plane Swing helps you play better golf hitting beautiful, consistent, powerful shots, with none of the conventional swing back problems.

To simplify the golf swing you must make the moment of Impact easier. The Single Plane Swing does this with more space from the ball, less rotation, less body movement and less stress on the body.

Here are the key differences…

Club
Angle at
Address

Club Angle at Address

The Single Plane Swing

Club starts at the mid-spine plane of impact. You start at the same angle as impact.

Conventional Swing

Club starts at a low angle, intersecting the hips rather than the mid-back. Lower than the impact plane.

Tilt of Body

The Single Plane Swing

The tilt of the body starts at address similar to the tilt of the body at impact meaning less movement from the start to finish.

Conventional Swing

The lead hand is
hinged with an angle
between the hand
and wrist. The trail
hand is rotated on top
of the golf grip.

TILT
OF
BODY

Arms

The Single Plane Swing

Lead arm and trail arm are aligned with the club. The trail arm alignment is the same plane as the club shaft impact.

Conventional Swing

Arms hang straight down, on a different plane from the club– hence “Two Plane”.

Hands/Grip

The Single Plane Swing

The lead hand is in a neutral and released position (ulnar deviated) where the back of the hand is parallel to the clubface. The trail hand is placed in a non-rotational position–similar to skipping a rock.

Conventional Swing

The lead hand is hinged with an angle between the hand and wrist. The trail hand is rotated on top of the golf grip.

Hands/Grip

FEET

The Single Plane Swing

Feet apart for stability and farther away from the ball–provides room for the ideal high and natural impact plane.

Conventional Swing

Feet close together and unnaturally close to the ball–means less stability and leaves little room for the higher impact plane for the club.

Backswing

The Single Plane Swing

Arms and clubs move naturally to the inside onto the Single Plane.

Conventional Swing

Club starts at a lower angle and lifts to a higher plane.

Lower
Body
Movement

Lower Body Movement

The Single Plane Swing

The lower body moves into a flexed
lead knee, reducing stress from the
lower back.

Conventional Swing

Moves into a straight
lead knee, causing
compression into the
hips and lower back.

Shaft
Angle
of Impact

Shaft Angle of Impact

The Single Plane Swing

Club impacts on the same mid-spine plane. This is the same as at address, meaning less shaft lift into impact, meaning less compression on the back and spine.

Conventional Swing

The lead hand is hinged with an angle between the hand and wrist. The trail hand is rotated on top of the golf grip.

Body Position at Impact

The Single Plane Swing

The lead knee remains flexed and trail foot stays on the ground through impact. This reduces body lift into impact, which means less upward movement and stress into the lower back. This makes the Single Plane Swing easy on your back.

Conventional Swing

The lead leg straightens and body and trail hip lift and rotate up. As the upper body and shoulders rotate down, the whole body leans back. This is an unnatural, awkward, and stressful position for your back. No wonder so many golfers have back pain.

Body
Position at
Impact

PAST
IMPACT

Past Impact

The Single Plane Swing

The lead knee remains flexed and the trail foot on the ground, stabilizing the lower body keeping stress off the lower back. The extension of the club returns to the Single Plane.

Conventional Swing

The lead knee
straightens and trail foot lifts, placing stress on the back as the body turns.

Finish

The Single Plane Swing

With the lower body stable and the
upper body stabilized, the arms and
shoulders rotate, returning the club to
the Single Plane. This makes the single
plane easier on the back.

Conventional Swing

With the body lifted and the upper body leaning back, stress is placed on the lower back and shoulders from the lift and rotation into the finish.

Why is the Single Plane Swing better?

Here are the key differences…

Club Angle at Address

Club Angle at Address

The Single Plane Swing

Conventional Swing

Tilt of Body

The Single Plane Swing

Conventional Swing

TILT OF BODY

Arms

The Single Plane Swing

Conventional Swing

Hands/Grip

The Single Plane Swing

Conventional Swing

Hands/Grip

Hands/Grip

FEET

The Single Plane Swing

Conventional Swing

Backswing

The Single Plane Swing

Conventional Swing

Lower Body Movement

Lower Body Movement

The Single Plane Swing

Conventional Swing

Shaft Angle of Impact

Shaft Angle of Impact

The Single Plane Swing

Conventional Swing

Body Position at Impact

The Single Plane Swing

Conventional Swing

Body Position at Impact

PAST IMPACT

Past Impact

The Single Plane Swing

Conventional Swing

Finish

Finish

The Single Plane Swing

Conventional Swing

Are you ready to learn THE Single Plane Swing?

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Why is the
Single Plane
Swing better?

Club
Angle at
Address

TILT
OF
BODY

Lower
Body
Movement

Shaft
Angle
of Impact

Body
Position at
Impact

PAST
IMPACT

Are you ready to learn
THE Single Plane Swing?