Hornady One-Gun Keypad Vault For 1911 Size Pistols and 4-inch Revolvers

The Hornady One-Gun Keypad Vault for 1911 size pistols and 4-inch revolvers delivers fast, secure firearm storage with programmable access control. Built from 16-gauge steel and California Department of Justice approved, this vault combines reliability with convenient keypad entry—ideal for operators, law enforcement, and responsible gun owners who need immediate handgun access without compromising security.

The spring-loaded door mechanism enables rapid deployment while the programmable 4- to 6-digit keypad code ensures only authorized users gain entry. Heavy 16-gauge steel construction resists forcible entry, meeting professional-grade storage standards. An automatic interior light illuminates when the vault opens, allowing instant target acquisition in low-light environments. Premium foam interior cradles and protects your handgun and valuables from impact and scratches during storage. Dimensions of 11.3 x 7.7 x 15.45 inches accommodate standard 1911 platforms and compact 4-inch revolver frames, making this unit suitable for nightstands, vehicle mounting, or office security applications.

This vault addresses the critical need for safe firearm storage that doesn't sacrifice response time. Law enforcement personnel rotating through patrol shifts, armed professionals in security roles, and civilian gun owners with family safety priorities all benefit from keypad-based access that eliminates fumbling with keys or combinations. The California DOJ approval signifies compliance with state firearm storage mandates, making this unit legally compliant in jurisdictions with storage requirements.

Keypad vaults represent a practical middle ground between full-size gun safes and portable lock boxes—offering faster access than dial combinations, better security than cable locks, and verified reliability without battery dependency on electronic systems. At 10.08 lbs, the Hornady One-Gun remains portable enough for relocation while maintaining structural rigidity.