Lọc

Gậy Golf Sắt Nữ Honma Beres Aizu 08-4S

39,700,000vnđ

Liên hệ
Hotline đặt hàng 028.6686.1177 – 0907.33.22.66
(8-20h cả T7, CN)

Email: [email protected]

Mô tả

NO PROBLEM A partner who puts everything at the core.

The noble and unrivaled view of the world has renewed the BERES image.
Achieves overwhelming high performance and high quality at the highest level in history.
It is the one and only existence that will be your “buddy” in pursuit of the ultimate.
Strong and beautiful BERES wearing the dignity of world-class Japanese beauty

3D L-CUP Face (# 5- # 9)

Achieves high resilience performance over a wide range of faces.

By thickening the sole part, the center of gravity is lowered and the launch angle is increased.

Sole slit

High repulsive force is generated by the slits on the outside and inside of the sole.
In addition, the slit on the outer toe exerts a repulsive effect at the off-center RBI near the toe.
In addition, the wide sole realizes a high launch angle with a low center of gravity.

Vertical slit uneven thickness face

The face is thinned to the utmost while maintaining the strength of the face by the vertical slit-shaped uneven thickness. As a result, the repulsive force is increased, and the tolerance for hitting point blur is realized with a stable shot with high flight distance performance.

Cavity structure with deep and low center of gravity to create the ideal trajectory

By expanding the scooping range at the bottom of the cavity, a deeper and lower center of gravity is achieved. Furthermore, by changing the gouge according to the count, the ideal trajectory required for each can be obtained.

Adopting new material that balances running and stability -ARMRQ MX shaft

A consistent swing trajectory is achieved by winding the newly developed material “10-axis braided cloth sheet” with high compressive strength around the bat side and accelerating the crushing and returning movement of the shaft during the swing. The counterbalance effect is improved and the swing speed is improved. Increasing the strength of the shaft sheet makes the swing path constant and enables accurate shots.

Directional stability of the trajectory due to stable head behavior

Image of directional stability due to difference in shaft grade at off-center hit.
Comparison of the trajectory hit by removing 20 mm from the center of gravity to the heel side and toe side respectively.
Directional stability increases in proportion to the shaft grade.

Accelerate head running at impact

Due to the difference in materials and design used due to the upgrade, the flight distance performance due to the increase in swing speed is demonstrated with higher accuracy.

SPEC

Count / Loft angle (°)			# 5/24	# 6/27	# 7/30	# 8/34	# 9/38	# 10/43	# 11/49	SW / 56
Head material / manufacturing method			Body: 17-4 / Casting Face: # 5- # 9 AM355P / Casting / # 10-SW ES235 / Rolling
Head finish			2-layer plating + satin finish + mirror + paint finish (silver color)
Rye angle (°)			61.0	61.5	62.0	62.5	63.0			63.5
Offset (mm)			4.0 4.0	3.5 3.5		3.0 3.0				2.5
Length (inch)			37.0	36.5	36.0	35.5	35.0	34.5	34.0
Balance / Gross weight (g)	ARMRQ MX 4S	L	C1 / 333	C1 / 339	C1 / 345	C1 / 351	C1 / 357	C1 / 363	C1 / 369	C2 / 373
		A	*	*	*	*	*	*	*	*

L / # 5 and * marks are for orders

made in Japan

SHAFT

ARMRQ MX 4S

Model	ARMRQ MX 4S
Flex	L	A
Length (mm)	933
Weight (g)	41.5	43.0
Torque (°)	4.35	4.30
Tip diameter (mm)	9.3
Butt diameter (mm)	14.3
Condition	First-come-first-served basis

* Data is for IRON shaft alone

GRIP

Name	GR HONMA RUBBER 36 GD
Material	rubber
Gross weight (g)	36.0
Size	59

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Gậy Golf Sắt Nữ Honma Beres Aizu 08-4S

NO PROBLEM A partner who puts everything at the core.

3D L-CUP Face (# 5- # 9)

Achieves high resilience performance over a wide range of faces.

By thickening the sole part, the center of gravity is lowered and the launch angle is increased.

Sole slit

High repulsive force is generated by the slits on the outside and inside of the sole. In addition, the slit on the outer toe exerts a repulsive effect at the off-center RBI near the toe. In addition, the wide sole realizes a high launch angle with a low center of gravity.

Cavity structure with deep and low center of gravity to create the ideal trajectory

By expanding the scooping range at the bottom of the cavity, a deeper and lower center of gravity is achieved. Furthermore, by changing the gouge according to the count, the ideal trajectory required for each can be obtained.

Adopting new material that balances running and stability -ARMRQ MX shaft

Directional stability of the trajectory due to stable head behavior

Image of directional stability due to difference in shaft grade at off-center hit. Comparison of the trajectory hit by removing 20 mm from the center of gravity to the heel side and toe side respectively. Directional stability increases in proportion to the shaft grade.

Accelerate head running at impact

Due to the difference in materials and design used due to the upgrade, the flight distance performance due to the increase in swing speed is demonstrated with higher accuracy.

SPEC

Count / Loft angle (°)

# 5/24

# 6/27

# 7/30

# 8/34

# 9/38

# 10/43

# 11/49

SW / 56

Head material / manufacturing method

Body: 17-4 / Casting Face: # 5- # 9 AM355P / Casting / # 10-SW ES235 / Rolling

Head finish

2-layer plating + satin finish + mirror + paint finish (silver color)

Rye angle (°)

61.0

61.5

62.0

62.5

63.0

63.5

Offset (mm)

4.0 4.0

3.5 3.5

3.0 3.0

2.5

Length (inch)

37.0

36.5

36.0

35.5

35.0

34.5

34.0

Balance /

Gross weight (g)

ARMRQ MX 4S

L

C1 / 333

C1 / 339

C1 / 345

C1 / 351

C1 / 357

C1 / 363

C1 / 369

C2 / 373

A

*

*

*

*

*

*

*

*

L / # 5 and * marks are for orders

made in Japan

SHAFT

Model

ARMRQ MX 4S

Flex

L

A

Length (mm)

933

Weight (g)

High repulsive force is generated by the slits on the outside and inside of the sole.
In addition, the slit on the outer toe exerts a repulsive effect at the off-center RBI near the toe.
In addition, the wide sole realizes a high launch angle with a low center of gravity.

Image of directional stability due to difference in shaft grade at off-center hit.
Comparison of the trajectory hit by removing 20 mm from the center of gravity to the heel side and toe side respectively.
Directional stability increases in proportion to the shaft grade.