Spr Gold Dot 40sw 180gr Hp Sb 20/200

Speer Gold Dot 40 S&W 180-grain hollow point ammunition delivers the bonded-core bullet construction that made Gold Dot the gold standard for defensive handgun loads. The exclusive Uni-Cor bonding process fuses the jacket to the lead core at the molecular level during initial bullet construction, virtually eliminating jacket-core separation during expansion. Each 180-grain Gold Dot cavity is precisely tuned for the .40 S&W cartridge to achieve optimum expansion and penetration in real-world defensive scenarios.

The 180-grain weight in .40 S&W offers a balance between velocity and momentum. This loading produces reliable expansion across a wide range of velocities, a critical factor in duty and self-defense applications where barrier materials and shot placement variables are inherent. The hollow point design ensures consistent performance whether fired from full-size duty pistols, compact carry platforms, or short-barrel defensive handguns—Speer offers Gold Dot loads optimized for each platform category. The standard pressure loading ensures safe function across the full spectrum of .40 S&W-chambered firearms without requiring special handling or restricted firearm compatibility.

Law enforcement agencies, armed professionals, and serious civilian defensive shooters rely on Gold Dot for duty carry, range training, and qualification protocols. The 20-round box packaging allows shooters to maintain consistent ammunition for practice sessions, training courses, and evaluation of terminal performance across their carried platform. This is recognized ammunition for jurisdictions and training programs that specify bonded-core hollow point requirements for duty use.

Within the .40 S&W defensive category, Gold Dot occupies the premium segment where jacket-core integrity and tuned expansion geometry are non-negotiable. The bonded-core design directly addresses the performance failures observed in early-generation hollow points where separation compromised terminal ballistics. Speer's engineering approach—bonding at the molecular level rather than through post-manufacture adhesion—delivers consistency that separates purpose-built defensive ammunition from general-purpose commercial rounds.