COBRA 3DP MB IRONS

The 3DP MB irons combine the look and feel of a traditional forged blade with a massive amount of forgiveness. The most forgiving blade you'll ever hit, the MB has captivated Tour players by checking all the boxes and exceeding expectations with its exceptional stability and feel.

By uniting 3D printing and state-of-the-art engineering COBRA is revolutionizing how golf clubs are made, unlocking a new level of performance.

Each clubhead is fully 3D printed using 2600 layers of 316 stainless steel powder. This groundbreaking process gives our engineers complete design freedom to create the best combination of feel and forgiveness in a small shape that you can't achieve with traditional forged or cast irons.

No more compromises. We took the smallest muscle back blade shape and infused it with the highest MOI possible, while retaining player-preferred feel and precision. 3D printing proves you don't have to sacrifice looks for performance.

Our Internal Lattice Technology has unlocked a massive amount of discretionary weight, allowing us to redistribute mass to the heel and toe of the clubhead. Delivering the highest MOI in any shape, dramatically increasing stability, and preserving ball speed on mishits. The result is extreme forgiveness with unparalleled consistency and accuracy.

This isn’t just about a new way to build clubs; it's about a new standard for performance. Our high-MOI, low-CG design and lattice-backed face delivers tighter downrange dispersion and consistent distance across the face. This means your off-center strikes stay on target and maintain speed, giving you a new level of consistency and control.

With 3D printing, we bridged the gap between forgiveness, soft feel, and precision, bringing them together in perfect harmony. A one-piece design with an internal lattice-backed face delivers the ball speed of a face insert design, but with the pure, soft, and consistent feedback of a player's forging.

60g of saved weight is replaced with tungsten low in the heel and toe to increase forgiveness on miss-hits for improved downrange accuracy and consistency.