The Tri-Hot 5K Rossie DB is a face-balanced double bend mallet suitable for strokes with minimal arc and face rotation. Tri-Hot 5K putters transform putting performance with multi-material front loaded tungsten weighting that improves CG positioning while dramatically increasing inertia. This putter is equipped with two 25 adjustable weights.
The Tri-Hot 5K Rossie S is a mallet with a short slant hosel, suitable for strokes with arc and face rotation. Tri-Hot 5K putters transform putting performance with multi-material front loaded tungsten weighting that improves CG positioning while dramatically increasing inertia. This putter is equipped with two 25 adjustable weights.
The Tri-Hot 5K Seven CH is a mallet with a crank hosel, suitable for strokes with moderate arc and face rotation. Tri-Hot 5K putters transform putting performance with multi-material front loaded tungsten weighting that improves CG positioning while dramatically increasing inertia. This putter is equipped with two 25 adjustable weights.
The Tri-Hot 5K Seven DB is a face-balanced double bend mallet suitable for strokes with minimal arc and face rotation. Tri-Hot 5K putters transform putting performance with multi-material front loaded tungsten weighting that improves CG positioning while dramatically increasing inertia. This putter is equipped with two 25 adjustable weights.
The Tri-Hot 5K Seven S is a mallet with a short slant hosel, suitable for strokes with arc and face rotation. Tri-Hot 5K putters transform putting performance with multi-material front loaded tungsten weighting that improves CG positioning while dramatically increasing inertia. This putter is equipped with two 25 adjustable weights.
The Tri-Hot 5K Three is a classically shaped heel toe weighted putter with a flow neck hosel yielding more toe hang making it suitable for strokes with more aggressive swing arc and face rotation. Tri-Hot 5Kputters transform the performance of a blade with multi-material front loaded tungsten weighting that improves CG positioning while dramatically increasing inertia.