Golf Clubs TRIZ Cases

Low-face strikes can lose ball speed and launch angle; a sole compliance zone enables controlled face deflection for recovery.

A composite inner wall supports the striking face in a double-wall golf iron, improving ball speed and launch across center and bottom hits.

Internal filler cavities and a thin face help tune center of gravity and moment of inertia while supporting energy transfer and structural integrity.

See how heel, toe, and mid-sole tungsten members tune mass distribution and moment of inertia for more consistent ball flight.

A steel fairway wood club head shifts mass into a thickened sole to lower CG while preserving traditional dimensions and face height.

See how a composite crown insert uses controlled bonding-wall junction dimensions to limit stress concentrations in a lightweight, durable golf club head.

A cavity-spanning bridge bar redistributes mass to lower Z-up while preserving appearance, vibration behavior, and high COR.

A docking tube and projection-channel interface enable tool-free grip replacement while maintaining rotational stability on tapered and non-tapered shafts.

Vertical and angled markings on the golf wedge face help golfers judge square or open alignment without guesswork.

Strategic weighting and CG placement balance MOI-X/MOI-Y forgiveness with lower MOI-Z and MOI-SA to enhance club head and ball speed.

Orthogonal axes replace variable masking-sticker alignment, helping golf club heads deliver more consistent orientation and spin.

Sole channels increase perimeter flexibility while adjustable weight ports tune mass distribution for ball speed, forgiveness, and compliance.

A metallic front body paired with a composite rear body cuts structural mass, freeing weight for higher MOI and a lower center of gravity.

A symmetric aperture and indexing lines help golfers confirm club-head alignment from above, improving shot consistency and reducing misalignment errors.

A heel-region recess shifts golf club head mass to reduce shot dispersion while preserving feel, spin, trajectory, and compliance.

A rounded sole and tuned center of gravity help an iron-type golf club head limit slicing and improve shot straightness.

Low-density polymer filler reinforces the face inside a hollow golf club head, freeing mass for MOI and CG tuning while preserving rigidity.

Welded metal sheets around a fiber-reinforced thermoplastic layer balance golf club head weight with face durability under impact.

An adjustable sole weight channel shifts mass properties to balance forgiveness, ball speed, and club-head adjustability.

Adjustable heel, toe, front, back, crown, and sole weight ports tune CG and MOI for different swing types without a full head redesign.

A sole channel increases perimeter flexibility and characteristic time to support coefficient of restitution, ball speed, and forgiveness.

A toothed sleeve sets discrete hand positions, giving golfers feedback to build draw-and-fade muscle memory.

Adjustable alignment features help golfers accommodate perceptual biases and aim the club head consistently along a target path.

Distributed voids redistribute face mass to tune CG and MOI while supporting durability, ball speed, sound, and feel.

Modular head and carbon-fiber tail components customize weight distribution while simplifying production and reducing inventory complexity.

An oversized 1100–1400 cm³ clubhead and child-focused weighting help young golfers make consistent contact and build proper swing mechanics.

A compact sleeve, lever, and compression collar lets fitters change putter shaft length without obstructing the player's sightline.

Bulge, roll, and twist across the putter face compensate for off-center impacts and reduce start-direction errors.

Color-changing crown lines and focus elements help keep a golfer’s gaze on the ball despite the mallet head’s larger shape.