Back to home

Documentation

V-Raykally is a free, local render queue manager for V-Ray Standalone on Windows and macOS. These guides cover queue setup, .vrscene batch rendering, preflight checks, and render-failure diagnostics.

Essentials

Start here for the most common tasks: queueing exported scenes, batching V-Ray Standalone jobs, and monitoring renders as they run. One guide also covers when a full render farm manager is the better fit.

Core workflows

The three workflows most renders depend on: setting up the local queue, checking scenes before an unattended batch, and keeping every file on your own hardware.

Local V-Ray queue setup Configure V-Ray Standalone, add .vrscene or .vrs jobs, order them, and run a local queue without cloud infrastructure. Production preflight Check frame ranges, output names, asset paths, licensing, logs, and preview renders before leaving a long batch unattended. Privacy and trust Understand how local rendering keeps scenes, assets, logs, and outputs on owned hardware when cloud capacity is not required.

Product reference

Reference pages on the product itself: what V-Raykally is, how the Windows version is delivered, and how diagnostics handle your data.

What is V-Raykally? What the app does, which V-Ray scene files it supports, and where it fits alongside full render farm managers. Microsoft Store version What the Microsoft Store release includes, the Windows versions it supports, and how updates are delivered. Local diagnostics How V-Raykally analyzes render failures on your machine without sending scene files or logs to a cloud service.

All guides

Browse the full library by topic, from first setup and preflight checks to queue controls, comparisons, and local rendering.

Queue workflows Queue multiple .vrscene files, batch renders, stills, animations, and overnight sessions.
How to queue multiple V-Ray renders A practical local workflow for queueing multiple V-Ray Standalone renders without launching each .vrscene by hand. Batch rendering with V-Ray Standalone How batch rendering works with V-Ray Standalone, .vrscene files, frame ranges, and a local queue interface. Free render manager for V-Ray A free local render manager option for V-Ray users who need queue control without a full render farm stack. V-Ray Standalone queue manager Why a dedicated queue manager helps when rendering V-Ray Standalone scene files on a local machine. Render multiple .vrscene files A reliable local workflow for rendering multiple .vrscene files exported from V-Ray-compatible DCC tools. Manage V-Ray animation frames How to think about frame ranges, existing frames, and local queue control for V-Ray animation renders. V-Ray command line rendering with a GUI Use V-Ray Standalone command-line rendering through a visual local queue interface. V-Ray scene file workflow How .vrscene files fit into local V-Ray Standalone rendering and queue automation. V-Ray Standalone vs V-Ray plugin rendering Understand the difference between rendering through a host DCC plugin and rendering exported scenes with V-Ray Standalone. Queue V-Ray still renders Run multiple V-Ray still images in a local queue for client previews, cameras, and final outputs. Queue V-Ray animations Plan local V-Ray animation queues with frame ranges, output consistency, and restart-safe habits. Render V-Ray overnight Prepare a V-Ray overnight queue that can run locally without manual restarts between jobs. V-Ray distributed rendering vs network rendering Understand when V-Ray distributed rendering, network rendering, and a local V-Ray queue solve different problems. V-Ray batch render in 3ds Max A practical 3ds Max V-Ray batch rendering path using native batch concepts, V-Ray scene exports, and a local queue. V-Ray batch render for SketchUp Queue SketchUp V-Ray scene exports locally when you need multiple views or revisions to render without manual relaunching. V-Ray batch render for Rhino A local queue workflow for Rhino V-Ray users rendering multiple views, options, or exported Standalone scenes. V-Ray batch render for Maya Use exported V-Ray Standalone scenes and local queue control for Maya V-Ray batch workflows. V-Ray render node license questions What to confirm about licensing and setup before expanding from a local V-Ray queue to render nodes. Local V-Ray render box workflow Use a spare local machine as a simple V-Ray Standalone render box before building a full farm. Export .vrscene files for a queue How exported V-Ray scene files fit into a local queue workflow. V-Ray render queue for multiple cameras Queue multiple V-Ray cameras or view exports without relaunching each render manually. Render V-Ray scenes without opening the DCC file Use V-Ray Standalone scene exports when you do not want to reopen each host application file for every render. Queue multiple cameras from one .vrscene Render different cameras from the same exported V-Ray scene as separate local queue jobs. Queue draft and final V-Ray variants Run draft and final V-Ray renders from the same scene workflow without losing track of outputs. V-Ray render manager FAQ Frequently asked questions about V-Ray render queues, local render managers, V-Ray Standalone, and V-Raykally. Best free render manager for V-Ray local queues Compare free render managers for local V-Ray Standalone queues and see where V-Raykally fits. V-Ray render workflow automation Automate the repetitive parts of V-Ray rendering with exported scenes, local queue control, and predictable outputs.
Preflight and optimization Test scene exports, assets, versions, logs, and performance before long local queues.
Prepare V-Ray scenes before queueing A simple checklist before adding V-Ray Standalone scenes to a local render queue. Test one V-Ray frame before a batch Why a single test frame can save hours before queueing a long V-Ray render batch. V-Ray preview renders before a final queue Use quick V-Ray previews before committing a full-resolution final queue. V-Ray command options for a queue The V-Ray Standalone command options that matter most for queued local renders. V-Ray path remapping before a queue Use path checks and remapping carefully before rendering V-Ray scenes outside the original workstation setup. V-Ray render region before a full render Use small regions or crop-style checks before sending a full V-Ray render queue. Choose a V-Ray output format for a queue Pick output formats deliberately before running a long V-Ray queue. V-Ray CPU vs GPU before queueing renders Check CPU/GPU assumptions before adding V-Ray jobs to a local queue. Continue a V-Ray queue after a crash A practical recovery workflow after a workstation crash, app crash, or interrupted V-Ray batch. Render specific V-Ray frames from a list Render individual frames, ranges, and stepped ranges with V-Ray Standalone before or inside a local queue. Control frame numbers in V-Ray output names Understand why V-Ray Standalone adds frame numbers and how that affects queued output files. Low-resolution V-Ray test renders Use a smaller V-Ray Standalone output size to check a scene before the final queue. Run V-Ray Standalone without the VFB Avoid blocking unattended local queues with a V-Ray frame buffer window. Limit V-Ray CPU threads while rendering Leave CPU capacity available while running local V-Ray renders. Choose the V-Ray GPU engine in Standalone Check the V-Ray GPU engine before queueing GPU renders locally. Set V-Ray GPU time or noise limits Prevent one V-Ray GPU job from consuming a whole local queue. Choose which GPU V-Ray uses Check V-Ray GPU device selection before starting a local render queue. Override V-Ray settings without re-exporting Use command-level overrides for repeatable V-Ray Standalone variants when appropriate. Set V-Ray asset search paths Help V-Ray Standalone find textures and caches before a queued render starts. Collect V-Ray assets before queueing Decide when to pack or collect assets before local V-Ray Standalone rendering. Use .vrscene include files Understand V-Ray Standalone include files before queueing advanced scene exports. Choose the right V-Ray Standalone version Avoid plugin and feature mismatches when multiple V-Ray versions are installed. Check V-Ray licensing before a queue Run a quick V-Ray Standalone license check before leaving local renders unattended. Write separate V-Ray logs per job Keep V-Ray Standalone logs readable when many local queue jobs run in sequence. Choose V-Ray log verbosity for queue jobs Avoid logs that are too noisy or too vague for local V-Ray queue troubleshooting. Profile a slow V-Ray scene before queueing Find likely bottlenecks before sending many slow V-Ray frames through a local queue. Denoise a V-Ray animation after the queue Plan denoising before rendering a V-Ray animation sequence locally. Render huge V-Ray stills with Standalone Plan very high-resolution V-Ray stills before adding them to a local queue. Keep V-Ray Standalone color output consistent Check saved output, display transforms, and color settings before trusting a local V-Ray queue.
Platform setup Set up the local V-Ray executable and file paths on macOS or Windows.
V-Raykally Microsoft Store version Notes on the V-Raykally Microsoft Store listing, Windows distribution, publisher metadata, and Store screenshots. V-Ray render queue for macOS A local macOS workflow for queueing V-Ray Standalone renders with a notarized desktop app. V-Ray render queue for Windows A Windows-focused guide for running V-Ray Standalone scene queues locally with V-Raykally. V-Ray batch render on macOS Batch render V-Ray Standalone scenes on macOS with a local queue instead of repeated terminal commands. V-Ray batch render on Windows Batch render V-Ray Standalone scenes on Windows with a local queue manager. Keep a computer awake for V-Ray overnight renders A practical reminder for local V-Ray queues that need the workstation available all night.
Queue controls Control order, frame ranges, output folders, retries, logs, and resume behavior.
Drag-and-drop V-Ray render queue Use drag-and-drop ordering to prioritize V-Ray Standalone renders without rebuilding a batch script. V-Ray render job priority A simple approach to prioritizing V-Ray render jobs in a local queue. Resume V-Ray renders A local workflow for interrupted V-Ray renders using resumable rendering concepts and queue retry control. Skip existing V-Ray frames Use skip-existing-frame logic to avoid re-rendering completed V-Ray outputs during local batch work. Set up the V-Ray Standalone path Why the V-Ray executable path matters before any local queue or batch render can run. V-Ray output folder management Keep V-Ray output paths organized when running local queues and repeated batch renders. Monitor V-Ray render progress Track local V-Ray Standalone jobs with visible status, logs, and queue state. V-Ray render logs Why render logs matter for local V-Ray queues and how they help diagnose failed jobs. Simple vs Pro V-Ray queue settings Choose between fast local V-Ray queue setup and deeper V-Ray Standalone command options. V-Ray render queue with priority control Use visual ordering and job controls to keep urgent V-Ray renders ahead of lower-priority work. Render missing V-Ray frames only Recover from interrupted V-Ray animation batches by targeting missing frames and preserving completed outputs. Fix missing textures on V-Ray render nodes Why V-Ray render jobs fail or differ when assets are missing, and how local queue logs help diagnose the issue. V-Ray GPU render queue How to think about V-Ray GPU jobs inside a local queue, including hardware limits and output checks. Choose a V-Ray frame range for a queue How to think about frame ranges, steps, and partial animation batches in a local V-Ray queue. V-Ray output filenames and padding Avoid confusing output names when rendering V-Ray frame sequences locally. Stop, cancel, and retry V-Ray queue jobs How to think about stopping and retrying local V-Ray renders without losing track of what happened. Choose priority order for a V-Ray render queue Decide which V-Ray jobs should run first when previews, finals, and tests compete for the same machine.
Comparisons Decide between a local queue, a farm manager, distributed rendering, or cloud rendering.
Alternative to render farm managers for V-Ray When V-Raykally is a practical local alternative to larger render farm managers, and when a full farm scheduler is still the right tool. Deadline alternative for a local V-Ray queue When V-Raykally works as a Deadline alternative for V-Ray users whose real need is local V-Ray Standalone queueing, not a full render farm. RenderFlow alternative for a local V-Ray queue Compare Pulze RenderFlow's render farm management scope with V-Raykally's free local V-Ray Standalone queue workflow. AWS Deadline Cloud vs local V-Ray queue A decision guide for V-Ray users choosing between managed cloud render capacity and a local V-Ray Standalone queue. Local V-Ray render farm alternative A practical local alternative for artists who need queue automation before they need a real multi-node render farm. Free render farm manager alternative for V-Ray A comparison for users who want local V-Ray job ordering, not full farm orchestration. Render farm manager vs V-Raykally Compare full render farm managers and V-Raykally for V-Ray users: farm scheduling versus local queue management. Pulze Render Manager alternative for V-Ray How to think about Pulze-style render management versus a free local V-Ray Standalone queue. Royal Render alternative for V-Ray When a local V-Raykally queue can be enough, and when Royal Render's broader farm capabilities matter. OpenCue alternative for V-Ray Compare OpenCue's open source render farm model with a small local V-Ray Standalone queue. Qube render manager alternative for V-Ray When a local V-Ray queue is a simpler alternative to Qube-style render farm management. Backburner alternative for V-Ray A local V-Ray Standalone queue option for users who do not want to rely on Autodesk Backburner-style network rendering. Cloud render manager alternative for V-Ray A local alternative for V-Ray users who do not need managed cloud render infrastructure. Chaos Cloud vs local V-Ray queue Compare cloud rendering with a local V-Ray Standalone queue for privacy, control, and setup simplicity. V-Ray Swarm vs local render queue Compare V-Ray Swarm-style distributed rendering with a simple local V-Ray Standalone queue. V-Ray queue vs batch script When a visual V-Ray queue is easier than maintaining a batch file or shell script.
Artist workflows Freelancer, archviz, and small-studio workflows that still render on owned machines.
V-Ray render manager for archviz A local V-Ray queue workflow for archviz stills, camera variants, client previews, and overnight finals. V-Ray render manager for freelancers A lightweight V-Ray queue workflow for freelancers who render locally and need fewer manual steps. V-Ray render manager for small studios When a small studio can use a local V-Ray queue, and when it should move to a full render farm manager. V-Ray render automation for small teams Small-team V-Ray automation that starts with a local queue before farm infrastructure.
Local and private rendering Keep scenes, assets, logs, and outputs on local hardware whenever the job allows.
What is V-Raykally? A product reference for V-Raykally, the local V-Ray Standalone queue manager created by Adrien Lejeune. V-Raykally local AI diagnostics How V-Raykally diagnoses render failures locally, with assistance that runs on your machine. Introduced in version 1.4.1. Offline V-Ray render manager How a local-first V-Ray queue can keep scene files and render outputs on the workstation without cloud dependency. Local private V-Ray rendering Keep V-Ray scenes local while still getting queue automation and render progress tracking. Secure V-Ray render manager What to look for in a secure local V-Ray queue manager: local operation, signed builds, and clear privacy boundaries. V-Ray render manager from the Microsoft Store Installing a V-Ray queue tool from the Microsoft Store on Windows workstations. Apple notarized V-Ray render manager The macOS app is signed and notarized by Apple, so Gatekeeper verifies it at install time. V-Ray render manager with no cloud dependency Use a no-cloud local V-Ray queue when assets, cost, or connectivity make cloud rendering unnecessary.