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Wilson Dynapower Iron Set
Advanced technology for exceptional distance and maximum accuracy.
The Wilson Dynapower Iron Set is designed to deliver outstanding performance on every shot, thanks to the implementation of innovative technology and AI-driven simulations. With a design focused on boosting distance, accuracy and forgiveness, these irons are for golfers looking to improve their game with a reliable, accurate and powerful club.
The new Energy Transfer Chassis (ETC) is one of the pillars of the design, providing maximum stability and excellent energy transfer at impact, resulting in a more powerful and controlled shot. In addition, its low center of gravity allows for high launch, optimizing MOI (moment of inertia) and generating a more consistent ball flight. The iron design also promotes a solid feel and refined sound, enhancing the on-course experience.
Wilson Dynapower Iron Set Key Features
Energy Transfer Chassis (ETC)
- Located in the back of the iron, this innovative support chassis optimizes energy transfer at impact, increasing the power and stability of every shot.
- It improves sound and feel when making contact with the ball, providing greater confidence to the player.
Hollow Body Design
- Improves ball speed and optimizes weight distribution, allowing for more forgiveness and power on every shot.
- A design with more flex for better performance across the entire iron face.
Lower Center of Gravity and Higher MOI
- Placing the CG lower in the sole helps generate a higher launch and more stable flight, which improves control and accuracy.
- Higher MOI (moment of inertia) for greater forgiveness and sweet spot on the strike, minimizing the effects of lateral deflections.
AI Simulation for Optimal Design
- Thanks to Artificial Intelligence (AI) simulation, the Iron Set has been designed to deliver maximum performance in every detail, ensuring the best performance on every shot and the most efficient distribution of materials.
PKR-Cup Face Technology
- The PKR-Cup face creates maximum flexibility and consistency, which translates into higher ball speeds and more consistent impact.
- The speed-optimized channel allows for more powerful shots with greater control.
Topology Optimized Material Distribution
- Topology-optimized design improves iron structure, providing more power without sacrificing control or accuracy.
- The extra material in the heel helps fine-tune the center of gravity, ensuring a more consistent flight and better control on every shot.
Technical Specifications
Shafts
- Steel: KBS Max Ultralite for lightweight, controlled performance.
- Graphite: UST Recoil Dart HDC 70 for a more powerful hit with greater flexibility.
Grip
- Lamkin Crossline 360 Black: An ergonomic grip that provides a secure and comfortable grip throughout your round of golf.
Why choose the Wilson Dynapower Iron Set?
- Cutting-Edge TechnologyPower Transfer System and AI simulation optimize every aspect of the iron to improve overall performance.
- High Power and ControlHollow body design and low center of gravity deliver higher launching higher launch y stable ball flight.
- Increased ConsistencyPKR-Cup face maximizes flexibility and flexibility and consistencyand consistency, allowing for more powerful strokes y accurate hits.
- Better feel and soundAdvanced design allows for a solid solid feel and refined sound, enhancingenhancing the experience on every shot.
This Iron Set is designed for golfers who want maximum power, control and forgiveness while maintaining superior feel and sound. Improve your game with the Wilson Dynapower and take your skills to the next level!
Choosing the right set of irons is one of the most important decisions when it comes to your golf equipment. A standard set is usually 3 to Pitch Wedge (WP) or 3 to Wedge from Arena (WA) although sometimes you can also find sets with 1 and 2 irons. Increasingly, the 3 and 4 irons are being replaced by hybrid clubs so that among the best sellers are the sets from 4 or 5.
The 3 iron face has a lower loft, 20 degrees vertically, and its launch is low and long, approximately 200 yards. The Pitch Wedge, with 50 degrees of loft, at the other end of the scale gives us high balls but not as far.
The middle irons 4, 5, 6 and 7 cover the relative distances in yards between the clubs at the ends of the table.
How the irons are manufactured
The club heads are manufactured following two different processes:
- Cast irons: they occupy almost 90% of the market and it is a process in which liquid metal is spread over a mold to manufacture the club head. This process allows us to avoid torsion in the centered shots.
We can also find 17-4 cast stainless steel irons, which refers to the composition of the iron being 17% chromium and 4% nickel. These cast clubs are usually focused for players with low handicaps. - Forged irons: they are formed by a soft piece of steel to which blows are given to provoke the desired shape. They offer a much higher sensitivity and a higher cost.
- Titanium irons: cast titanium is the same material used in the space shuttle, is as strong as steel and weighs less than half as much as steel. It allows the construction of larger heads with larger optimal shot points. They tend to be very light, very easy to shoot and very forgiving but also the most expensive of the three. They are focused on players with high handicaps.
Steel or graphite shafts
The main difference is the weight, since graphite shafts are lighter, allowing faster swings and longer shots.
Steel is much more durable than graphite and also easier to manufacture and is much more correct in the shots than graphite clubs.
Graphite absorbs more vibration so it is said to have a duller feel on impact, while steel is crisper and louder.
- Shaft flexibility: Hard flex shafts offer greater accuracy with faster swings but shorter distance than others with slower speeds. A shaft with a light flex is good for slower swing speeds, as is the case with senior players. The most common are normal flex shafts as they are suitable for most players.
- Loft and lie: if the iron head is too flat it can offer resistance with the turf and cause deflections to the right. If on the other hand the position is too vertical, the heel will cause cavation and drive shots to the left. So we can conclude that shorter golfers will benefit more from flatter positions and taller golfers from slightly vertical positions.
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