Golf Clubs TRIZ Cases

Tungsten heel and toe weights tune club head mass and center of gravity to keep launch, trajectory, and distance more consistent across irons.

Strategic face channels shift high COR toward heel and toe impact zones, improving energy transfer and straighter off-center shots.

A reversible sole weight with unequal ends shifts club head mass to adjust center of gravity, moment of inertia, spin, feel, and trajectory.

Strategic mass ports, filler-filled cavities, and multi-material zones tune CG and MOI in golf club heads for launch, spin, and dispersion control.

A flexure-shaped lattice faceplate stores impact energy through bending to raise ball speed while dispersing stress and meeting USGA time limits.

An angled variable-thickness face plate balances CT across the club face, preserving flexibility while keeping overall CT within USGA limits.

A metal chassis and thermoplastic body interlock through molded features to raise putter MOI while reducing weight, bulk, and cost.

Electronic paper on the club head replaces fixed alignment marks with adjustable topline cues and impact-location feedback for more accurate shots.

A slidable weight in a recessed channel lets golfers tune CG and MOI while a cover and fastener keep the weight stable during swings.

Perimeter weighting, a steel frame, and a lightweight crown raise putter head inertia to reduce off-center twisting and improve roll.

An elastomer between the striking face and support arm limits center deflection to stabilize ball speed across the face and improve impact sound.

Segmented cavity fillers and mass distribution tune CG and MOI in a golf club head to improve ball speed, spin, and strike consistency.

A shallower, thinner driver face boosts ball speed while mass redistribution keeps characteristic time compliant and preserves durability.

An impact-triggered flash on the golf club helps players keep their eyes on the ball and build more consistent contact during swing training.

A thick center with thinner heel and toe face zones improves ball speed uniformity and launch while preserving club head strength.

A leading-edge reference plane keeps striking face length and address-view shape consistent across golf club heads with different bounce and grind soles.

Spiral edge paths and aeration channels improve finger alignment, tactile grip, and sweat control across varied racquet holds.

A damping element behind the striking face reduces center deflection and stress to improve ball speed uniformity, durability, and impact sound.

A toe-installed damping element reduces center-face deflection to even out ball speeds across the striking face and improve durability.

Toe- and heel-side impact sensors let a golf club tune sound electronically while reporting impact location without changing club head performance.

A zoned putter face uses softer center and harder surrounding materials to keep ball speed, feel, and sound more consistent across strike locations.

A toe-installed damping element restrains center-face deflection to even out ball speed and launch velocity across the striking face.

A thick center face with thinner heel and toe sections improves ball speed and launch angle while preserving club head durability.

A spring-based flexure insert in the club head slit controls local face flexure while reducing energy dissipation and increasing ball speed.

A sliding cover locks an adjustable golf club weight in a recessed channel, enabling CG and MOI tuning without removing components.

A rearward ring-shaped stress-reducing region and zoned face thickness improve ball speed while maintaining striking face strength with less excess mass.

A sole slot with a nested weight insert shifts CG forward and down while increasing face compliance for higher ball speed and better flight.

Removable hosel and body components let one golf club head fit different shaft and body setups while reducing the need for multiple clubs.

Overmolded thermoplastic sections cut club head mass while reinforcing load-bearing areas and preserving face bonding strength.

A shear-thinning cavity filler lets the iron face flex on impact, then increases damping to absorb sound and dissipate energy.

A metal-composite shaft with layered reinforcement and a damping spacer improves swing stability, consistency, stiffness, and feel.

Tailored groove profiles by loft angle reduce fliers and keep spin and ball flight more consistent across wet, rough, and turf conditions.

An offset internal tungsten weight lowers the sweet spot and deepens CG while preserving sole and face flex to improve launch and reduce impact stress.

A face protrusion replaces heavy putter inertia with top-spin contact, helping the ball roll sooner while keeping the club lighter and easier to swing.

A rear-face damping element absorbs and spreads impact energy to stabilize ball distance and improve sound on off-center golf hits.

A crown protrusion is positioned to add downswing drag that suppresses toe-down while preserving a higher ball hitting sound frequency.