TaylorMade's SIM Max
OS
Approach, Sand And Lob Wedge Matched Set
Catalyst Black Graphite
Shafts 60g 5.5 Regular Flex - NEW
In Stock NOW and we ship Fast!
If by 2PM any business day, we'll ship same day!
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Model |
SIM Max OS |
This Listing Includes |
3 pc Set - Approach, Sand and Lob |
Dexterity |
Right Hand |
Shaft |
Project X Catalyst Black 60g 5.5 (Regular
Flex)
Weight 68g Torque 4.5º Mid Launch |
Condition |
Brand NEW |
TaylorMade
SIM Max OS ...
The
SIM Max OS
version offers an oversized construction results in a larger sweet
spot and more forgiveness across the entire face and also delivers
the maximum distance. The SIM Max is designed to deliver
forged like feel in a distance iron. The Max
OS is 8% thinner for amazing ball
speed and forgiveness! |
![](https://hosting.photobucket.com/images/r82/thegolfmarket/TM-SIM-Max-OS-Wedge-SP.jpg) |
• Speed Bridge™ - Revolutionary Speed Bridge technology
strategically supports the topline of the iron to unlock explosive
distance and forgiveness with improved sound and feel.
• ECHO® Damping System - Designed with energy channeling geometry to
quickly eliminate harsh vibrations at impact delivering forged-like
feel without sacrificing face flexibility.
• Speed Pocket™ - Patented TaylorMade technology engineered to
maximize face flexibility for increased ball speed and forgiveness
on low face strikes.
• Progressive Inverted Cone Technology - Engineers progressively
positioned ICT towards the toe in both SIM Max and SIM Max OS to
generate a draw bias in the longer irons and counteract the common
right miss.
• Forgiving Shape Design - The head is shaped to deliver an
unmatched combination of distance, forgiveness, and playability.
Designed with a large face area to increase stability and wide sole
geometry for forgiving turf interaction.
• Low Center of Gravity - A wide sole geometry, lightweight fluted
hosel, 360° undercut and ultra-thin face shift mass from high in the
clubhead down into the bottom of the sole for a low and back CG
resulting in high, penetrating ball flights. Additional
stiffness in the head structure provides higher ball speeds due to
reduced energy loss at impact. |
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