TENSEI™ Pro White 1K

The Pro White 1K series features the hallmark of "white profile" shafts—exceptionally tip stiffness—to stabilize head movement and deliver straight, low-spin, powerful shots with center-face impact. A flexible yet efficiently reinforcing 1K carbon weave is applied to the butt section, enabling a deep load during the transition and a smooth, stress-free release through impact.

SPEC

Shaft Name	Flex	Length(mm)	Weight(g)	Tip O/D (mm)	Tip Length(mm)	Butt O/D(mm)	Torque(deg)	Kick Pt.
TENSEI™ Pro White 1K 50	R	1168	53.5	8.6	75	15.30	4.6	HIGH
TENSEI™ Pro White 1K 50	S	1168	56	8.6	75	15.40	4.5	HIGH
TENSEI™ Pro White 1K 50	X	1168	59	8.6	75	15.40	4.4	HIGH
TENSEI™ Pro White 1K 50	TX	1168	61	8.6	75	15.50	4.4	HIGH
TENSEI™ Pro White 1K 60	R	1168	59.5	8.6	75	15.20	3.8	HIGH
TENSEI™ Pro White 1K 60	S	1168	61.5	8.6	75	15.25	3.8	HIGH
TENSEI™ Pro White 1K 60	X	1168	65	8.6	75	15.40	3.8	HIGH
TENSEI™ Pro White 1K 60	TX	1168	66.5	8.6	75	15.45	3.8	HIGH
TENSEI™ Pro White 1K 70	S	1168	70.5	8.6	75	15.25	3.4	HIGH
TENSEI™ Pro White 1K 70	X	1168	74.5	8.6	75	15.35	3.3	HIGH
TENSEI™ Pro White 1K 70	TX	1168	76	8.6	75	15.40	3.2	HIGH
TENSEI™ Pro White 1K 80	S	1168	81.5	8.6	75	15.20	2.8	HIGH
TENSEI™ Pro White 1K 80	X	1168	83.5	8.6	75	15.30	2.8	HIGH
TENSEI™ Pro White 1K 80	TX	1168	85.5	8.6	75	15.30	2.7	HIGH

[MADE IN CHINA]

TECHNOLOGY

X‑link Tech

A new matrix resin technology that optimizes composition to form a rigid cross‑link structure. Enhances molding properties by up to 14% in strength, 15% in modulus, and 8% in strain-to-failure compared to conventional resins—unlocking MR70’s full potential.

MATERIAL

MR70™

A breakthrough carbon fiber balancing stiffness and strength by reengineering precursor and resin processes. Offers ~20% higher strength and ~10% higher modulus vs. previous grades.
BoronFiber

High‑reinforcement boron fiber used where rigidity and reinforcement are prioritized—e.g. aerospace or high-performance fishing rods.
1K Weave

Fabric built from single-filament bundles (1K) providing dense, flexible weaving. Offers high formability, precision in modeling, reduced creep, and efficient reinforcement with minimal resin usage.