Golf Clubs TRIZ Cases

A putter head with an aiming member and target helps golfers keep visual alignment with the hole and reduce path deviation during the swing.

A separable rear body and targeted weighting balance MOI and CG location to improve golf club stability, forgiveness, and speed.

A tilted hosel and open resting face angle reduce hook bias while preserving hybrid launch and forgiveness for lower handicap players.

Region-specific overlapping face texturing stabilizes spin on toe and heel strikes, improving control and average distance.

A two-piece putter head with an aluminum center, steel frame, and perimeter weighting raises moment of inertia to limit off-center twisting.

Adhesive bonding tape and vacuum-bag curing strengthen multi-piece golf club head joints while preserving discretionary mass distribution.

A flexure lattice in the golf club faceplate stores impact energy and spreads stress, raising ball speed while improving durability.

Spacer and weighted tiles fill the sole groove to improve aerodynamics, lower CG, and maintain efficient mass distribution in a golf club head.

FAST forms near-net golf club faceplates with isotropic equiaxed grains, cutting waste and process time while improving durability and energy transfer.

An elliptical off-axis grip with an angled channel helps the club face stay square, reducing hand torque and improving putting consistency.

Glass plies near the striking surface and carbon plies behind it improve golf club face feel, durability, sound, and impact performance.

Internal weight members enclosed between front and rear club head bodies enable weight tuning without sacrificing forged-style appearance or sound.

A rearward onset hosel aligns the shaft with the club head center of gravity to resist face rotation and keep putts on target.

Deeper arcuate grooves in a putter face soften impact feel and sound while reducing ball speed without added inserts.

Toe and heel sole slits let the sole center flex and recover, boosting carry distance on low-face iron shots from the turf.

A composite strike face with a polymer insert and fiber-reinforced strike plate keeps driver CT within USGA limits after repeated impacts.

A rounded sole, toe-biased face thickness, and internal damping help an iron club head promote higher, straighter shots with less slicing.

A metal-composite shaft with a transition spacer improves swing stability and consistency while damping vibration and sound.

A crown protrusion balances projected head areas to manage downswing drag, improving ball catchability and flight distance.

Thin face zones and crown-to-face bridges raise ball speed for golfers under 85 mph while maintaining club head durability.

A screw-driven wedge lock secures an adjustable golf club head weight in its channel while reducing support mass and acoustic interference.

A tuned flexural and torsional rigidity profile stabilizes high-speed swings, limits impact twisting, and preserves head speed.

Discrete insert sections with gaps let an iron strikeface flex more freely, improving energy return, ball speed, and distance.

A threaded hosel insert and shaft sleeve enable adjustable shaft angles while reducing stress concentration and keeping the club head stable.

Elongate sole rails and recessed sole contours cut turf resistance, helping hybrid club heads retain speed and deliver more consistent shots.

An elastomer damping element behind the striking face limits center deflection to improve ball speed consistency and impact sound.

A target-guided aiming key with parallel sides and a cut-out helps golfers hold alignment and reduce stroke-path deviation while putting.

A face-side weight insert with multi-side support lowers center of gravity and tunes weight distribution without overly complex club head structure.

Strategic weighting in a two-piece putter head boosts Z-axis moment of inertia to reduce twisting and keep ball roll more accurate on off-center hits.

A gasket-backed face insert uses localized thickness zones to cut stress concentration while keeping the golf club striking face light and rigid.

Multiple material zones and cavity fillers tune CG and MOI while damping vibration to improve feel, sound, and ball launch velocity.

A rectangular retrofit golf grip adds distinct hand positions and integrated damping to improve comfort and shock absorption on existing shafts.

Quasi-isotropic composite face layers with tuned fiber orientation and modulus improve rebound control while preserving club head strength.

A separate bent carbon fiber tip joins a straight shaft to the putter head, cutting manufacturing cost while improving bend durability.

Multiple body members, sightlines, and adjustable weights improve putter balance, alignment, feel, and forgiveness with targeted mass distribution.

A beam-divided crown opening and localized face butting improve hitting sound and feel while raising launch angle and reducing cracking risk.

A recessed heel region shifts wedge club head mass to tighten shot dispersion while preserving feel, spin, trajectory, and rules compliance.

Cross-members link thickened face regions to spread impact stress, enabling higher ball speed with lower mass and better durability.

A face-side inserted weight with multi-side support and an upper opening lowers club head center of gravity without overly complex fixation.

A looped rib behind a thin hollow club face prevents buckling while preserving flex for higher ball speed, launch, and durability.

A multi-zone striking face uses a rearward thickened ring to cut stress concentration, preserve ball speed, and reduce club head mass.

Bonding material and retainers replace welding, letting golf club face plates and bodies use dissimilar materials to improve MOI, durability, and ball speed.

Interchangeable alignment plates and beam emitters let golfers match visual cues to perception and practice reliably indoors or outdoors.

A pressurized gas insert damps golf club head vibration while preserving discretionary mass for sound, feel, and ball flight gains.

A 25-45° negative putter face shifts impact force into torque, promoting ball roll and improving aim and distance control through a longer stroke.

Three body members with different densities, sightlines, and weight ports improve putter alignment, balance, feel, and forgiveness.

Color-graded alignment lines on a mallet putter draw the eye toward the ball to reduce distraction and improve putting consistency.

Adhesive bonding and density-tuned ledge materials help a multi-piece golf club head withstand impact while preserving mass distribution.

A scalloped channel and fastened weight member let engineers tune golf club CG precisely without sacrificing fastening security.

A rotating inner-outer weight mount lets golf club heads be retrofitted for center-of-gravity tuning while preventing accidental loosening.