Model 1 Hinged-linked Universal Handcuffs

The Smith & Wesson Model 1 Hinged-linked Universal Handcuffs represent a proven solution for law enforcement and correctional professionals who require restraint equipment capable of accommodating a wide range of suspect sizes. Hinged handcuffs serve a distinct operational purpose where single-lock or double-lock chain designs fall short—particularly in transport, booking, and extended custody scenarios where subject movement and comfort management are concurrent concerns. Available for purchase for agencies and authorized personnel, these restraints have been deployed across municipal police departments, sheriff's offices, and detention facilities for decades.

The hinged design is the technical linchpin of this model's versatility. Unlike traditional chain-linked handcuffs, the swinging arm mechanism permits the cuffs to open 25% wider than standard Smith & Wesson handcuffs, accommodating larger wrist circumferences without sacrificing security, while simultaneously closing 25% smaller for secure fit on smaller-framed subjects. The contoured shape of the hinged arm distributes pressure more evenly across the wrist during prolonged wear, reducing soft-tissue trauma during transport. The rigid steel construction and Smith & Wesson's established manufacturing tolerances ensure consistent locking engagement and resistance to manipulation or escape attempts.

Custody professionals benefit most from hinged handcuffs in high-volume booking environments, court transport details, and mixed-population detention settings where officers manage suspects of varying physical builds within a single shift. The Model 1's universal sizing eliminates the need to carry multiple handcuff sizes, streamlining inventory management and reducing equipment weight during extended operations. These handcuffs are fully compatible with standard handcuff cases, belt carriers, and waistband attachment systems used across North American law enforcement. Specifications: 3.5 x 1.3 x 4.65 inches; 0.91 lbs per pair.