Chaos V-Ray for 3ds Max

Overview

V-Ray is the renderer that made physically accurate output practical on ordinary deadlines. It installs into the host modelling application as a plugin, replacing the built in renderer with one that models light the way light actually behaves, and it has been the default choice in architectural and product visualisation for long enough that a large share of the reference images anyone learns from were made with it.

There are two engines in the same package and they share the same scene. The CPU engine is the traditional bucket renderer, precise, predictable and dependent on core count. The GPU engine renders the same materials and lights on graphics hardware at a fraction of the time, which changes lookdev from a series of test renders into something interactive. Switching between them is a dropdown, not a scene conversion, so an interactive session on the GPU can be handed to the CPU for final output without redoing materials.

Materials are physically based, with layered definitions covering diffuse, reflection, refraction, subsurface scattering, coatings and sheen. The included library carries a large set of ready surfaces for the materials that turn up constantly in visualisation work: metals, glass, fabrics, woods, concretes, plastics and liquids. Lighting covers area lights, mesh lights, sun and sky systems with physically correct spectral output, and image based lighting from environment captures.

The practical tooling is the part that sells it to a working studio. The frame buffer holds full compositing controls with exposure, curves, lens effects and layered render elements, so a great deal of adjustment happens without re rendering. Distributed rendering spreads a frame or an animation across other machines on the network. Proxies keep enormous scenes workable by loading geometry only at render time, and the scene intelligence tools denoise, adaptively sample and cache lighting so render times stay tied to what the image actually needs.

Key Features

• CPU and GPU rendering engines in one package sharing the same scene and materials
• Physically based layered materials with reflection, refraction, subsurface scattering and coatings
• Large included material library covering the surfaces that visualisation work needs constantly
• Area, mesh, sun and sky lighting with physically correct output plus image based environments
• Interactive rendering for lookdev that updates as materials and lights are adjusted
• Frame buffer with exposure, curves, lens effects and layered render elements for in place adjustment
• Distributed rendering across other machines on the network for frames and animations
• Proxy geometry so very large scenes stay workable and load only at render time
• Adaptive sampling, light caching and denoising to keep render times proportionate
• Render element output for full compositing control downstream

What Changed in This Build

• Faster GPU engine on current generation cards with lower memory use
• Denoiser quality improved on interior scenes with heavy indirect light
• New materials added to the included library
• Frame buffer compositing controls reorganised into a clearer layer stack

System Requirements

Processor	Intel or AMD 64-bit, core count directly affects CPU render times
Memory	16 GB minimum, 32 GB or more for large scenes
Graphics	GPU with 8 GB VRAM or more for the GPU engine, current drivers required
Storage	10 GB for install with the material library
Host	A supported host modelling application already installed

Release Details

Full title	Chaos V-Ray for 3ds Max
Version string	7.30.02
Publisher	Chaos
Category	CAD and 3D
Licence	Full version, no dongle required
Platform	Windows 10 and 11, 64-bit
Interface language	English
Archive size	1.28 GB
Mirrors	4 active, all reporting online
Listed	refreshed 1 month ago, checked again 40 minutes ago

Installation Notes

• Install the host application first so the plugin installer detects it and registers into the correct version folder.
• Update your graphics driver before using the GPU engine. Most GPU render failures are driver related.
• Use proxies for vegetation and repeated furniture. Scene size is what kills render times, not resolution.

Before You Start

Read the notes above before running setup. Most of the problems people write in about are covered there, and almost all of them come down to an older version of the same software still being installed, a graphics driver that predates the release, or a security suite quarantining part of the package mid install.

There is no archive password on this or any other entry in the library. If something you downloaded elsewhere claims to come from here and asks for one, it did not come from here. Nothing on this site is behind a survey, a shortener or a countdown either.

If the entry does not match what the page describes, say so on the contact page and include the version string from the release details table. Reports naming a specific version get checked first because the checker can reproduce them straight away.

Frequently Asked