For controlled video, choose the recording frame rate first, set shutter speed for the motion blur you want, choose aperture for depth of field, and adjust light and ISO for exposure. Lock an appropriate white balance, check focus and audio, then record a short test before the full take.

Freewell's complete camera-settings tutorial demonstrates the process on a Sony FX30. The principles also apply to other cameras with manual video controls. Menu names, recording options and useful ISO values remain specific to the camera, lens and selected mode.

What camera settings should you use for video?

Start with a repeatable setup, then change it for the subject and delivery. This example suits controlled 25 fps shooting; it is not a universal preset for every camera or lighting situation.

Manual exposure is valuable when the light is controlled because the camera will not brighten or darken the image as the composition changes. For rapidly changing conditions, an automatic setting can still be a useful choice. Understand which variable is moving and whether it changes the look you want.

Choose frame rate for playback and slow motion

Frame rate is the number of images recorded each second. Match it to the way the finished video will play. A 24 or 25 fps project has a familiar cinematic cadence. A 50 or 60 fps delivery can look more fluid, which may suit action, demonstrations or sport.

If you want slow motion, record more frames than the timeline needs. Capturing 50 fps for a 25 fps timeline lets you play every captured frame at half speed. Capturing 100 fps for 25 fps allows quarter speed. At normal speed on a lower-frame-rate timeline, extra captured frames may be discarded instead.

Choose the frame-rate family and shutter timing with local lighting in mind. In many 50 Hz environments, 25/50 fps with suitable shutter values is a useful starting point; 30/60 fps is common in 60 Hz workflows. LEDs, dimmers and screens can still require testing or fine shutter adjustment.

Set shutter speed for motion, not just brightness

Shutter speed controls how long each frame gathers light. A short exposure makes moving detail crisper within each frame. A longer one adds motion blur. Around a 180-degree shutter is a common starting point for natural-looking movement.

A faster shutter is a deliberate option when you want a sharper action look or need to solve a particular lighting problem. It is not automatically an upgrade in video quality. If you use it merely to darken a sunny scene, inspect the resulting movement before recording the whole shoot.

Motion also depends on how you move the camera. Even a conventional shutter setting cannot make an excessively fast pan look comfortable at a low playback frame rate. Rehearse a slower pan when the background jumps across the screen.

Choose aperture for depth of field, then set exposure

Aperture is the lens opening, expressed as an f-number. Opening from f/4 to f/2.8 admits approximately twice the light, a one-stop change. A wider aperture can also create shallower depth of field when the other shooting conditions are comparable.

For a single interview subject, you may want separation from the background. For a moving demonstration or several people, a smaller aperture can keep more of the scene acceptably sharp. The widest aperture is not automatically the best setting.

Use ISO with the recording profile in mind

ISO affects the camera's signal and recorded brightness. A higher setting often makes noise more visible, but underexposing and lifting the footage later can also produce a poor result. Aim for enough useful light and a suitable ISO for the profile and mode you are actually recording.

Do not copy the tutorial's ISO 320 or ISO 100 display into every camera. For example, Sony's FX30 Cine EI mode uses a choice of base ISO 800 or 2500. Other profiles and modes behave differently. “Always use the lowest number” is too simple a rule for a dependable workflow.

Understand a stop of light

One stop doubles or halves the light gathered through exposure controls. Changing 1/50 to 1/100 second halves exposure time. Changing f/2.8 to f/4 approximately halves the admitted light. An ND8 filter reduces incoming light by three stops, to one eighth; ND128 reduces it by seven stops, to one hundred and twenty-eighth.

Use an ND filter when daylight fights your settings

Suppose you have chosen 25 fps, 1/50 second and a wide aperture, but the image remains too bright at the ISO you need. An ND filter reduces the light entering the lens, allowing you to keep those creative choices.

A variable ND changes the reduction as you rotate its control. The tutorial uses Freewell's locking VND system for quick exposure adjustment. Explore the Real Locking VND/CPL Filter All Day Kit if you want a locking modular setup, or the Ultra-thin Threaded Hybrid Variable ND/CPL 3–7 Stop for a threaded option.

Choose the correct thread size or system-specific base ring, rather than matching the filter to the lens's focal length. Check the assembled setup at your widest view for corner obstruction. Our filter size guide explains how to read the diameter marking.

A CPL controls suitable polarized reflections; ND controls light reduction. On a hybrid VND/CPL, inspect both exposure and the polarization effect. As you pan, reflections and skies can change with angle, so record a short test of the actual movement.

Read exposure with zebras, waveform or false color

A bright outdoor screen or a dark editing room can mislead your eyes. Exposure tools give you another way to judge where tones are landing.

Zebras show a chosen brightness range or threshold

Zebra stripes appear where the monitored brightness meets the configured level. They can help identify highlights nearing a limit or check a chosen exposure range. They do not mean every striped area is automatically unusable.

Use values appropriate to your gamma/profile and whether you are monitoring a transformed image. The tutorial demonstrates particular zebra settings; a single skin value or a “100 means clipped” rule does not apply to every recording format. Confirm the camera's guidance and test important highlights.

Waveform and false color add context

A waveform plots image brightness across the frame, while false color assigns colors to brightness ranges. Read the legend for the particular monitor or tool. Different false-color systems can assign different meanings to the same color.

Protect meaningful highlight detail without making the subject unnecessarily dark. A bright reflection or visible light source may be allowed to clip when that serves the shot. Judge the whole scene and your grading plan.

Set white balance before the take

White balance compensates for the color of the light. A fixed appropriate value helps keep a controlled scene consistent as subjects or framing change. Custom white balance with a suitable neutral card is a useful starting point; Kelvin and tint controls let you refine it.

Place the reference in the light reaching the subject and avoid a clipped or deeply underexposed card. Match cameras to the same neutral reference where possible. A random white object may have its own color cast, so it is less dependable than a proper reference.

A higher Kelvin setting typically makes the image warmer as the camera compensates for a cooler assumed source. The green/magenta adjustment addresses a different color shift. Mixed lighting may need changes to the light itself; one white-balance value cannot neutralize every source at once.

Auto white balance can be useful when conditions change quickly, but it may shift during a take. Choose between a fixed setting and automation deliberately. Check skin and neutral objects on a reliable display rather than copying the tutorial's exact Kelvin and tint values.

Choose resolution, codec, bit depth and media together

4K can give you room for reframing and detailed delivery. HD can reduce storage and processing needs. Neither choice compensates for missed focus, poor light or clipped audio. Test the recording duration and operating conditions the job actually requires.

A codec describes how the video is encoded and compressed. In the Sony example, XAVC HS uses H.265/HEVC and XAVC S uses H.264/AVC; XAVC S-I uses an intra-frame recording approach. Efficiency, file size and editing performance depend on the selected mode and the computer's decoding support.

If you already use Sony, our Sony camera codecs guide goes deeper. For other brands, compare the equivalent choices in the camera manual and test a sample in your editor.

10-bit is useful headroom for color work

Ten-bit recording provides more code values per component than 8-bit: 1,024 compared with 256. This can help gradients and grading adjustments when supported by a suitable recording pipeline. It does not create additional sensor dynamic range by itself or guarantee a better image in every setting.

Use the card required by the exact mode

Bitrate is commonly quoted in megabits per second. Divide by eight to estimate megabytes per second: 100 Mb/s is about 12.5 MB/s before overhead. Use the camera's recommended card type and speed class for the specific codec, resolution and frame rate; that arithmetic alone is not a card-compatibility test.

If the camera supports simultaneous recording to two cards in the selected mode, it can provide a second recording copy. A compatible external recorder may offer another workflow, but check the camera's HDMI output, supported recording combination and audio. Confirm that both files are actually recording and playable.

Choose a color profile you can finish

A standard or ready-to-use profile can be efficient for quick delivery. Log is useful when you have a matching exposure, monitoring, color-management and grading workflow. A flat preview is not proof of extra usable detail, and a LUT does not repair missed exposure or focus.

Make autofocus predictable, and keep a manual option

For people, suitable face or eye detection can help. A wide focus area is convenient when the subject is obvious; a smaller area or touch tracking gives you more control when the scene contains distractions.

Separate two controls that often get confused. Subject-switching sensitivity affects how readily focus leaves the current subject. Transition speed affects how quickly focus travels to the next distance. The direction of their scales and their names can vary between cameras.

Test someone passing in front of the subject, then test a near-to-far focus change. Use a deliberate AF/MF shortcut when you want to hold a fixed distance. In manual focus, magnification, peaking or a supported focus-map tool can help, but inspect the recorded result at a useful size.

Check sound, stabilization and controls before recording

Leave audio headroom

Set levels with the actual microphone and the loudest expected speech. For conventional digital recording, peaks around −12 dBFS can be a useful starting point with room for louder moments. The correct setting depends on the microphone, recorder and source. Avoid reaching 0 dBFS, and remember that an upstream microphone or transmitter can distort before the camera meter clips.

Listen through headphones and play back a test. Wind, handling noise and a poor microphone position will not be solved simply by lowering the camera's gain.

Use stabilization that suits the movement

Optical, sensor-based, electronic and post stabilization solve different parts of camera movement. Active modes may crop the image or change available options. For a locked tripod shot or deliberate pan, follow the camera and lens guidance and check for drift or unwanted correction.

A stable platform such as the Freewell Real Multi Tripod can simplify repeatable framing and manual focus. Good support and controlled movement work alongside camera settings.

Build a quick menu you will actually use

Keep white balance, ISO, autofocus mode, focus area, recording quality, audio level and stabilization close at hand. If you use an external display, verify HDMI resolution, frame rate and whether the feed includes camera overlays. Test the full combination rather than assuming every monitor accepts every camera mode.

Your pre-recording checklist

• 01Confirm resolution, frame rate, codec, profile, card compatibility and remaining capacity.
• 02Set shutter for the intended motion, aperture for the subject and ISO for the recording mode.
• 03Use light or ND to reach exposure; check important tones with a suitable exposure tool.
• 04Set white balance and tint in the subject's actual light.
• 05Test autofocus or manual focus through the intended movement.
• 06Check microphone placement, gain, headphones, stabilization and support.
• 07Record a short test, verify any second recording copy, and play back image and sound.

Camera settings questions, answered

Watch the complete camera-settings walkthrough

Follow the camera displays, exposure demonstrations, white-balance controls, focusing examples and recording checks in the full tutorial.

Watch the full video on YouTube