The Wilson DYNAPWR Max irons are engineered for game-changing performance — purpose-built for golfers who want maximum forgiveness on off-center strikes and effortless access to a higher, more penetrating ball flight. As the highest-launching and most stable irons in the Wilson lineup, they deliver confidence at address and consistency from tee to green. Whether you struggle to get the ball airborne or simply want a more forgiving set that keeps you in the fairway, the DYNAPWR Max steel irons provide the technology and head design to genuinely improve your performance on the course.
The PKR-Cup Face is the cornerstone technology of the DYNAPWR Max irons. Designed through thousands of AI simulations, this new cup face design wraps around the perimeter of the sole, enabling the entire face structure to flex far more freely at impact than a conventional face design would allow. Combined with Wilson's AI-generated Variable Face Technology — which varies the thickness at precisely calculated points across the hitting area — the PKR-Cup Face optimizes ball speed, maximizes distance, and ensures consistent launch windows whether contact is made at the center, heel, or toe. The result is a hotter face that punishes off-center hits less and rewards every swing with greater carry distance.
The Velocity Optimization Channel is a precision-engineered groove located in the sole of the iron, positioned directly behind the face. At impact, this channel acts as a flex hinge — it allows the clubface to bend and rebound more aggressively, transferring a greater amount of energy into the golf ball to maximize ball speed. Critically, the VOC continues to function even when shots are struck from challenging lies or when the turf interaction is imperfect, so golfers benefit from a powerful trampoline effect across a wide range of conditions. The channel works in concert with the PKR-Cup Face to create a dual-layer speed system that makes the DYNAPWR Max one of the fastest iron faces Wilson has ever produced.
Supporting the PKR-Cup Face from the rear is the Energy Transfer Chassis — a rigid structural frame positioned at the back of the iron head. The ETC creates a virtual hollow-body construction that gives the face the freedom to flex while simultaneously maintaining maximum stability through impact. This engineering balance means that while the face is moving and generating high ball speeds, the clubhead itself remains solid and stable, preventing the twisting or deflection that reduces accuracy on off-center strikes. The chassis also plays a key role in tuning the acoustic profile of the iron, contributing to a satisfying, below-average-volume impact sound that feels more solid and traditional than the head size might suggest.
Wilson engineers carefully positioned the center of gravity of the DYNAPWR Max as low and as rearward as possible within the head. This sole-biased CG location promotes a naturally higher launch angle, helping players who struggle to get the ball airborne achieve a steeper, more effective descent angle into the green. The weight distribution is also biased toward the toe, which raises the moment of inertia (MOI) and increases the head's resistance to twisting on mis-hits. The combination of low CG and high MOI means the DYNAPWR Max is both the easiest iron in the Wilson lineup to launch and one of the most forgiving on shots struck away from the sweet spot.
The open-heel construction of the DYNAPWR Max removes excess material from the heel section of the iron head and strategically redistributes that mass toward the toe and the sole. This weight relocation serves two purposes: it lowers the CG even further, making it easier to get the ball into the air, and it increases the effective hitting area by expanding the zone where the face behaves with maximum stability. Golfers who frequently miss toward the toe will find particular benefit, as the extra toe-side mass minimises the energy loss on those common amateur misses. The open-heel design is a key differentiator between the DYNAPWR Max and the standard DYNAPWR, giving the Max significantly more forgiveness and a higher launch characteristic.
Using topology optimization — a computational design process that determines the ideal placement of material throughout a structure — Wilson's engineers distributed mass precisely within the DYNAPWR Max clubhead to achieve the best possible combination of sound, feel, and structural performance. This means material is placed only where it contributes meaningfully to stability, CG location, or acoustic tuning, and removed where it adds unnecessary weight. The outcome is a clubhead that produces a muted, satisfying impact sound at well below the volume typical of a game-improvement iron of this size, giving the DYNAPWR Max a feel that references Wilson's long tradition of quality iron craftsmanship. Players consistently describe the sound as a firm "thud" rather than a sharp "snap," which inspires confidence on every strike.
| 5 | 6 | 7 | 8 | 9 | PW | GW | SW | |
|---|---|---|---|---|---|---|---|---|
| Loft | 24° | 27° | 30° | 34° | 39° | 44° | 49° | 54° |
| Lie | 61° | 61.5° | 62° | 63° | 63.5° | 64° | 64° | 64° |
| Bounce | 3 | 4 | 4 | 5 | 7 | 7 | 8 | 9 |
| Length | 38.5" | 38" | 37.5" | 37" | 36.5" | 36" | 35.75" | 35.5" |
| Offset | 0.236 | 0.216 | 0.196 | 0.176 | 0.156 | 0.136 | 0.116 | 0.086 |
| Swing Weight | D1 | D1 | D1 | D1 | D1 | D1 | D1 | D1 |
| Hand | RH / LH | RH / LH | RH / LH | RH / LH | RH / LH | RH / LH | RH / LH | RH / LH |
RH = Right Hand | LH = Left Hand
Grip: Lamkin Crossline 360 Black
Shaft material: Steel
Shaft flex available: Regular
The Wilson Dynapower Max men's steel irons are offered in the following set configurations:
No additional properties are available for this product.
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