Foldable reflector panel in gold, silver, or white used to fill shadows and redirect light on set.
Technical Details
Modern reflector panels consist of an aluminum frame with interchangeable surfaces: silver (95% reflection, hard light), gold (85% reflection, 3200K color temperature), white (78% reflection, soft diffusion), and black for light blocking. Collapsible models use spring steel-like rings that can be compressed to one-third of their original size. The surface texture varies between smooth silver for precise light control and textured material for more even illumination. Professional panels achieve a maximum color temperature deviation of ±50K.
History & Development
Hollywood studios were already using large white canvases as reflectors for daylight photography in 1915. In 1932, cinematographer Gregg Toland developed the first collapsible silver reflectors for "The Best Years of Our Lives." The crucial innovation came in 1968 from Photoflex with the first ring-shaped pop-up reflector. In the 1980s, gold surfaces became established for warm tone correction, while the 1990s introduced variable 5-in-1 reflectors with a zipper-based exchange system.
Practical Use in Film
Roger Deakins used large-scale silver reflectors in "Blade Runner 2049" to break up the hard LED light of the cityscapes and distribute it evenly onto Harrison Ford's face. For exterior shots in "Mad Max: Fury Road," John Seale used golden 2x3-meter panels to correct the desert sun to 3200K and create warm skin tones. The typical workflow involves positioning reflectors at a 45° angle to the main light source, with the distance to the subject controlling light intensity – at one meter distance, the brightness doubles compared to two meters.
Comparison & Alternatives
Reflector panels differ from bounce cards in their size and mobility, and from diffusers by their reflective rather than translucent properties. LED panels have partially replaced them, but at the same light output, they weigh 10 times more and consume 50 times more power. Styrofoam boards cost one-tenth but break in wind and offer only 65% reflection. Modern hybrid solutions combine reflectors with integrated LED strips for additional light control.