The golf club market is vast, offering players a multitude of clubs to choose from to suit their individual swings and skill levels.
One of the most significant decisions a golfer needs to make is selecting the right driver.
TaylorMade, one of the leading manufacturers of golf equipment, has two popular driver models: the Aeroburner and the M2.
In this article, we will deeply analyze the differences between the Aeroburner and the M2, discuss their performance, construction and design, forgiveness, and distance.
This comprehensive guide will enable you to make an informed decision to choose the perfect driver for your game.
Aeroburner vs M2: A Brief Overview
Released in 2015, the TaylorMade Aeroburner lives up to its name as it focuses on increasing clubhead speed and generating exceptional distance for golfers.
It features an aerodynamic design, speed pocket technology, and a High-Moment of Inertia (High-MOI) design.
These attributes contribute to better performance and longer shots for those with slow to moderate swing speeds.
On the other hand, the TaylorMade M2, introduced in 2016, is seen as a successor to the Aeroburner.
This club is one of the most popular in TaylorMade’s M family, offering improvements in terms of forgiveness, MOI, and sweet spot.
The M2 maintains attributes that made its predecessor successful while adding new features to elevate golfers’ performance to unprecedented levels.
Performance: Clubhead Speed and Ball Speed
The Aeroburner is engineered to maximize clubhead speed, with a redesigned 460cc aerodynamic head shape that reduces drag as the club moves through the air.
TaylorMade uses Speed Pocket technology, a slot in the sole of the driver, to increase flex and ball speed.
The High-MOI design keeps the club stable during impact while still allowing the player to launch the ball with a higher trajectory, perfect for those who struggle to create optimal height on their drives.
The M2 driver features the same 460cc clubhead size, but with more significant advancements.
TaylorMade has introduced the use of multi-materials and lighter carbon composite construction in the M2.
Using this material in the clubhead’s crown allows the manufacturer to place the weight lower on the clubhead, increasing MOI and creating a large sweet spot for more forgiveness.
Along with its refined Speed Pocket technology, the M2 has a hotter face that boosts ball speed across a more extensive impact area.
In terms of performance and clubhead speed, both drivers are designed for optimal aerodynamics, but the M2 surpasses the Aeroburner due to its weight redistribution and increased ball speed.
Construction and Design: Comparing Materials and Technologies
The Aeroburner’s construction and design can be considered a significant factor that led to its popularity among golfers.
Its thinner face, lightweight shaft, and aerodynamic head shape contribute to the overall construction focused on generating maximum clubhead speed.
The matte white or black finish on the club’s crown and alignment aid provides a clean and professional appearance.
Additionally, the shafts for the Aeroburner are designed to provide optimal performance in terms of launch angle, spin rate, and torque.
The M2’s more significant upgrades in construction and design set it apart from its predecessor.
As mentioned earlier, the use of multi-material technology and carbon composite crown allows a redistribution of weight, advancing its performance considerably.
Moreover, TaylorMade incorporated an updated version of its Inverted Cone Technology (ICT) into the face design of the M2, leading to increased forgiveness, speed, and distance on shots struck off-center.
The visuals of the M2 are enhanced with a black and white contrast on the crown, making alignment easier – even for novice golfers.
Forgiveness: Expanding the Sweet Spot
Forgiveness is a crucial aspect when selecting a golf club, and the M2 trumps the Aeroburner in this regard.
While the Aeroburner does offer some level of forgiveness via the High-MOI design, the more extensive carbon composite construction of the M2 results in a lower and deeper center of gravity (CG).
This construction leads to a larger sweet spot that improves performance on off-center hits, increasing overall distance and consistency.
Distance: Driving the Ball Further
Both Aeroburner and M2 drivers are designed to improve distance off the tee.
However, the technological advancements present in the M2 driver give players more significant carry and overall distance.
These improvements are a direct result of the refined Speed Pocket technology, multi-material construction, and hotter clubface.
Conclusion: Making the Decision between Aeroburner vs M2
While both the Aeroburner and M2 drivers are exceptional choices for golfers looking to improve clubhead speed and distance, the M2 has the