WHY TAPERCORE IS THE ONLY WAY

SYSTEM INFRASTRUCTURE // WHITE PAPER // PATENTED TECH

TAPERCORE™ KINETICS // SPEC SHEET

INTERNAL REFERENCE // MECHANICAL ADVANTAGE DATA

[THE PROBLEM]: FLAT-PLANE FAILURE

Most modular golf systems fail at the atomic level. When two flat metal surfaces are bolted together, microscopic gaps remain. Upon impact, the energy wave hits this boundary and scatters, creating "shear-plane chatter." The result is the dead, hollow, clicking feel that plagues traditional adjustable putters. They rely entirely on the vertical tension of a single screw to hold the club together.

[THE SOLUTION]: CONICAL CHAMFER FUSION

The patented Dual TaperCore™ system abandons flat mating surfaces entirely. By utilizing an aggressive Conical Chamfer geometry, the axial load of the lock-screw is converted into exponential radial compression. As the components are drawn together, the angled walls wedge into a zero-tolerance interference fit. The three loose parts mechanically fuse into a single, rigid isotropic mass.

RESULT: THE UNBROKEN HARMONIC FEEDBACK OF A SOLID-MILLED BLADE.

01 RADIAL COMPRESSION LOGIC

FORCE MULTIPLIER Wedge geometry amplifies screw tension by 400%.

SHEAR ELIMINATION Conical walls absorb off-center torque seamlessly.

AUTO-CENTERING The taper forces perfect axis alignment on every swap.

SURFACE AREA 3x more contact mating surface than a flat joint.

LAB NOTE: This is the exact same mechanical logic used to secure high-speed CNC milling bits spinning at 20,000 RPM. If it won't rattle in a machine shop, it won't rattle on the green.

02 ACOUSTIC HARMONICS (THE 1-PIECE FEEL)

WAVE TRANSFER

Impact energy travels cleanly through the hosel directly to the hands without scattering at the joint.

FREQUENCY SYNC

The extreme friction fit forces the Hosel, Frame, and Mod to resonate at the exact same frequency.

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ZERO NOISE

Total elimination of mechanical "buzz" on off-center strikes.

03 PATENTED ARCHITECTURE

This is why we hold the patent, and why the mass-market brands cannot replicate this feel. Mass-producing a flat-plane joint is cheap and easy. Machining a Dual-Conical Chamfer requires extreme, slow-milling tolerances. If the angle is off by a fraction of a degree, the system fails. We built CHASSI at architectural grade because it is the only way a modular system actually works.