Features:

Rogue FlashBenders is a system of unique shapeable light modifiers for shoe mount flash that enable unparalleled control for strobe lighting enthusiasts. Manufactured to meet the demanding needs of location photographers, FlashBenders patent pending design provides complete control over the shape of the reflector.

FlashBenders represent a new approach to controlling light. FlashBenders are positionable. You can bend a FlashBender into almost any position, and it will assume that shape, staying in position until you reform it. Unlike static flash diffusers and bounce reflectors, dynamic Rogue FlashBenders allow you to direct light where you want it.

FlashBenders are made from the highest quality materials, including tough abrasion-resistent nylon. FlashBenders' white reflective surfaces are made from a durable, wipeable, synthetic fabric which has been tested for neutrality so that it won't alter the color temperature of the reflected light from a strobe.

Rogue FlashBenders fit a wide range of shoe mount flash brands, including: Canon, Konica, Metz, Minolta, Nikon, Nissin, Olympus, Panasonic, Pentax, Quantum, Sigma, Sony and Vivitar.

Like the larger version, the Rogue FlashBender Small Positionable Reflector can be used either as a reflector to bounce light onto a subject, as a flag to shield light away from it or as a small snoot to produce a wide circle of light. And because its half the size of the larger version, its easy to throw in a camera bag and its perfect for use on (or off) camera.

The patent pending design incorporates (2) positionable rods that allow the Small Reflector to be molded into position and held in place. The Rogue FlashBender Small Positionable Reflector requires no separate attachment strap, nor any adhesives to be applied to the strobe. The easy attachment belt built into this FlashBender is designed to work with all makes and models of shoe mount flash.

Specifications:

The Small Reflector weighs approximately 3oz (92g), and measures approximately 10" x 7" (254mm x 178mm).