Tyrant CNC T-Comp Magwell Glock 19 Gen 3-4 Gold Aluminum

The Tyrant CNC T-Comp magwell transforms reload speed and consistency for Glock 19 Gen 3-4 pistols. This precision-machined aluminum funnel guides magazines smoothly into the grip, reducing fumbled reloads during competition or high-stress situations.

What Makes This Different

Unlike basic polymer magwells, this CNC-machined aluminum construction provides consistent funnel geometry that won't flex under pressure. The anodized gold finish resists wear while maintaining precise tolerances that standard injection-molded alternatives cannot match. Installation requires no permanent modification to the frame, preserving the pistol's original configuration.

Key Features

• CNC-machined 6061-T6 aluminum construction for dimensional stability
• Type III hard anodized gold finish resists scratches and corrosion
• Compatible with Glock 19 Gen 3 and Gen 4 frames exclusively
• Reversible installation with no permanent frame modifications
• Beveled funnel opening measures 1.25 inches for fast magazine insertion
• Weighs 0.8 ounces without affecting balance point
• Works with standard and extended Glock magazines

Competitive shooters report faster split times between magazine changes, while the enlarged funnel opening accommodates gloved hands during tactical applications. The hard anodized surface maintains its finish through thousands of reload cycles. Law enforcement and civilian users benefit from the increased reload reliability during low-light conditions where visual magazine alignment becomes difficult.

Technical Specs

• Material: 6061-T6 aluminum alloy
• Finish: Type III hard anodized gold
• Weight: 0.8 ounces
• Compatibility: Glock 19 Gen 3, Gen 4 only
• Funnel opening: 1.25 inches
• Installation: Tool-free attachment system
• Country of origin: United States

This magwell delivers measurable improvement in reload consistency without compromising holster compatibility or concealment. The investment pays dividends in competition scoring and tactical readiness where every millisecond counts.