Bondage Boutique Expandable Spreader Bar and Cuffs Set - Black

The Bondage Boutique Expandable Spreader Bar and Cuffs Set provides a modular hardware system built specifically for positioning and restraint play. Designed to accommodate various experience levels and flexibility limits, this bondage kit centers around a rigid metal bar that extends outward to lock in multiple positions. Users can alter the width of the stance using simple ring-pull pins located along the center shaft, making it straightforward to widen or narrow the span of the legs depending on comfort and training requirements.

Included with the central bar are two adjustable cuffs designed to secure limbs firmly during sessions. Each restraint uses a secure Velcro fastening method capable of accommodating circumferences up to 14 inches. Built with a soft exterior texture, the cuffs wrap securely around ankles or wrists to maintain steady placement while holding the wearer in an open position. For users who prefer alternative hardware, the default cuffs are fully removable and can be swapped out for other bondage accessories in a personal collection.

Versatility extends beyond basic leg positioning thanks to integrated hardware rings positioned on the adjusting pins. These oversized O-rings function as attachment points where additional wrist cuffs can be clipped, allowing operators to transition smoothly into more advanced, multi-point total restraint configurations. Every component in this set is manufactured entirely without latex and contains no phthalates, making it a skin-friendly choice for extended wear during intense bondage scenarios.

Discretion and portability are built directly into the physical design of the hardware. The primary spreader bar disassembles completely into three distinct segments, allowing the unit to break down for compact transport in a gear bag or straightforward storage between uses. Whether setting up a permanent dungeon space or packing gear for travel, this modular disassembly keeps the equipment manageable without sacrificing structural stability when fully assembled.