Of course it's best to fly straight.

Golfers tend to make mistakes to the right. But did you know that many of the iron shots that make the score tend to curve to the right? TaylorMade's new irons are designed to prevent mistakes to the right and pursue straightness. Experience the "Qi Irons" that fly straight and deliver distance performance and unprecedented straightness.

New Integrated System Design A newly developed integrated system is used to ensure that each iron achieves the straightness, high trajectory, and accurate shots required for each club. The face design is optimized for each club, and the cap back design, through-type speed pocket, and other technologies are integrated to create the optimal head design for each club. The reproducibility of the optimal flight distance and ball speed required for each club is improved, achieving excellent straightness and an appropriate distance gap throughout the set.

The innovative structure with the cap back design combines the advantages of hollow irons and conventional cavity back irons. Not only does it optimize the center of gravity for each club, but it also works in synergy with the vibration damping system to reduce unnecessary vibrations at impact, providing a comfortable sound and feel. In addition, the head design uses a larger face than before and aims to expand the sweet area, providing a sense of security in appearance and stable distance even on mishits.

Adopted "FLTD CG design" that is an optimal center of gravity design for high performance and head design for each club. By designing the center of gravity for each club in the entire set to be the optimal position, the performance required for each club is improved. The long irons optimize straightness and trajectory, the middle irons have a large sweet area for high initial velocity, and the short irons are designed to increase spin and improve repeatability, providing optimal performance and straight trajectory for the entire set.

count	#Four	#Five	#6	#7	#8	#9	Pw	Aw	Sw
Head material / Face material	Stainless steel [450SS] (casting)					Stainless steel [431SS] (casting)
grip	TM Tour Velvet 360 Black/Blue CP (diameter 60/47.5g)
Loft angle (°)	18.5	twenty one	twenty four	28	32	37	43	49	54
Lie angle (°)	61.5	62.0	62.5	63.0	63.5	64.0	64.5	64.5	64.5
Custom club length (inches)	△ 39.125 (Custom recommended length)	38.5	37.875	37.25	36.75	36.25	35.75	35.5	35.25

*The club length of #4 is the recommended custom length.

*These specifications are calculated/provisional values.

*The lie angle indicated is the score line lie measurement.

*Made in China/Taiwan/Vietnam

■MCI Features Compared to steel shafts, carbon shafts have a disadvantage of having the center of gravity closer to the grip, which impairs the feel. The development of Metal Composite Technology (MCT) has made it possible to adjust the shaft's center of gravity while achieving the high controllability of the "smooth movement" that is a feature of carbon shafts.

■Compared to conventional carbon irons: ・Swing weight can be made to the same level as steel shafts. ・Reshafting from steel shafts is easy. ・Smooth outer diameter distribution and EI distribution due to a design that uniformly aligns the carbon thickness over the entire length. ・Perfect frequency flow and torque flow design for a club feel.

■Compared to steel shafts -High hardness in both torsion and bending -Taking advantage of the high degree of design freedom, the EI at the grip side is increased, making it easier to hit, and creating a more flexible design -With vibration control performance that is more than twice that of steel, it reduces the strain on the body and improves the feel of the hit.

■Others・The MC80, 100, and 120 irons are made with a metal tube, achieving a swing weight equivalent to that of a steel shaft.・The MC60 iron is made with a metal foil laminate, optimizing the tip mass.・The metal tube composite technology has been patented (Patent No. 4880063) ・Patent pending for metal foil composite technology (patent application no. 2012-95194)

model	flex	Product Manager	Weight (product)	torque	Tip diameter	Butt diameter	condition
MCI50	R	39.0 to 35.5	55	3.5–3.3	9.35	14.9	First and Second
	S		57			15.0
MCI60	R		65	3.2–2.8		15.1
	S		67			15.2
MCI70	R		73	3.0–2.6		15.1
	S		76			15.2
MCI80	R		84	2.9–2.5		15.0	During ~
	S		86			15.1
MCI90	R		92	2.8 to 2.4		15.10
	S		94			15.2
MCI100	S		104	2.8 to 2.4		15.10
	X		106			15.2