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OpenShot 4.0 arrived with a change that reshapes the editor’s workflow: you can now record screen, webcam, microphone, and system audio directly inside the project, with each source saved as an independent, editable clip. The update, announced by the OpenShot team on August 30, 2026, also adds a dedicated color view with wheels, curves, and LUT support, plus masks generated with AI models that run on the user’s own computer, without relying on a cloud service.
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For an open source editor competing against paid tools like Premiere Pro or DaVinci Resolve, adding integrated recording and professional color grading in the same version is a major leap. OpenShot 4.0 aims to close the gap between a free editor and a full production suite.
TL;DR
- OpenShot 4.0 was announced on August 30, 2026, with a new Color View and a new Recording View.
- The Recording View captures microphone, screen, webcam, and system audio as separate, editable clips.
- The new Color Grade effect adds color wheels, four editable curves (RGB and master), and support for .cube LUTs with an intensity control.
- Four video scopes are added: Luma Waveform, Histogram, RGB Parade, and Vectorscope, with a region tool and a skin tone line.
- AI-powered masking runs free, downloadable local models, no cloud or subscription, to isolate and track subjects.
- Ten new effects are added: beat-reactive audio visualizations, animated timers, and cinematic looks.
- The native timeline improves zoom, keyframes, editable timecode, and overall interaction consistency.
- OpenShot expands its Qt 6 support, improving compatibility with recent Linux distros and laying the groundwork for Android.
Introduction
OpenShot is a free, open source, non-linear video editor that has existed since 2008 and runs on Windows, macOS, and Linux. It’s maintained by a small team led by Jonathan Thomas, its original creator, with community contributions on GitHub. Version 4.0 is, according to the team itself, one of the biggest updates in the project’s history in terms of creative workflow.
The change isn’t cosmetic. Up through version 3.x, recording the screen or camera required an external tool and importing the file afterward. For color correction, the editor offered basic brightness, contrast, and saturation adjustments, with no color wheels or scopes. OpenShot 4.0 solves both limitations within the same application.
What Happened: OpenShot 4.0 in Detail
The announcement was published on the official OpenShot blog on August 30, 2026, under the title Record, Edit, and Color Like Never Before. The post describes seven main changes: the new Color View, the new Recording View, ten new effects, local AI-powered masking, a cleaner native timeline, performance improvements, and a more modern foundation on Qt 6.
The Recording View lets you choose any combination of microphone, screen, and webcam as sources. Each enabled source is recorded as its own media file and its own clip on the timeline: microphone audio stays separate from system audio, and the webcam stays separate from the screen capture. Once recording is done, you can trim out a mistake, adjust the voice volume, crop the camera, or move the picture-in-picture window without reimporting anything.
The Color View groups a large preview, clip properties, color wheels, and scopes into a single screen. To activate it, just right-click a video clip and choose Look > Adjust Colors: OpenShot automatically adds the new Color Grade effect, selects it, and opens the necessary tools.
Context and History
OpenShot was born in 2008 as a personal project by Jonathan Thomas, meant to bring non-linear video editing to Linux at a time when free alternatives were scarce and unstable. Over the years it gained cross-platform support, its own engine (libopenshot, written in C++), and a PyQt interface. The project is sustained by donations and app sales on stores like the Microsoft Store, with no venture capital behind it.
Competition has changed a lot since 2008. DaVinci Resolve has offered a free version with professional color grading for over a decade, and mobile apps like CapCut democratized quick editing with automatic effects. OpenShot 4.0 responds to that pressure by adding two capabilities that previously required leaving the app: serious recording and color work. The editorial motivation isn’t to compete on trendy effects, but to close the full workflow (record, edit, color, export) within a single free tool.
Technical Details and Performance
The new Color Grade effect combines two layers of control. The first is correction: exposure, contrast, temperature, tint, highlights, shadows, saturation, and vibrance, meant to fix a dark shot, remove a color cast, or match multiple cameras. The second is look composition: separate color wheels for global tones, shadows, midtones, and highlights, to push shadows toward a cool tone or warm up the highlights without moving the rest of the image.
On top of that, there are four editable curves (one master and one per RGB channel), with points and handles you can move directly, including smooth Bezier adjustments. OpenShot 4.0 also supports .cube format LUT files, the industry standard, with an intensity control that lets you blend the LUT with the corrected image instead of applying it at full strength. The entire effect is keyframeable: wheels, curves, correction, LUT intensity, and the overall blend can change over time, which is useful for correcting a light that varies during a shot or revealing a look progressively.
To check what the image is actually doing, rather than what a poorly calibrated monitor shows, the Color View adds four scopes: Luma Waveform, Histogram, RGB Parade, and Vectorscope. Each includes a region tool: you can draw a box over a face, a sky, or a product, and the scope analyzes only that part of the frame. The Vectorscope also adds a skin tone reference line, useful for spotting color casts and keeping faces believable.
| Scope | What It Shows | When to Use It |
|---|---|---|
| Luma Waveform | Brightness distribution of the frame | Checking exposure and blown highlights |
| Histogram | Number of pixels per brightness level | Viewing the shot’s overall dynamic range |
| RGB Parade | The three color channels separately | Comparing color balance between cameras |
| Vectorscope | Saturation and hue distributed in a circle | Protecting skin tones and avoiding oversaturation |
To get started quickly without touching wheels or curves, the clip menu adds presets like Auto Contrast, Lift Shadows, Warm Up, and Boost Color. All of them use the same editable Color Grade effect, so they work as a starting point rather than a fixed one-click filter.
As for performance, the team reports that this version’s optimization work makes the Blur effect notably faster, and that Sharpen, timeline rendering, video scopes, color grading, and audio visualizations also improved. The announcement doesn’t publish specific benchmark figures, so the right way to verify it is to measure it directly: open a project with a long clip, apply Blur in version 3.x and in 4.0, and compare the rendering time of the same timeline range using the same Export Video settings.
💡 Tip: to compare performance between versions, export the same clip with the same settings and time the process: it’s more reliable than trusting how smooth the preview feels.
How to Start Trying It
OpenShot 4.0 can be downloaded for free from the official site for Windows, macOS, and Linux, and it’s also available in stores and package managers. Here are the most direct routes depending on your operating system:
# Windows (using winget)
winget install --id OpenShot.OpenShot -e
# macOS (using Homebrew Cask)
brew install --cask openshot-video-editor
# Linux (Flatpak, works on almost any distro)
flatpak install flathub org.openshot.OpenShot
flatpak run org.openshot.OpenShot
# Linux (Ubuntu/Debian, official project PPA)
sudo add-apt-repository ppa:openshot.developers/ppa
sudo apt update && sudo apt install openshot-qtOnce installed, to try the Color View you need to import a clip, drag it to the timeline, right-click it, and choose Look > Adjust Colors. If you want to apply your own LUT, the Color Grade effect accepts any standard .cube file. Here’s the minimal content of an identity LUT (it doesn’t change the image), useful for confirming OpenShot is reading the file correctly before loading a real LUT:
# identity.cube file: neutral 2x2x2 LUT for testing file loading
TITLE "Identity LUT"
LUT_3D_SIZE 2
0.0 0.0 0.0
1.0 0.0 0.0
0.0 1.0 0.0
1.0 1.0 0.0
0.0 0.0 1.0
1.0 0.0 1.0
0.0 1.0 1.0
1.0 1.0 1.0If you load that file and lower the LUT intensity to zero, the image shouldn’t change at all: it’s the simplest way to confirm the color pipeline works before investing time in a complex look. For AI-powered masking, OpenShot offers free downloadable models that run on the user’s computer, with no connection to a cloud service and no subscription involved.
Impact and Analysis
For tutorials, screencasts, and educational content, the Recording View removes an entire step from the workflow: there’s no longer a need to record with a separate tool and then import and sync tracks by hand. Having each source (microphone, screen, camera, system audio) become an independent clip is the part that saves the most time, since it lets you mute, trim, or move each one without affecting the others.
| Source | What It Records | Saved As |
|---|---|---|
| Microphone | Voice, separate from system audio | Independent audio clip |
| Screen | Desktop or window capture | Independent video clip |
| Webcam | Webcam, editable in picture-in-picture | Independent video clip |
| System Audio | Sound played by the computer | Independent audio clip |
flowchart TD
A["Microphone"] --> E["Separate clips on the timeline"]
B["Screen"] --> E
C["Webcam"] --> E
D["System Audio"] --> E
E --> F["Color View: correction and LUT"]
F --> G["Export final video"]The Color View, for its part, narrows the gap with paid tools for people making content on a zero budget. Previously, a small channel wanting a consistent look across cameras had to export to another program just to correct color. Now that step stays inside OpenShot, with curves and LUTs that are standard in the film and professional video industry.
💭 Key takeaway: having AI masking run locally, with no cloud and no subscription, is the biggest difference compared to commercial tools that charge per minute of cloud processing.
The real limitation is hardware. The AI models for masking run on the user’s computer, so on machines without a dedicated GPU or with little RAM, subject tracking can be slower than on a cloud service optimized for that purpose. It’s a deliberate trade-off: privacy and zero cost in exchange for depending on your own machine’s power.
What’s Next
The announcement mentions that expanding Qt 6 support isn’t just about improving compatibility with recent Linux distributions: it also lays the groundwork for bringing OpenShot to Android and other future platforms. The team also published a new color chapter in the official user guide, explaining color correction, grading, scopes, skin tones, curves, wheels, and LUTs in plain language.
It remains to be seen how quickly the community adopts the integrated recording workflow versus dedicated tools like OBS Studio, which remains the standard for live streaming. OpenShot’s advantage lies in video recorded for later editing, not live broadcasting: these are different use cases that will likely coexist.
📖 Summary on Telegram: View summary
Try it yourself: download OpenShot 4.0 for free from openshot.org/download and right-click a clip to open the new Color View today.
Frequently Asked Questions
Is OpenShot 4.0 free?
Yes. OpenShot is free and open source software, though the project accepts donations and sells the app on stores like the Microsoft Store to support development.
What operating systems does OpenShot 4.0 run on?
Windows, macOS, and Linux, with official packages for each platform and variants like Flatpak and PPA on Linux.
Do I need an internet connection to use AI masking?
No. The masking models are downloaded once and then run locally on the computer, without relying on a cloud service or a subscription.
What LUT format does the Color View support?
.cube files, the industry standard, with an intensity control to blend the LUT instead of applying it at full strength.
Does the Recording View replace OBS Studio?
Not entirely. It’s meant for recording content that’s later edited within the same project, but it isn’t designed for live streaming, which remains OBS Studio’s main use case.
Does OpenShot 4.0 improve performance over previous versions?
The team reports that the Blur effect is notably faster and that Sharpen, timeline rendering, scopes, and color grading also improved, though the announcement doesn’t publish exact benchmark figures.
References
- Official OpenShot blog: original announcement of OpenShot 4.0 with details on each new feature.
- OpenShot: Downloads: official installers for Windows, macOS, and Linux.
- GitHub: OpenShot/openshot-qt: source code repository for the OpenShot interface.
- Flathub: OpenShot Video Editor: official Flatpak package for Linux.
- Wikipedia: Color grading: general context on color correction and composition in video.
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Imagen destacada: Foto de Bas Peperzak en Unsplash
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