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VR180 SyncPro simplifies dual-camera VR180 post-production with automatic pairing, visual sync, GoPro projection calibration, batch processing, half-frame alignment, VR Preview, horizon correction, VR180 metadata writing, and final export—no clapboard or dedicated sync cue required.
Price history tracked since Jul 7, 2026 · vs all tracked offers.
Based solely on tracked price history — not purchase advice.
Tracked since Jul 7, 2026.
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VR180 SyncPro is post-production software designed for creators working with dual-camera VR180 footage. It brings the complex, repetitive, and experience-dependent stages of VR180 production into a more direct workflow that is easier to review and complete. The software supports dual-camera video, stereoscopic photos, and high-speed photo sequences, with output options including VR180, VR120, SBS 3D, Top/Bottom, and dual-sided VR180.
For many creators, the challenge of VR180 does not end when filming stops. Left- and right-eye footage must be organized, paired, synchronized, corrected, projected, previewed, color-adjusted, interpolated, exported, and written with the appropriate VR metadata. Traditional workflows often require switching between several tools, adjusting timelines manually, and repeatedly exporting test files. VR180 SyncPro brings these stages together in one application to reduce the work between captured footage and viewable VR content.
VR Preview is a central part of VR180 SyncPro. It is not limited to being a final pre-export inspection window. It also functions as a real-time dual-camera VR video player built directly into the application.
With compatible computer hardware, video formats, and an OpenXR/SteamVR environment, users can load two independent left- and right-eye videos and play them together in a headset. The footage does not need to be stitched or combined into a single video first, and no separate third-party VR player is required.
During playback, VR180 SyncPro processes left- and right-eye frame selection, synchronization offsets, lens settings, projection conversion, and geometry correction according to the current project settings. This allows users to examine their footage in an environment that is close to the intended viewing experience before committing to a full export.
VR Preview is also an adjustment environment. While the footage is playing, users can inspect synchronization, eye order, stereoscopic space, horizon alignment, and projection behavior. Supported synchronization offsets, horizon, pitch, FOV, lens, projection, and related geometry settings can be adjusted as part of the same workflow. Color controls, LUTs, spatial subtitles, and supported MAX/MAX2 .360 processing can also be represented in VR Preview.
When settings change, the headset image is updated from the current preview state, bringing viewing, evaluation, and adjustment into the same VR environment. Update speed and achievable playback frame rate depend on source resolution, codec, active processing features, GPU performance, and the headset runtime. Some high-resolution workflows may use preview proxies.
This built-in playback system allows two uncombined camera streams to enter a VR viewing environment directly. VR Preview therefore supports synchronization review, projection calibration, spatial adjustment, color inspection, and final pre-export evaluation rather than serving only as an optional last-step check.
Automatic synchronization is an important part of VR180 SyncPro. Timing differences between the left and right cameras can affect the stereoscopic position of moving subjects and the resulting viewing experience. The software analyzes the timing relationship between both sources and produces a synchronization result while retaining frame-by-frame inspection, manual adjustment, and reset controls.
In recording situations with sufficient audio or visual detail, users may not need to prepare a dedicated clap, tone, or other synchronization marker. Automatic results should still be reviewed through frame stepping, key-motion inspection, or VR Preview. Footage with limited detail, heavy noise, extended static scenes, or substantial differences between the two views may require manual adjustment.
For supported low-frame-rate video workflows, VR180 SyncPro can create AI-upsampled synchronization proxies. These proxies provide denser temporal sampling for synchronization analysis and manual inspection and enable 0.5-frame synchronization adjustment where supported.
Synchronization proxies do not modify the original media or automatically change the user’s selected export frame rate or interpolation settings. Existing proxies can be reused when they continue to match the current media and processing parameters. Actual synchronization results depend on source content, frame rate, the relationship between both views, and the available audio and visual evidence.
VR180 SyncPro can automatically build left- and right-eye video pairs. During a batch scan, it considers information such as file numbering, recording time, duration, frame rate, resolution, codec details, file size, and audio clues instead of relying only on file order.
Pairing results remain visible and editable. Users can review, edit, remove, skip, or rebuild individual pairs while retaining synchronization and processing settings that have already been confirmed. Automatic pairing is designed to reduce repetitive organization work, but users remain responsible for confirming the final left- and right-eye relationship.
The software provides both single-pair and batch workflows. A single pair can be used to validate the camera workflow, synchronization, FOV, projection, color, and export settings. Batch processing organizes pairing, synchronization analysis, manual review, AI proxies, interpolation, and export into a managed queue.
VR180 SyncPro supports AUTO, MISSION 1, HERO11/12/13, Lit Hero, MAX2, and custom-lens workflows. Presets are provided for common dual-camera GoPro/HERO configurations while retaining manual control over FOV, focal length, lens models, and projection parameters.
AUTO uses available media information, resolution, and aspect ratio to select a processing route. The detected workflow should still be compared with the actual camera, lens, and recording settings. Specialized or previously processed footage can be assigned to a workflow manually.
Third-party fisheye lenses, modified cameras, rectilinear video, specially cropped media, and footage preprocessed in other applications can use the custom-lens workflow. Users can configure the source type, aspect ratio, focal length, horizontal and vertical FOV, diagonal FOV, fisheye projection model, and output projection, then review the result through Projection Preview and VR Preview.
VR180 SyncPro provides a dedicated workflow for supported MAX/MAX2 .360 media. It can read the source file’s dual video tracks, reconstruct the EAC geometry, and produce Front 1:1, Rear 1:1, or Front/Rear dual-sided VR180 output.
Available controls include gyro stabilization, horizon correction, horizontal stabilization, horizon lock, and pitch lock. Feature availability depends on the source format, track structure, and the presence of readable camera-orientation metadata.
MAX/MAX2 .360 geometry, stabilization, color, and LUT settings can enter the corresponding Projection Preview, VR Preview, and export workflows. Some gyro-related features may be unavailable when the required orientation metadata is missing.
The software supports horizon analysis and manual correction. Users can adjust tilt, pitch, and other supported geometry parameters, then inspect the result through Projection Preview or VR Preview.
Horizon and projection controls modify image geometry without intentionally changing the confirmed media timing or synchronization offset. Automatically calculated values can be disabled, reset, or manually adjusted.
In addition to the built-in VR player, VR180 SyncPro provides left- and right-eye 2D Preview and Projection Preview.
2D Preview is intended for quick inspection of source footage, eye order, synchronization, color, and export range. Projection Preview displays the image geometry produced by the current lens, FOV, horizon, and output-projection settings. VR Preview allows users to inspect stereoscopic space and supported real-time adjustments inside a headset.
Each preview mode serves a different purpose. Preview resolution or decoding behavior may differ from final export, so users should confirm the selected workflow and output settings before processing.
Video color controls include white-balance sampling, color temperature, brightness, contrast, saturation, output color range, Log source configuration, and LUT workflows. These controls can be used to reduce visible brightness and color differences between the left and right views.
The dedicated Log Curve editor includes master, RGB, and secondary color curves, soft clipping, shadow and highlight controls, undo and redo, grading presets, and .cube LUT export.
The editor also includes a histogram, waveform, RGB parade, and vectorscope to assist with evaluating exposure, channel relationships, color distribution, and saturation. Viewing results can vary across monitors, headsets, operating-system color management, and output formats.
Spatial subtitles place text within the VR viewing space instead of applying it only as a flat overlay. Users can configure the text, size, color, viewing distance, horizontal angle, pitch angle, and active frame range.
Subtitle position, depth, and scale can be reviewed through VR Preview. The final appearance may vary with output projection, FOV, headset, and player support.
Video export modes include VR180, VR120, SBS, Half-SBS, Top/Bottom, and dual-sided VR180. Available settings include output resolution, bitrate, encoder, container, bit depth, color range, audio source, AI interpolation, spatial subtitles, and VR metadata.
Stereo audio synthesis can take a selected left channel from the left-camera media and a selected right channel from the right-camera media, then build a stereo audio track according to the current audio synchronization settings. When export eye order is swapped, audio channels can be adjusted to match.
AI frame interpolation can increase the output frame rate of supported media and can also be used in photo-sequence video workflows. Processing speed and visual results depend on source motion, occlusion, frame rate, resolution, GPU capability, and the interpolation component being used.
VR180 SyncPro supports stereoscopic photo input. Left- and right-eye images can be paired through naming rules or an image-content algorithm and exported as VR180 photos, VR120 photos, or SBS 3D photos. Supported image formats include JPG, PNG, TIFF, and BMP.
High-speed photo sequences can be turned into photo-sequence videos according to the pairing order in the batch list. Users can configure how many frames each image is held and, where supported, enable AI frame interpolation.
Algorithmic photo pairing considers image and file information but cannot guarantee a correct match for every type of captured content. Photo order and left/right relationships should be checked before export.
The export queue manages processing across multiple media pairs. When synchronization offsets, export parameters, or interpolation settings change, users can choose whether to apply the latest settings to queued items. A job that has already started may need to restart when new parameters are applied.
VR180 SyncPro uses available hardware acceleration for decoding, preview, proxy generation, AI interpolation, projection, or export when supported by the hardware, driver, media format, and active workflow. The available acceleration path and resulting performance vary by system configuration.
Synchronization proxies can be reused for later preview, synchronization inspection, and batch processing when the source media and parameters still match. Users can clear synchronization proxies from the application settings to recover storage space.
Clearing synchronization proxies does not intentionally remove saved project parameters or synchronization results, but the corresponding proxies may need to be generated again. Project-specific settings should be managed through the project save and load workflow.
VR180 SyncPro can write appropriate VR180 or VR120 metadata during export. It also provides a separate batch metadata tool that can write or remove VR metadata from existing video files without re-encoding their video content.
Metadata helps compatible platforms and players identify the VR type, projection, and stereoscopic layout of a video. It does not correct synchronization, projection, or image-content problems within the video itself. Final recognition and playback depend on the target platform, player version, and supported formats.
For supported dual-camera HERO11/12/13 8:7 footage, One-Click VR180 Export can connect synchronization review and rendering according to the current project state.
MISSION 1, Lit Hero, MAX/MAX2 .360, custom-lens, and other specialized media can use the standard synchronization, preview, and render-export workflows to retain the corresponding parameter controls.
The automatic workflow performs the stages available for the current media and settings. When required input, runtime components, or readable data are unavailable, individual automatic functions may be skipped, reported, or handled using the current settings.
VR180 SyncPro also provides a multilingual interface, voice guidance, feature tours, help documentation, and project-saving capabilities to help users understand the import, synchronization, preview, projection, and export workflow.
The software is designed to reduce repetitive work between dual-camera source media and viewable VR content. It also allows users to enter the VR space they recorded before final export so they can inspect synchronization, projection, geometry, color, and subtitles.
Whether the footage records travel, family, friends, pets, sports, or first-person experiences, VR180 SyncPro can serve as a workspace for organizing, synchronizing, viewing, adjusting, and exporting dual-camera media into VR videos or photos for compatible devices and platforms.
Feature availability and processing performance depend on the software version, media format, camera metadata, computer hardware, GPU drivers, third-party runtime components, headset, and OpenXR/SteamVR environment. Before purchasing the software or processing important footage, review the system requirements, supported formats, and target-platform compatibility.
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