In the realm of aerial filmmaking, the visual identity of a location is dictated by its primary palette. For those tasked with capturing the essence of one of the most iconic campuses in the United States, the question of “what are the colors for Ohio State University” is not merely a matter of school spirit, but a fundamental technical requirement for color science and composition. The specific shades of Scarlet and Gray present a unique set of opportunities and challenges for the drone cinematographer. Capturing these hues from an altitude requires a sophisticated understanding of light reflection, sensor limitations, and the specific flight paths that emphasize the contrast between the university’s signature tones.
The Psychology and Visual Impact of Scarlet and Gray in Aerial Media
The color palette of Ohio State University is more than a tradition; it is a high-contrast visual system that lends itself exceptionally well to cinematic storytelling from the air. When a drone ascends over Columbus, the landscape is dominated by the interplay of these two specific tones. Understanding the technical specifications of these colors is the first step in ensuring they are represented accurately in a 4K or 5K aerial production.
Defining the Palette: Beyond Just Red and Silver
Technically, the colors are Scarlet (approximating HEX #BB0000) and Gray (approximating HEX #666666). In the context of aerial filming, Scarlet is a high-chroma color that demands a high bit-depth to avoid “blocking” or “banding” in the digital file. Gray serves as the neutral anchor, often represented by the vast concrete structures of the Ohio Stadium and the limestone of the campus architecture. From a filmmaker’s perspective, this combination is a dream for achieving “pop.” The gray provides a muted, professional background that allows the vibrant scarlet—found in the end zones, the uniforms, and the flags—to draw the viewer’s eye immediately to the subject.
Why This Duo Dominates the Aerial Frame
The reason this color combination is so effective in aerial shots is the principle of simultaneous contrast. Red is the most visually aggressive color in the spectrum, while gray is the ultimate neutralizer. When filmed from 200 feet in the air, the scarlet elements appear to vibrate against the neutral gray of the campus walkways and the “Horseshoe” stadium. This allows the cinematographer to guide the audience’s attention without needing complex camera movements. Simply positioning the scarlet elements against a gray backdrop creates a natural focal point that is essential for effective visual communication in drone videography.
Mastering the Capture: Technical Settings for Ohio State Visuals
Capturing “Buckeye Scarlet” requires more than just pointing a gimbal and pressing record. Red is notoriously difficult for digital sensors to process, especially in compressed formats. To truly capture the colors of Ohio State University in a way that looks professional and cinematic, specific camera settings must be employed.
Dealing with the “Red Channel” Overload
One of the most common issues in aerial filmmaking involves the oversaturation of the red channel. Digital sensors often struggle with high-intensity reds, leading to a loss of detail where the color becomes a flat, featureless blob. To combat this when filming the Ohio State campus, cinematographers should monitor their histograms and RGB parades closely. It is often necessary to slightly underexpose the image to ensure that the scarlet highlights do not “clip.” By protecting the red channel during the flight, you retain the texture of the stadium seats or the fabric of the flags, which can then be brought back to life in post-production.
Utilizing ND Filters for Cinematic Motion Blur
Because the scarlet of Ohio State is so vibrant, shooting in bright sunlight can lead to incredibly high shutter speeds, which results in a “stuttery” or “jittery” look in the video. To maintain the “180-degree rule”—where the shutter speed is double the frame rate—neutral density (ND) filters are essential. Using an ND16 or ND32 filter when flying over the stadium on a sunny game day allows the filmmaker to maintain a lower shutter speed. This introduces a natural motion blur that smooths out the movement of the scarlet-clad crowds, making the footage feel like a high-end Hollywood production rather than a standard digital recording.
Shooting in 10-bit Log for Maximum Color Flexibility
When the goal is to capture the specific Scarlet and Gray of the university, shooting in a standard color profile is often insufficient. Most professional drones now offer 10-bit Log profiles (such as D-Log or V-Log). Shooting in Log flattens the image, preserving a massive amount of dynamic range in both the bright scarlet highlights and the deep gray shadows. This is crucial for Ohio State aerials because it allows the colorist to precisely dial in the university’s specific Pantone shades during the editing process, ensuring the scarlet doesn’t lean too far toward orange or magenta.
Choreographing the Shot: Flight Paths for Campus Storytelling
The colors of Ohio State University are best showcased through intentional movement. Cinematic flight paths can emphasize the scale of the scarlet-and-gray landscape, creating a sense of majesty and tradition.
The Reveal: Emerging Over the Stadium
One of the most effective shots for highlighting the university colors is the “reveal.” Starting the drone at a low altitude behind a gray stone building, such as University Hall, and then rising quickly to reveal the massive scarlet end zones of the Ohio Stadium creates a powerful visual transition. This move highlights the contrast between the historic, neutral-toned architecture of the campus and the modern, vibrant energy of the athletic facilities.
The Top-Down: Geometric Patterns of the Oval
The “Oval” at the heart of the campus provides a geometric masterpiece for top-down (nadir) shots. From this perspective, the gray stone paths intersect the green grass, often dotted with students wearing scarlet. By flying at a consistent altitude and maintaining a strictly downward-facing camera angle, the filmmaker can capture the “life” of the colors as they move through the gray-and-green grid of the campus. This shot is particularly effective for showing the scale of the university’s color identity in a balanced, symmetrical composition.
Tracking the Crowd: Capturing the Movement of Color
On a game day, the colors of Ohio State University become dynamic. A “sea of scarlet” moves through the gray concrete canyons surrounding the stadium. Using an active tracking mode or a manual “dolly sideways” shot to follow the flow of fans provides a sense of energy. The key here is to keep the camera at a 45-degree angle, allowing the gray of the pavement to provide a neutral ground that makes the scarlet-clad fans appear as a flowing river of color.
Post-Production Mastery: Grading the Scarlet and Gray
The work of an aerial filmmaker doesn’t end when the drone lands. To truly honor the colors of Ohio State, the footage must undergo a rigorous color grading process to ensure the scarlet is “true” and the gray is “clean.”
Preserving the Integrity of the Buckeye Red
In the grading suite, the primary goal is to isolate the scarlet hues and ensure they match the university’s branding. Using HSL (Hue, Saturation, Luminance) curves, the filmmaker can subtly shift the reds to ensure they are deep and rich without becoming neon. Often, a slight decrease in the luminance of the reds can add a “velvety” texture to the scarlet, making it look more cinematic. It is vital to ensure that the red does not bleed into the skin tones of any people visible in the shot, which requires careful masking and power windows.
Managing the Tonal Range of Gray Structures
The “Gray” in the Ohio State palette is just as important as the Scarlet. In aerial shots, gray can often take on a blue or yellow cast depending on the time of day and the color temperature of the light. A professional colorist will use the “Gray” elements of the campus—such as the stadium concrete or the limestone facades—to white-balance the shot. By ensuring the grays are perfectly neutral (with equal values in the red, green, and blue channels), the filmmaker creates a clean, sophisticated look that makes the scarlet elements pop even more.
Practical Considerations for High-Stakes Aerial Filming
Filming a major university campus requires more than just technical skill; it requires a strategic approach to the environment and the regulations that govern it.
Airspace and Environmental Awareness
Before attempting to capture the scarlet and gray from the air, a filmmaker must navigate the complexities of controlled airspace. Ohio State University is located in a busy metropolitan area, and the stadium itself is subject to Temporary Flight Restrictions (TFRs) during major events. Utilizing apps to check for “No Fly Zones” and securing the necessary Part 107 waivers or authorizations is the first step in any professional production. Safety is the highest priority, especially when flying over populated areas of the campus.
Timing the Shoot for Peak Vibrancy
The “when” is just as important as the “how.” To get the most vibrant scarlet and the most textured gray, timing the shoot for the “Golden Hour”—the hour after sunrise or before sunset—is critical. The low angle of the sun adds a warm glow to the scarlet, making it appear deeper and more saturated, while the long shadows add depth and dimension to the gray stone buildings. Conversely, an overcast day provides a very soft, even light that can make the gray tones look exceptionally clean and modern, providing a different but equally compelling aesthetic for the university’s visual identity.