The Complete DaVinci Resolve Color Grading Guide [2026]
From Beginner to Professional
The Complete DaVinci Resolve Color Grading Guide [2026]
From Beginner to Professional
This guide covers everything you need to know about color grading in DaVinci Resolve — from your first color wheel adjustment to professional HDR mastering workflows. Whether you're using the free version or DaVinci Resolve Studio, this is the only guide you'll need.
I've spent over fifteen years in the color suite, building tools that professional colorists rely on every day. That engineering perspective changes how I teach color grading — I don't just show you what buttons to push. I explain why each tool exists, how it processes your image mathematically, and how to build workflows that scale from a single YouTube video to a feature film.
Let's begin.
What Is Color Grading (And Why DaVinci Resolve Is the Industry Standard)
Color grading is the creative process of adjusting the color, contrast, and mood of your footage to tell a more compelling visual story. It's the difference between footage that looks like a home video and footage that looks like a Hollywood film. Think of it this way: your camera captures light. Color grading shapes that light into emotion. Every major Hollywood film, Netflix series, and high-end commercial goes through a professional color grading process. The colorist works with the director and cinematographer to establish the visual tone — the warm golden hues of a sunset romance, the cold desaturated palette of a dystopian thriller, or the vibrant punchy colors of a music video.
Color Grading vs Color Correction — What's the Difference?
These terms get confused constantly, even by people who've been editing for years. Here's the clear distinction:
You always correct first, then grade. Think of it like cooking: correction is preparing the ingredients properly. Grading is seasoning the dish. In DaVinci Resolve, both processes happen on the Color page, but they typically use different nodes in your node tree. A professional workflow keeps corrective nodes separate from creative nodes so you can adjust either without breaking the other. Why Hollywood Chooses DaVinci Resolve DaVinci Resolve dominates professional color grading for one simple reason: it was built for colorists first. Unlike Premiere Pro or Final Cut, which added color tools as afterthoughts, Resolve started as a dedicated color grading system used in Hollywood post-production houses.
Here's what makes it the industry standard:
1. Node-based architecture — Unlike layer-based systems, nodes give you complete flexibility to route your image processing in any direction. You can split, combine, branch, and merge adjustments in ways that layers simply can't match. 2. 32-bit float processing — Resolve processes your image in 32-bit floating point, which means you can push grades aggressively without introducing banding or artifacts. Your adjustments are mathematically precise. 3. Hardware integration — DaVinci Resolve is designed to work with Blackmagic's hardware panels (Micro Panel, Mini Panel, Advanced Panel), giving colorists tactile control over their grades. Professional colorists don't use mice — they use panels with trackballs and rings. 4. Color science leadership — Blackmagic Design continuously pushes color science forward. DaVinci Wide Gamut, the new ColorSlice tool, and the Film Look Creator represent the cutting edge of digital color processing. 5. It's free — The free version of DaVinci Resolve includes the complete color grading toolset. You only need to pay for Studio if you want HDR, noise reduction, multi-GPU support, and a few advanced tools. For most colorists starting out, the free version is more than enough. Free vs Studio: Which Version Do You Need?
The free version of DaVinci Resolve includes:
DaVinci Resolve Studio adds:
My recommendation: Start with the free version. Learn the complete color grading workflow. When you find yourself limited by noise reduction needs or HDR mastering requirements, upgrade to Studio. The free version has everything you need to learn professional color grading.
Setting Up Your DaVinci Resolve Project for Color Grading
Before you touch a single color wheel, your project needs to be set up correctly. Bad project settings create problems that no amount of grading skill can fix. This is the boring foundation that separates amateurs from professionals. Creating a New Project and Timeline Settings When you create a new project in DaVinci Resolve, the first thing you need to configure is your timeline resolution and frame rate. These must match your delivery format. 1. Go to File > Project Settings (or press Shift+9) 2. Under Master Settings, set your timeline resolution (typically 1920x1080 or 3840x2160) 3. Set your timeline frame rate to match your footage (23.976, 24, 25, 29.97, 30, 50, 59.94, or 60) 4. Set your playback frame rate to match If you're working with mixed frame rates, set your timeline to match your primary delivery format. Resolve will handle the frame rate conversion during export. For color space settings, leave this at the default unless you're working in a color-managed workflow (we'll cover that in the Color Management section). Importing and Organizing Your Footage The Media page is where you import and organize your footage before it reaches the Color page. Good organization here saves hours later.
Create bins for your footage organized by:
When you import footage, Resolve reads the camera metadata and assigns the correct color space and gamma tag automatically for most professional cameras (ARRI, RED, Sony, Blackmagic). This is important for color management — if Resolve doesn't recognize your footage's color space, you'll need to tag it manually. Understanding Resolve's Color Page Interface
The Color page is where all grading happens. Let me walk you through each panel:
The Inspector, Node Editor, Scopes, and Gallery The Inspector panel (toggled with the i key) gives you access to additional controls for the selected node:
The Node Editor deserves special attention because it's the heart of professional grading in Resolve. Every adjustment you make lives inside a node. Your node tree is your recipe — and like a recipe, the order matters.
The Scopes panel is non-negotiable for professional work. Learn to read these four displays:
1. Waveform — Shows luminance levels from 0 (bottom) to 1023 (top) in 10-bit. Essential for setting exposure and ensuring you're not clipping highlights or crushing blacks. 2. Vectorscope — Shows color hue and saturation in a circular display. The crosshair targets in the vectorscope correspond to broadcast-legal color targets. The skin tone line runs from roughly 11 o'clock to 5 o'clock — skin tones should always fall near this line regardless of ethnicity. 3. Parade — Shows Red, Green, and Blue channels side by side. Perfect for identifying color casts — if one channel is significantly higher or lower than the others, you have a color balance issue. 4. Histogram — Shows the distribution of tones across the image. Useful for understanding your tonal range at a glance.
Understanding Color Management in DaVinci Resolve
This is the section that separates this guide from every other DaVinci Resolve tutorial online. Color management is the single most important concept that beginners skip and professionals can't live without. Color management ensures that what you see on your grading monitor is what your audience will see on their screens. Without it, you're guessing — and guessing is not a professional workflow.
RCM vs ACES — Which Should You Use?
DaVinci Resolve offers two color management systems:
DaVinci Resolve Color Management (RCM) is Blackmagic's built-in color management system. It's tightly integrated with Resolve and works beautifully for most projects. RCM lets you define input, timeline, and output color spaces, and it handles all the mathematical transforms between them automatically. ACES (Academy Color Encoding System) is an open standard developed by the Academy of Motion Picture Arts and Sciences. It's designed for high-end film and television production where multiple cameras, VFX pipelines, and delivery formats need to work together.
Here's my recommendation:
For 90% of colorists reading this guide, RCM is the answer. DaVinci Wide Gamut and DaVinci Intermediate Explained DaVinci Wide Gamut is Blackmagic's wide color gamut working space. Think of it as a bigger container for your colors — it can hold more colors than Rec.709 (the standard for HD content) or even Rec.2020. DaVinci Intermediate is the gamma curve that goes with DaVinci Wide Gamut. It's designed to give you maximum latitude for grading — shadows don't clip, highlights don't clip, and you have room to push your grades without introducing artifacts. When you set your timeline color space to DaVinci Wide Gamut and your timeline gamma to DaVinci Intermediate, you're working in the largest possible color space that Resolve offers. All your grading happens in this wide space, and Resolve converts to your delivery format (Rec.709, Rec.2020, etc.) at the output stage. This is the professional approach — grade in a wide gamut, deliver in the target gamut. Setting Input, Timeline, and Output Color Spaces
In a color-managed workflow (Project Settings > Color Management), you define three color spaces:
1. Input Color Space — What your footage was shot in. This tells Resolve how to interpret the raw camera data. For ARRI footage, select ARRI Alexa. For Sony S-Log3, select Sony S-Gamut3/S-Log3. For Blackmagic, select Blackmagic Design Film. 2. Timeline Color Space — Your working space. This is where all your grading math happens. DaVinci Wide Gamut / DaVinci Intermediate is the recommended choice. 3. Output Color Space — Your delivery format. Rec.709 for YouTube and standard HD delivery. Rec.2020 for HDR delivery. P3 D65 for cinema. Resolve handles all the mathematical transforms between these color spaces automatically. You grade in the timeline color space, and Resolve converts on input and output. Working with LOG Footage LOG footage (S-Log3, C-Log3, V-Log, BMDFilm) is designed to capture the maximum dynamic range from your camera. It looks flat and desaturated straight out of camera — that's by design. The flat look preserves detail in shadows and highlights that would be clipped in a standard Rec.709 recording. The problem: LOG footage needs to be converted to a display-referred color space (like Rec.709) before it looks "normal." This is where color management becomes essential. In a color-managed workflow, you tag your footage's input color space correctly, and Resolve handles the conversion automatically. In a non-managed workflow, you need to apply a Color Space Transform (CST) manually. Color Space Transform (CST) Node Workflow
The CST node workflow is the backbone of professional LOG grading. Here's how it works:
1. Add a serial node at the beginning of your tree 2. Apply the Color Space Transform OpenFX (in Resolve Studio) or use the Color Space Timeline settings 3. Set Input Color Space to your camera's color space (e.g., Sony S-Gamut3) 4. Set Input Gamma to your camera's gamma (e.g., S-Log3) 5. Set Output Color Space to your working space (e.g., DaVinci Wide Gamut) 6. Set Output Gamma to your working gamma (e.g., DaVinci Intermediate) Now all your downstream grading nodes work in the wide gamut space, giving you maximum flexibility. At the end of your node tree, add another CST node that converts from DaVinci Wide Gamut to Rec.709 for delivery. This two-CST sandwich approach is the professional standard for LOG footage grading.
Primary Color Correction — The Foundation of Every Grade
Primary correction is where every grade begins. Before you create any look or style, you need a clean, well-exposed, properly balanced foundation. Skip this step and your creative grading will always look wrong. Reading Your Scopes I cannot overstate the importance of scopes. Your monitor might be poorly calibrated. The room lighting might affect your perception. Your eyes adjust to what they see, making you think a too-warm image looks normal after staring at it for ten minutes. Scopes don't lie. They show you exactly what's in your image, regardless of your viewing conditions.
Waveform reading:
For YouTube and web delivery, your waveform can go up to 109 IRE safely. For broadcast, keep everything below 100 IRE.
Lift, Gamma, Gain — Color Wheels Explained
The three color wheels are your primary grading tools. Each controls a different tonal range:
The Offset wheel (available in the Log wheels mode) moves all tonal ranges uniformly — it's like a global brightness and color adjustment.
A clean primary correction workflow:
1. Set your black point using the waveform — adjust Lift until your darkest detail sits just above 0 IRE 2. Set your white point using Gain — adjust until your brightest detail sits just below 100 IRE 3. Balance your midtones with Gamma — adjust for natural-looking skin tones 4. Use the Parade scope to check for color casts — if one channel is higher than the others, you have a color balance issue Using Curves Curves give you precision that color wheels can't match. In DaVinci Resolve, you have access to several curve types:
Primaries Bars (Log Wheels) vs Color Wheels
DaVinci Resolve offers two sets of primary controls:
The Color Wheels (offset mode) affect wider tonal ranges with more overlap. They're intuitive and fast for broad adjustments. The Log Wheels (primaries bars) give you more precise control over specific tonal ranges. You can adjust the range boundaries (low range, high range) to control exactly which tones each wheel affects. Professional colorists often prefer Log wheels for their precision. My recommendation: Start with the Color Wheels for broad adjustments, then switch to Log wheels when you need more precision.
The Node Editor — Building Professional Grades
If the color wheels are your steering wheel, the node editor is your engine. Understanding nodes is the single most important technical skill in DaVinci Resolve color grading. What Are Nodes? A node is a processing step. Each node takes the image from the previous node, applies an adjustment, and passes the result to the next node. Your node tree is a pipeline — the image flows through each node in sequence.
Why nodes instead of layers? Because nodes give you complete routing flexibility. You can:
Serial vs Parallel vs Layer Nodes Serial nodes connect one after another in a chain. The output of node 1 feeds into node 2, which feeds into node 3. This is the most common node structure — it's like a recipe where you add ingredients one at a time. Parallel nodes process the same input simultaneously and combine their outputs. Imagine two chefs working on different parts of the dish at the same time. Node A and Node B both receive the same input, process it independently, and their results are combined. This is useful when you want to apply two independent adjustments without one affecting the other. Layer nodes work like Photoshop layers. They stack on top of each other, and the upper node's result is composited over the lower node using a blending mode (Normal, Add, Multiply, etc.). This is useful for compositing effects and blending grades. Splitter/Combiner Nodes
Splitter nodes break your image into its component channels:
You process each channel independently through separate node branches, then recombine with the corresponding Combiner node. This is powerful for:
Node Tree Strategy — Order of Operations
Professional colorists follow a consistent node tree structure:
1. CST Input — Color Space Transform (camera space to working space) 2. Exposure/White Balance — Corrective adjustments 3. Contrast/Primary — Basic tonal and color adjustments 4. Secondary — Targeted adjustments (qualifiers, Power Windows) 5. Creative Look — The stylistic grade 6. Glow/Effects — Diffusion, halation, grain 7. CST Output — Color Space Transform (working space to delivery space) This order matters. Corrective adjustments come first because they fix the foundation. Creative adjustments build on that clean foundation. Effects like grain and glow go last because they should be applied to the final image, not to intermediate processing steps. Outside Nodes and Key Mixing An outside node applies the inverse of a key. If node A isolates the sky using a qualifier, the outside of node A applies to everything except the sky. This is incredibly powerful for:
Key mixing (the Key output on a node) lets you blend a node's effect at a reduced opacity. Pulling the Key slider down reduces the node's impact. This is how you create subtle, nuanced grades instead of heavy-handed adjustments.
Secondary Color Grading — Targeting Specifics
Secondary grading is where you get surgical. While primary corrections affect the entire image, secondary corrections target specific colors, areas, or objects. This is where color grading becomes an art form.
HSL Qualifier — Isolating Colors
The HSL qualifier isolates colors based on three properties:
To isolate a blue sky:
1. Add a new serial node 2. Enable the qualifier eyedropper and click on the sky 3. Refine the Hue range to select only blues 4. Adjust the Saturation low/high to exclude desaturated areas 5. Adjust the Luminance low/high to exclude very dark or very bright areas 6. Use the Highlight button (H) to preview your selection as a black-and-white matte 7. Clean up with the Denoise and Blur controls to smooth the matte edges Now any adjustment you make on this node affects only the sky. Push the Gain up to brighten it, shift the color toward cyan for a more cinematic look, or increase saturation for a vivid pop. 3D Qualifier for Advanced Targeting The 3D qualifier works in three-dimensional color space, giving you more precise targeting than the HSL qualifier. It's especially useful for:
The 3D qualifier lets you create a volumetric selection in RGB space — think of it as carving out a specific color region in a 3D cube. You can add multiple sample points and adjust the softness of the selection boundary.
Power Windows — Shapes, Tracking, and Edge Quality
Power Windows are shape masks that let you grade specific areas of the frame:
Each Power Window has:
Resolve's tracker is remarkably powerful. It uses point tracking and planar tracking to follow objects through your shot. For a walking person, place 4-6 tracking points on distinctive features (eyes, buttons, collar), track forward and backward, and the Power Window follows automatically. Skin Tone Management Skin tones are the most important element in most footage. If skin looks wrong, the entire grade looks wrong — even if everything else is perfect. The vectorscope has a skin tone indicator line that runs diagonally from about 11 o'clock to 5 o'clock. Regardless of ethnicity, skin tones should fall near this line. The difference between lighter and darker skin is luminance, not hue — all skin tones cluster along this line in the vectorscope.
Here's how to nail skin tones every time:
1. Add a dedicated node just for skin tone correction 2. Use the HSL qualifier to isolate the subject's skin 3. Check the vectorscope — is the skin tone sitting near the indicator line? 4. If it's too orange (common with LOG footage), shift it slightly toward yellow 5. If it's too magenta (common with fluorescent lighting), shift it slightly toward orange 6. Adjust saturation separately — skin should look natural, not oversaturated 7. Use the Key mixer to dial back the effect for subtlety Targeting Skies, Foliage, and Specific Objects
Beyond skin, you'll frequently want to adjust:
The key to secondary grading is restraint. Every targeted adjustment should look natural — the viewer shouldn't notice that you adjusted the sky. They should just feel that the image looks better.
LUTs — Using, Creating, and Managing Look-Up Tables
LUTs (Look-Up Tables) are one of the most misunderstood tools in color grading. They're incredibly useful when used correctly, and actively harmful when used as a crutch. What Are LUTs? A LUT is a mathematical lookup table that transforms input color values into output color values. Think of it as a recipe: for every possible input color, the LUT specifies what output color to produce. 1D LUTs affect each color channel independently. They can adjust contrast, gamma, and individual channel levels, but they can't shift one color to another. They're simple and fast. 3D LUTs work in three-dimensional color space (R, G, B). They can perform complex color transformations — shifting hues, adjusting saturation based on luminance, creating cross-processing effects, and emulating film stocks. Most creative LUTs are 3D LUTs. Corrective vs Creative vs Film Emulation LUTs
How to Apply LUTs Correctly
The correct way to use a LUT in DaVinci Resolve:
1. Grade first — Apply your primary corrections (exposure, white balance, contrast) BEFORE the LUT. The LUT expects well-exposed, balanced input. 2. Apply the LUT on a dedicated node — Right-click the node, select LUT, and browse to your .cube file. Keep the LUT on its own node so you can adjust its intensity with the Key mixer. 3. Grade after the LUT — Make additional creative adjustments in nodes after the LUT. The LUT is a starting point, not the final look. 4. Use the Key mixer to reduce intensity — If the LUT is too strong, pull the Key slider down to blend it at 50-70%. This gives you the LUT's character without its heavy-handedness. When NOT to Use LUTs
Building Your Own LUT Library
Once you've built grades you love, you can export them as .cube LUT files for reuse:
1. Grade a clip to your desired look 2. Right-click on the node or clip 3. Select Generate LUT > 33 Point Cube 4. Name and save the .cube file 5. Organize your LUTs by category (Film, Vintage, Cinematic, Commercial) Your LUT library becomes your creative fingerprint — a collection of looks that define your visual style.
Creating Cinematic Looks — Advanced Creative Grading
Now that you have the technical foundation, let's talk about the creative side. This is where color grading becomes storytelling. The Teal and Orange Look The teal-and-orange look is the most popular cinematic color grade in modern filmmaking. It works because of color theory: teal (blue-green) and orange are complementary colors, meaning they're opposite each other on the color wheel. When placed side by side, complementary colors create maximum contrast and visual pop.
Here's how to build it properly:
1. Set your overall tone — Slightly desaturate the entire image and cool down the shadows 2. Add a node for skin tones — Use an HSL qualifier to isolate skin, then push it slightly warmer (toward orange) 3. Add a node for everything else — Use the outside node of your skin qualifier to affect the background, then push it toward teal 4. Fine-tune with curves — Use Hue vs Hue curves to shift specific hues, and Hue vs Saturation to control the intensity of each color The key to a good teal-and-orange grade is subtlety. The shadows should lean teal, not turn green. The skin should feel warm, not radioactive. Film Emulation and Print Film Looks Film emulation is the art of making digital footage look like it was shot on celluloid film. This involves: 1. Contrast curve — Film has a characteristic S-curve with soft highlight roll-off and rich shadow detail. You can build this with the custom curves tool. 2. Color response — Different film stocks have different color biases. Kodak stocks tend toward warm amber in highlights and cool blue in shadows. Fuji stocks tend toward green in midtones. 3. Saturation behavior — Film saturates differently in different tonal ranges. Shadows tend to be less saturated than midtones, and highlights can shift hue as they approach clipping. 4. Halation — Film creates a subtle red/orange glow around bright light sources (called halation). You can simulate this with a soft glow effect on a separate node, masked to affect only highlights. 5. Grain — Film grain is organic and random. Digital noise is structured and ugly. Adding film grain in post (using Resolve's built-in grain generator in Studio, or a grain overlay in the free version) sells the film look. Cross-Processing and Bleach Bypass Cross-processing simulates the look of developing film in the wrong chemicals (processing slide film in print chemicals, or vice versa). The result is high contrast, shifted colors, and desaturated shadows. Bleach bypass retains the silver halide in the film emulsion during processing, creating a high-contrast, desaturated look with a metallic quality. Famous examples include Saving Private Ryan and Se7en.
To simulate bleach bypass in Resolve:
1. Desaturate the image by 30-50% on a parallel node 2. Increase contrast significantly on the same node 3. Blend with the original using the Key mixer at 60-80% 4. The result is a high-contrast look with muted but not eliminated color DaVinci Resolve 19's Film Look Creator and ColorSlice
DaVinci Resolve 19 introduced two powerful new tools for creative grading:
Film Look Creator — An AI-powered tool that generates film looks based on real film stock data. It's not just a LUT — it models the actual photochemical behavior of film, including highlight rolloff, shadow response, and grain characteristics. You can adjust the intensity of each component independently. ColorSlice — A new color manipulation tool that lets you adjust colors in a sliced color wheel interface. It's intuitive and fast for making targeted color adjustments without the complexity of curves or qualifiers. You can adjust hue, saturation, and luminance for each color slice independently. These tools represent the cutting edge of digital color grading. If you're using DaVinci Resolve 19, experiment with Film Look Creator as your starting point for film emulation — it's remarkably good out of the box.
Scene-to-Scene Color Matching
One of the most challenging aspects of color grading is maintaining consistency across multiple shots. A scene shot from different angles, at different times, or under different lighting conditions will have color variations that look jarring if not corrected. Using the Shot Match Tool DaVinci Resolve includes a built-in Shot Match tool that analyzes a reference frame and applies similar color characteristics to the current clip. 1. Open the Gallery and grab a still from your reference shot (the shot you want to match TO) 2. Select the clip you want to match 3. Right-click on the reference still in the Gallery 4. Select Shot Match to This Clip 5. Resolve analyzes the reference and applies a grade to bring the current clip closer The Shot Match tool is a starting point, not a final solution. It gets you 70-80% of the way there. You'll always need to fine-tune manually — especially for skin tones, which the tool sometimes gets wrong. Manual Matching with Reference Stills
Professional colorists match shots manually using reference stills and the split screen viewer:
1. Grab a still from your reference shot (the hero shot of the scene) 2. Enable split screen (click the icon below the viewer or press Ctrl+S) 3. Set one side to show the reference still, the other to show your current clip 4. Match the following properties in order:
a. Exposure — Match overall brightness using the waveform
b. White balance — Match color temperature using the Parade scope
c. Contrast — Match the tonal range using the waveform
d. Saturation — Match overall color intensity using the vectorscope
e. Color balance — Fine-tune any remaining color casts
The split screen view lets you compare frames side by side in real time, making it much easier to spot differences that your eyes might miss when switching between clips. Copying and Pasting Grades
Once you've graded a clip, you can copy that grade to other clips:
1. Select the graded clip in the timeline 2. Press Ctrl+C to copy the grade 3. Select the target clip(s) 4. Press Ctrl+V to paste
You can also right-click for more options:
Using Groups for Multi-Clip Grading Groups in DaVinci Resolve let you apply adjustments to multiple clips simultaneously. This is essential for scene-wide grading. 1. Select all clips in a scene (Ctrl+click or Shift+click) 2. Right-click and choose Add to Group > Pre-Clip, Post-Clip, or Clip Group
Groups are the professional solution for maintaining consistency across a multi-shot scene. Instead of grading each clip individually, you grade the group once and every clip inherits the adjustments. Building a Consistent Look Across an Entire Project
For project-wide consistency:
1. Grade your hero shots first — Pick 3-5 key shots that define the look 2. Build your scene groups — Apply scene-wide grades via post-clip groups 3. Create a project-wide creative node — Use the Timeline node (in the Node Editor menu) for adjustments that affect every clip in the timeline 4. Use Power Grades for reusable looks — Save your best grades as Power Grades in the Gallery for quick application to new projects
HDR Color Grading in DaVinci Resolve
HDR (High Dynamic Range) is the biggest shift in display technology since the transition from SD to HD. It delivers brighter highlights, deeper shadows, and a wider color gamut than standard dynamic range (SDR).
HDR vs SDR — What Changes in Your Workflow
In SDR, your waveform runs from 0 to 100 IRE. In HDR, the scale changes:
HDR can display specular highlights up to 10,000 nits (the theoretical maximum for HDR10), though most consumer displays top out at 1,000-2,000 nits. This means your grading workflow needs to account for this extended highlight range. The key difference: in SDR, you compress highlight detail into a narrow range. In HDR, you have room to let highlights breathe — bright light sources can actually look bright, not just "less dark." Setting Up an HDR Timeline
To grade in HDR:
1. Go to Project Settings > Color Management 2. Set your Color Science to DaVinci YRGB Color Managed 3. Set your Timeline Color Space to DaVinci Wide Gamut 4. Set your Output Color Space to Rec.2020 ST2084 (for HDR10) or Rec.2020 HLG (for HLG) 5. Enable the HDR palette in the Color page (click the HDR button)
The HDR palette gives you zone-based controls:
You can adjust each zone's luminance and color independently, giving you surgical control over the HDR tonal range. HDR Tone Mapping Tone mapping converts your HDR master to SDR for delivery on non-HDR displays. DaVinci Resolve handles this automatically when you set your output color space correctly.
For HDR10 delivery:
1. Grade in DaVinci Wide Gamut / DaVinci Intermediate 2. Set output to Rec.2020 ST2084 3. Resolve applies the PQ (Perceptual Quantizer) transfer function 4. Master at 1,000 nits for consumer displays
For Dolby Vision delivery (Studio only):
1. Grade in DaVinci Wide Gamut 2. Use the Dolby Vision tools in Resolve to analyze and trim for different display levels 3. Dolby Vision metadata adjusts the image dynamically on compatible displays Using the HDR Palette Tools
The HDR palette is designed for HDR grading but also works beautifully for SDR:
Even for SDR delivery, the HDR palette can be useful for making targeted tonal adjustments without affecting the rest of the image.
Noise Reduction, Film Grain, and Image Cleanup
Noise and grain are two different things that people constantly confuse. Noise is digital artifacts caused by high ISO settings or underexposure. Film grain is the organic texture of celluloid film. One is a problem to fix. The other is a creative choice. Temporal vs Spatial Noise Reduction Temporal noise reduction (TNR) analyzes multiple frames to identify and remove noise. It works because noise is random — if a pixel is noisy in one frame, it's probably noisy differently in the next frame. By averaging across frames, TNR can remove noise while preserving detail.
Spatial noise reduction (SNR) smooths noise within a single frame. It's less sophisticated than TNR but works on moving subjects where temporal analysis fails.
Best practice: Use TNR for static or slow-moving shots. Use SNR for fast motion. Use both together for noisy footage — TNR first, then light SNR to clean up residual noise. Adding Film Grain for Texture Film grain adds organic texture that makes digital footage feel more cinematic. In DaVinci Resolve Studio, the built-in grain generator offers:
Apply grain on a separate node at the end of your tree. A subtle amount goes a long way — if the audience notices the grain, it's too much. For the free version, you can use film grain overlays (texture files) composited on a separate video track above your footage. Sharpening and Detail Enhancement
Resolve's sharpening tools include:
Be conservative with sharpening. Over-sharpened footage looks harsh and video-like. For a cinematic look, you might actually want to soften slightly — especially for beauty and fashion work.
OpenFX and Third-Party Plugins for DaVinci Resolve
DaVinci Resolve's native tools are incredibly powerful, but OpenFX plugins extend that power in ways that can transform your workflow. OpenFX (OFX) is an open standard for video effects plugins, and DaVinci Resolve supports both free and commercial OFX plugins on the Color page. What Are OpenFX Plugins? OpenFX plugins are third-party tools that integrate directly into Resolve's node editor. They appear as nodes in your tree, process your image, and can be combined with Resolve's native tools. Unlike Fusion effects (which work on the Fusion page), OFX plugins work on the Color page where your grading happens. This is important because it means you can use specialized tools without leaving your grading environment. No switching pages, no round-tripping — the plugin processes right alongside your color nodes. Best Plugins for Color Grading
The OFX ecosystem for color grading is deep. Here are the categories and tools I recommend:
Color grading and look development:
Film grain and texture:
Noise reduction and cleanup:
Lens and optical effects:
How to Install and Use OpenFX
Installing OFX plugins in DaVinci Resolve:
1. Download the plugin installer from the developer's website 2. Run the installer — it will place the plugin in the correct OFX directory 3. Restart DaVinci Resolve 4. Open the Effects panel in the Color page (click the Effects button in the top toolbar) 5. Browse to OpenFX and find your installed plugins 6. Drag the plugin onto a node in your Node Editor 7. Adjust the plugin's parameters in the Inspector panel The plugin becomes a node in your tree, just like any other adjustment. You can chain multiple plugins, use them in parallel branches, and apply qualifiers and Power Windows to control where the effect applies.
Power Grades, Stills, and the Gallery — Building Your Toolkit
The Gallery is your personal library of grades, references, and looks. Professional colorists spend years building their Gallery into a valuable creative asset. Saving and Organizing References
To grab a still from your timeline:
1. Navigate to the frame you want to save 2. Click the camera icon in the Gallery (or press Ctrl+Shift+Alt+S) 3. The still is saved with all grade data attached
Organize your stills with smart albums:
Creating Power Grades for Reusable Looks Power Grades are grades that persist across all projects. Unlike regular stills (which are project-specific), Power Grades are always available in your Gallery.
To create a Power Grade:
1. Grade a clip to your desired look 2. Grab a still 3. Drag the still from the album to the Power Grades folder in the Gallery 4. Name it descriptively (e.g., "Warm Film Emulation - Kodak 500T", "Cool Corporate - Blue Tint")
To apply a Power Grade:
1. Select the clip you want to grade 2. Right-click on the Power Grade in the Gallery 3. Choose Apply Grade, Append Node, or Apply Color Sharing Grades Across Projects
You can export and import grades as .drx files:
1. Right-click on a still in the Gallery 2. Select Export > Save as .drx 3. Choose a location to save the file To import: 1. Open the Gallery 2. Right-click and select Import 3. Navigate to your .drx file This is how studios share grades between colorists and between projects. Build a library of your best .drx files and organize them by category.
Monitoring and Calibration — Seeing Accurate Color
Your grading is only as good as your monitor. If your display is inaccurate, every decision you make is wrong — no matter how skilled you are. Why Your Computer Monitor Lies to You Consumer displays are designed to look vivid and bright in a showroom, not to show accurate color. Common problems:
Reference Monitors — What Professionals Use
Professional colorists use reference monitors that are calibrated to broadcast standards:
For most colorists, a good EIZO or Flanders Scientific monitor with SDI connection and proper calibration is the professional standard. Calibrating Your Display
Display calibration ensures your monitor shows accurate color:
1. Hardware calibration — Use a colorimeter (X-Rite i1Display Pro, Datacolor SpyderX) to measure your display and create a calibration profile 2. Software calibration — Use your monitor's built-in calibration controls (brightness, contrast, RGB gain) to adjust to reference standards 3. Recalibrate regularly — Monitors drift over time. Recalibrate every 2-4 weeks for professional work
Reference targets:
Using Scopes as Your Objective Reference Even with a calibrated monitor, scopes are your ground truth. They show you exactly what's in your image regardless of your viewing environment. Professional colorists check scopes constantly — before, during, and after every adjustment. If your scopes say the image is correct, it's correct — even if your monitor looks slightly off.
Exporting Your Color-Graded Project
The Delivery page is where your graded project becomes a final file. Getting export settings right is critical — a wrong setting can undo all your careful color work. Delivery Page Settings
DaVinci Resolve's Delivery page offers several export presets:
For color-accurate export:
1. Select Custom in the render settings 2. Set your format (QuickTime for ProRes, MXF for DNxHR) 3. Set your codec based on your delivery needs 4. Check "Force sizing to highest quality" and "Force debayer to highest quality" 5. Enable "Use optimized media" only if you created optimized media during editing Color Space Tagging for YouTube and Broadcast
The most common mistake in export is incorrect color space tagging. When you export to YouTube:
For HDR delivery to YouTube:
For broadcast delivery:
Rendering ProRes, DNxHR, and H.265
For archival and master files, use ProRes 422 HQ or DNxHR HQ. For web delivery, use H.265 with a high bitrate (20-50 Mbps for 4K).
Troubleshooting Common Color Grading Problems
Even experienced colorists run into problems. Here are the most common issues and how to fix them. Banding and Posterization Banding appears as visible steps in gradients — instead of a smooth transition from dark to light, you see distinct bands. It's caused by:
Fixes:
LUT Clipping and Crushed Blacks
If your LUT is clipping highlights or crushing shadows:
Color Space Mismatches
If your footage looks wrong (too contrasty, too flat, wrong colors):
Why Your Grade Looks Different on Different Screens This is normal and expected. Different displays have different color gamuts, gamma curves, and brightness levels. Your grade will look slightly different on:
The solution isn't to grade for every display — it's to grade on a calibrated reference monitor and trust that your grade is technically correct. If it looks good on a calibrated monitor, it will look acceptable everywhere else.
Frequently Asked Questions
Import your footage, go to the Color page, and begin with primary corrections using the color wheels. Set your black point, white point, and white balance first. Then adjust contrast and saturation. Build your creative grade on top of that clean foundation.
Color correction is technical — it fixes exposure, white balance, and consistency issues. Color grading is creative — it adds style, mood, and visual identity. Always correct first, then grade.
For most projects, use DaVinci Wide Gamut / DaVinci Intermediate as your timeline color space, with Rec.709 as your output color space. This gives you maximum grading latitude while delivering in the standard color space for YouTube and web.
Start with proper exposure and white balance. Add an S-curve for contrast. Desaturate slightly. Shift shadows toward blue/teal and highlights toward warm amber. Add subtle film grain. The key is restraint — cinematic grading looks natural, not heavy-handed.
Nodes are processing steps in your grading pipeline. Each node takes the image from the previous node, applies an adjustment, and passes the result forward. You can chain nodes serially (one after another), run them in parallel (simultaneously), or stack them in layers.
DaVinci Resolve is the industry standard for color grading. It's used on more Hollywood films, Netflix series, and high-end commercials than any other color grading application. The free version includes a complete professional grading toolset.
Use the Shot Match tool for quick matching, or manually match using split screen comparison and scopes. Check exposure on the waveform, white balance on the parade, and skin tones on the vectorscope.
ACES (Academy Color Encoding System) is an open color management standard for film and television production. It provides a consistent color pipeline from camera through VFX to final delivery. Use ACES when your project requires interoperability with other post-production facilities.
Isolate skin tones with the HSL qualifier, check the vectorscope to ensure skin falls near the skin tone indicator line, and adjust hue and saturation to achieve natural-looking skin. Use a dedicated node for skin tone correction.
Use a Color Space Transform (CST) node to convert from your camera's LOG color space to a working color space like DaVinci Wide Gamut. Grade in the wide gamut space, then add a second CST at the end of your tree to convert to Rec.709 for delivery. This guide covers the complete DaVinci Resolve color grading workflow, from project setup through final delivery. Color grading is a craft that takes years to master, but understanding these fundamentals puts you on the right path. If you want to go deeper, I built the PFA Color Suite to extend DaVinci Resolve's native grading tools with subtractive color science and AI-powered workflow tools. It's designed for colorists who want professional results without spending hours on technical setup. For more tutorials, guides, and color grading resources, visit passionfuelsambition.org. Passion Fuels Ambition. I'll see you in the next grade.
Take Your Color Grading Further
PFA Color Suite extends DaVinci Resolve with subtractive color science, AI-powered workflow tools, and professional film emulation — built by a colorist who understands both the creative and technical sides of the craft.
Explore PFA Color Suite →