KING Tour Irons by Cobra

Cobra KING Tour Irons | Forged Tour Cavity Back

Cobra KING Tour Irons built for skilled players seeking soft forged feel, precise shot control, and added cavity-back forgiveness. Compact shaping, lower CG, and responsive feedback. Shop now.

Cobra KING Tour Irons are designed for skilled golfers who want the precision of a tour cavity back with a touch more forgiveness than a traditional blade. Built with a 5-step forged 1025 carbon steel construction, compact shaping, CNC-milled undercuts, and a TPU insert, they deliver soft feel, lower CG performance, and excellent feedback through impact.

Technology

• Compact tour cavity back shaping for a thinner topline, reduced offset, and improved workability with a clean look at address.
• 5-step forged 1025 carbon steel construction for exceptionally soft feel, more precise shaping, and the responsive feedback better players demand.
• CNC-milled undercuts for lower CG placement that promotes improved launch conditions and more stability on off-center strikes.
• TPU insert with aluminum co-mold medallion for vibration dampening that creates a softer sound and more pleasing feel at impact.

Detailed Overview

Cobra KING Tour Irons are built for accomplished players who want refined shaping, consistent ball striking, and the ability to work the ball with confidence. The updated head profile is more compact than Cobra’s Forged TEC model, with a thinner topline, reduced offset, and a slightly shorter blade length to inspire precision from every iron in the set. A 5-step forged 1025 carbon steel construction delivers the soft, responsive feel skilled golfers expect, while CNC-milled undercuts move weight lower in the head for improved launch and added stability. Combined with a TPU insert that enhances sound and feel, KING Tour Irons offer a premium blend of control, feedback, and forgiveness in a true better-player profile.

Ideal For

Best suited for low-handicap golfers and confident ball strikers who want tour cavity-back shaping, soft forged feel, and added stability without sacrificing workability.