Andrew Laurendi is a filmmaking student whose academic and hands-on experiences have contributed to his understanding of cinematography and visual storytelling. Originally from New York and now pursuing filmmaking studies at the Los Angeles Film School, Andrew Laurendi has completed coursework in editing, lighting, audio production, color correction, screenwriting, and directing. His studies have included technical instruction in cinematography and independent filmmaking, alongside experience producing several short films. In addition to his academic background, he has developed customer service and communication skills through positions at Whole Foods and Stew Leonard’s in Farmingdale, New York. During high school, he served as class president, delivered morning announcements, and volunteered with HorseAbility, where he assisted with administrative responsibilities and supported riding activities for children and adults with disabilities.
White Balance in Cinematography
White balance is a digital camera adjustment that dictates what white is and how it should appear. This feature is mostly a calibration that instructs a digital camera to identify neutral white – the point where white objects appear white without orange or blue tints – under specific environmental illumination.
Without accurate adjustment, film images may experience these distracting blue or orange tints that can break audience immersion. Therefore, consistent calibration ensures the final visual quality remains polished. This setting creates a foundation for cinematographers to calculate all subsequent colors within a frame.
Every light-producing element has a unique color temperature, calculated using the Kelvin scale, a scientific measure that determines if a scene is relatively cool or warm to the viewer. Amber hues like those from candlelight or incandescent bulbs have lower values and appear warmer, while blue tones, found in natural light settings, have higher values and are cooler.
Importantly, a cinematographer must recognize that white is a subjective perception rather than a fixed universal constant. While humans naturally adapt to these shifts, electronic sensors require precise instructions to maintain neutrality. Thus, matching a camera’s settings to the environment’s Kelvin value prevents unwanted color shifts, allowing crews to accurately capture light as it reflects off a surface.
Modern cameras offer three modes for navigating white balance: auto white balance (AWB), presets, and custom white balance. AWD, the only automated option, is a default on most cameras. It allows the device to evaluate a scene and estimate a neutral point based on the brightest available highlights. While this mode offers speed for filmmakers, it may fail in complex or changing lighting environments.
Presets are a more reliable mode that provides a middle ground using fixed Kelvin benchmarks. The two common settings include 3200 Kelvin for tungsten bulbs and 5600 Kelvin for natural daylight. These manual shortcuts help crews maintain consistency when moving between indoor and outdoor settings.
Custom white balance delivers the most precise results by calibrating the sensor to a physical reference tool. Professionals use neutral gray cards – tools filmmakers use to calibrate white balance for accurate color – placed in a scene to set a baseline. This manual process ensures the camera interprets colors with accuracy regardless of the surrounding atmosphere.
Among the challenges in achieving white balance, mixed lighting is one of the most difficult to overcome on set. Combining interior lamps’ warm light with cool natural light from windows may create clashing color temperatures. These discrepancies make it impossible for the camera to find a single correct setting without additional tools.
Environmental changes also require monitoring during outdoor shoots. As the day progresses, sunlight may shift from warm tones witnessed at dawn to the cooler tints of midday light. If the camera’s settings are not adjusted, the resulting shots may not match. Filmmakers can use light meters to ensure every shot has a unified look.
Cinematographers continue manipulating color temperature even after filming has stopped. Technical color correction in postproduction helps restore video imagery to a natural state by removing accidental tints. This process, for example, ensures skin tones look natural, and whites appear pure.
Creative color grading uses white balance as a narrative device to influence a film’s mood. Directors frequently select unique settings to evoke specific emotional responses or differentiate separate worlds. An example is the use of contrasting blue and yellow hues to denote different locations in a story or different periods in time.
Furthermore, shooting in raw format, which preserves unprocessed sensor data, provides filmmakers with the flexibility to adjust white balance values during post-production. Overall, mastering these tools allows professionals to blend scene accuracy with creative visual storytelling.
About Andrew Laurendi
Andrew Laurendi is a filmmaking student studying at the Los Angeles Film School after earning a film degree from Long Island University Post Campus. His coursework includes cinematography, audio production, lighting, color correction, and directing, and he has completed several independent short films. Originally from New York, he previously served as class president at Iris Wolfson High School and gained customer service experience through roles at Whole Foods and Stew Leonard’s.