Who Are We?

Ben White is a talented 3D hobbyist from the United States who won 1st place in polygoniq’s Ultimate Race Track Challenge. In this insightful conversation, brought to you by Fox Renderfarm, a leading cloud rendering services provider and render farm in the industry, we delve into the creative mind behind the winning entry. Join us as we chat with Ben about his passion for 3D art and the influence of the "Wipeout" series on his design choices. Fox Renderfarm: Hi Ben! We are honored to have you here! Please introduce yourself to the Fox community.Ben: Thank you, I’m honored by the request. My name is Ben White and I’m a 3D hobbyist living in the United States. When I’m not working at my day job, spending time with my wife, or renovating our old home, I try to squeeze in as much time working on 3D projects as I can.Fox Renderfarm: Congratulations on winning 1st place in the Ultimate Race Track Challenge! You mentioned that the "Wipeout" racing series inspired you, how did it influence your design choices?Razor’s Edge © Ben WhiteBen: Thank you! Yes, the "Wipeout" series was instrumental in constructing this project. I was first exposed to the idea of high-speed, zero-gravity racing through the original game’s release in 1995, so the concept of my entry can be directly linked to the series. While I tried to avoid copying any specific elements, the design and feel of "Wipeout" is undeniably present. I routinely referenced videos from the franchise in order to take note of what kinds of materials were found in the games, the markings that would appear on the track, how the tracks themselves were lit within the game’s environment (whether via holograms, overhead spotlights, neon accents, etc.), and in what kinds of worlds the races took place. The basic shape of my racing vehicle was also heavily influenced by one of the more prolific designs of the series.Wipeout © Sony EntertainmentFox Renderfarm: Can you walk us through your creative process for designing the race track and the vehicles?Ben: As far as the track was concerned, I knew that I would be constrained by several of the requirements for the challenge. First, my animation could not exceed one minute in length. Second, I only had a month to completely wrap up the entirety of my submission. This heavily influenced the direction that I would take with this project, given what would be achievable within the allotted time. I decided to mainly focus on the start of the race and therefore only needed to model the first quarter or so of the track. Initially, I was heavily inspired by a sequence in the "Top Gun" movie that involved aircraft rising on elevators out of the bowels of an aircraft carrier. I thought that would make for a fairly compelling opening, so that was something that I wanted to include from the beginning. I had also envisioned a wide sweeping turn with several of the vehicles in the frame of the camera that were all vying for the lead position. Those ideas essentially formed the crux of the track design. Finally, I turned to modern-day Formula 1 tracks to inject a bit of realism, inserting the sorts of details that can typically be found on a racetrack.Top Gun © Paramount PicturesAs for the vehicle design, I referenced one of the primary racing vehicles from "Wipeout" for the general shape and look. It featured swept wings that jutted from the fuselage at canted angles and a single engine in the back. I once again looked to Formula 1 for inspiration, adding massive air intakes under the wings and an elongated nose that featured horizontal stabilizers. I think it’s important to include easily identifiable elements in futuristic designs for them to feel grounded and realistic. I try to avoid adding garish lights and elaborate details to futuristic models for the sake of making them look "cool." Details should be placed with intention, have a function, and be explainable by the narrative of your world.Razor’s Edge © Ben WhiteFox Renderfarm: Can you elaborate on the kitbashing process you used for this challenge? What elements did you combine?Ben: I imagine that my process mirrors that of most artists out there. I typically try to take my models as far as I can go with the time that I have available. I then resort to kitbashing to fill in the blanks, to make them feel whole. As for the 3rd party assets that I used, the trees were from Botaniq, I used several greebles provided by Ian Hubert to flesh out the racers and finally used some components from Big Medium Small’s Industrial kit to fill the empty spaces within the track, notably in the pit area and the starting line. I have traditionally resisted the use of 3rd party assets, with the notion that it is somehow cheating, however, I’ve begun to reject that fallacy. Kitbashing is just another tool to help facilitate the creative process, diminishing the burden placed on artists and easing the time it takes to fulfill their vision.Razor’s Edge © Ben WhiteFox Renderfarm: You mentioned that you created most of the models and assets. What software and tools did you use for this project?Ben: I used Blender for all of the 3D modeling and rendered everything in Cycles. One of my favorite plugins is the HardOps addon for hard surface modeling, which I used extensively in this project. In an effort to streamline production, I utilized Blender for most of the textures and materials. I would typically start with an image texture from textures.com, then use procedural methods within Blender to add variation through dirt and edge wear. The liveries of the racing vehicles were all created procedurally, though that did hinder the quality of their designs. If I had more time, I could’ve created more compelling and distinct team liveries by hand. I also implemented the Population addon for the crowd and the Botaniq plugin for the vegetation. The video editing and color grading were accomplished with DaVinci Resolve and the music was created using Acoustica Mixcraft.Fox Renderfarm: Did you incorporate any new or innovative techniques in your work that you hadn't used before? If so, what were they and how did they impact your project?Ben: The use of AI in art is a fairly controversial topic right now, but I believe that it can be a valuable tool in a creator’s toolbelt. I may be a bit behind the times, but being a first for me, I was able to leverage the power of AI to quickly create fictitious company logos for the sponsors and signage that appears on the track. It had the potential to be a bit of time-consuming worldbuilding, but I was able to inject several iterations in seconds, allowing me to shift my focus to more demanding aspects of the project. Other than that, this project marked the first time that I used a proper color workflow. I ended up rendering out EXR sequences and doing all of my color grading in DaVinci Resolve. I can really see the power and potential of this workflow and won’t be reverting back to my previous habit of compositing within Blender. For those of you that are interested to know more, I followed along with the excellent tutorial series on gumroad by Creative Shrimp that details the entire process.Fox Renderfarm: What were some of the biggest challenges you faced while working on this project?Ben: I would say the greatest challenge of this project was the sense of scale and speed. While it would be possible to fake, I knew that the only way to achieve believable results would be to work within as accurate a scale as possible. I’m not sure if it’s ubiquitous to all 3D packages, but the viewport and controls in Blender can be temperamental when working at those scales. It made it a bit of a challenge to place some of the models and fine-tune the animations. Other than that, this was one of the longer and more elaborate animations that I’ve ever created and it was difficult to ensure that it was finished within the deadline. The task does not seem quite as monumental now that it’s behind me, but at the moment, it was a lot for me to conceptualize, create, and deliver, especially with a family and a full-time job. There are certainly many aspects and elements that I would have liked to improve upon.Razor’s Edge © Ben WhiteFox Renderfarm: What type of music or sound effects would you have wanted to incorporate if you had more time? Or are there any additional elements you would have liked to add to your piece?Ben: The sound design definitely suffered as a result of the deadline. I began dabbling in music creation long before I gained an interest in 3D. Ever since my introduction to Blender, it’s been a dream of mine to personally score one of my animations. However, in this particular instance, I did not have the time to create a unique piece of music specifically for this project. This led me to comb through my hard drive for something that could potentially work but didn’t necessarily support the project as well as it could have.I also would have liked to spend more time building upon the sound effects. There are several instances of the same effect being repeated, along with moments of anemic sounding effects that could have benefited from overlaying more sounds to build them up. Fox Renderfarm: Have you tried or heard about Fox Renderfarm’s services before? What is your impression of our cloud rendering services?Ben: Yes, I have only used Fox Renderfarm on one other project, but I was immediately struck with the ease and simplicity of use, especially when compared to other similar services. The process was streamlined and intuitive, not to mention how unbelievably fast the finished results were delivered. I was truly amazed and would use it again. Fox Renderfarm: What lessons did you learn from participating in this challenge that you would like to share with others?Ben: It’s a bit basic, but I think one of the more crucial aspects of working on a project of this scope is the ability to stay organized. Storyboards and basic gray box layouts are integral for ensuring that you aren’t wasting precious time on details that aren’t important. I can’t even count the number of instances where I’ve launched into a new project, excited about a particular element or design, only for it to ultimately become irrelevant due to the scene composition or camera location.The next lesson is largely aimed at myself. Always keep references at the forefront of your designs. It’s too easy to rely on your mind’s eye for details, but memory is often skewed, leading to inaccuracies that detract from the realism and believability of the project. With tools like PureRef, there’s no excuse for not amassing mountains of reference material. Ben’s Social Media:Artstation: https://www.artstation.com/benwhite1YouTube: https://www.youtube.com/@benwhite4015

3D texturing is a crucial step in creating realistic 3D artwork. Whether you're a game developer, animator, or architectural visualizer, choosing the right 3D texturing software can dramatically impact your final results. Let's dive into understanding texturing maps and explore the best software options available in 2025.Understanding Texture MapsDifferent types of texture maps serve unique purposes in creating realistic 3D models. Here are the essential maps you need to know:Color/Base MapsThese maps contain the basic color information of your texture. They define how your 3D model looks under neutral lighting conditions. For example, when texturing a brick wall, the color map shows the basic red-brown color of the bricks.Normal MapsThese maps create the illusion of surface detail without adding extra geometry. They're crucial for creating realistic surfaces with bumps, dents, and other surface irregularities. Normal maps are especially important for game development where polygon count matters.Roughness MapsThese grayscale maps control how light interacts with your surface. White areas appear rough, while black areas appear smooth. This is essential for creating various material finishes, from polished metal to rough concrete.Metalness MapsThese maps determine which parts of your model should have metallic properties. They're particularly useful when creating materials like partially rusted metal or mixed-material objects.Height/Displacement MapsUnlike normal maps, these actually modify the geometry of your model, creating real depth and detail. They're commonly used in close-up renders where surface detail needs to be physically accurate.Best 3D Texturing Software for 2025:1. Adobe Substance PainterImage from AdobePrice: $219 annuallyOS Support: Windows, macOS, LinuxSubstance Painter leads the industry in PBR (Physically Based Rendering) texturing. It's particularly popular in game development for its intuitive interface and powerful features. The software excels at creating complex materials with its smart material system and extensive texture library.2. MariImage from Foundry Price: From $35/monthOS Support: Windows, macOS, LinuxMari stands out for its ability to handle extremely large textures, making it a favorite in the film industry. Its layer-based workflow will feel familiar to Photoshop users, while offering powerful 3D painting capabilities.3. BlenderImage from Blender.orgPrice: FreeOS Support: Windows, macOS, Linux, FreeBSDBlender has evolved into a powerful texturing solution. Its recent updates include improved texture painting tools, node-based material creation, and seamless integration with other 3D workflows. The biggest advantage is its price point - completely free while offering professional-grade features.4. ZBrushImage from MaxonPrice: $49/monthOS Support: Windows, macOSZBrush combines sculpting and texturing capabilities in one package. Its polypainting feature allows direct texture painting on models without UV mapping. This makes it particularly useful for character artists and sculptors who need to create detailed textures quickly.5. 3D-CoatImage from PilgwayPrice: €169.85/year for individualOS Support: Windows, macOS, Linux3D-Coat offers a unique approach with its voxel-based sculpting and texturing tools. It's particularly strong in retopology and UV unwrapping, making it a valuable tool for game asset creation.Tips for Choosing the Right 3D Texturing SoftwareWhen selecting your 3D texturing software, consider these key factors:Project RequirementsChoose software that aligns with your project type. Game assets might benefit from Substance Painter's PBR workflow, while film projects might need Mari's high-resolution capabilities.Hardware SpecificationsCheck your system specifications against software requirements. Some programs demand more powerful hardware, especially when working with high-resolution textures.Integration with Other ToolsThink about how this software integrates into your current workflow. Good integration with your modeling and rendering tools can save significant time.Optimizing Textures for RenderingCreating great textures is one thing, but optimizing them for rendering is equally important. Let's dive into practices that ensure your textures not only look great but also render efficiently.Resolution ManagementThe key to efficient texturing lies in smart resolution choices. While 4K textures might sound impressive, they're not always necessary. For architectural visualization, focus high-resolution textures on elements closest to the camera. Background elements can often use lower resolutions without noticeable quality loss.Format CompatibilityDifferent rendering engines handle texture formats differently. For instance, when working with real-time engines, compressed formats like BC7 or ASTC can significantly improve performance while maintaining quality. For offline rendering, uncompressed formats often provide better results.UV OptimizationWell-organized UVs can dramatically impact rendering efficiency. Keep these points in mind:Pack your UVs efficiently to maximize texture spaceMaintain consistent texel density across your modelAvoid unnecessary UV seams in visible areasMaterial OrganizationSmart material organization isn't just about keeping things tidy – it directly affects render times. Group similar materials when possible, and use material instances for variations instead of creating entirely new materials.Getting Started: A Practical GuideWhether you're just starting or looking to improve your texturing workflow, here's a practical approach to mastering 3D texturing.Start with Simple ProjectsBegin with basic objects like props or architectural elements. These projects help you understand fundamental concepts without getting overwhelmed. A simple brick wall or wooden table can teach you crucial lessons about material properties and texture mapping.Build Your Material LibraryStart collecting reference images and creating a personal library of materials. Professional artists often maintain their own material libraries, saving time on future projects. Focus on:Common materials like wood, metal, and fabricVarious wear patterns and aging effectsDifferent surface finishes and treatmentsCommon Beginner Mistakes to AvoidLearning from others' mistakes can speed up your progress:Over-relying on procedural textures without understanding material propertiesIgnoring real-world referenceUsing extreme values in metalness and roughness mapsForgetting to test textures under different lighting conditionsFinal ThoughtsThe best 3D texturing software ultimately depends on your specific needs and workflow. Whether you're a beginner starting with Blender or a professional using Mari, focus on understanding the fundamentals of texturing first.Ready to bring your textured models to life? Fox Renderfarm offers high-performance cloud rendering solutions that showcase your textures in the best possible quality. With our advanced GPU and CPU rendering capabilities, you can ensure your carefully crafted textures look exactly as intended in the final render.Try Fox Renderfarm today with a $25 free trial credit and experience how professional rendering can enhance your textured creations. Our render farm’s 24/7 technical support team is ready to help you achieve the best possible results.

3D animation has long been a cornerstone of industries ranging from film and gaming to advertising and virtual reality. Yet, the 3D rendering process—a critical step in transforming 3D models into polished visuals—has historically been time-consuming, resource-intensive, and costly. Enter AI rendering, a groundbreaking innovation that is reshaping the animation landscape. By leveraging artificial intelligence, studios and animators are achieving faster, higher-quality results, all while optimizing costs.In this comprehensive guide, we’ll delve into the depths of AI rendering, explore its applications, and discuss how it’s revolutionizing 3D animation production.What is AI Rendering?AI rendering refers to the use of artificial intelligence technologies to enhance and accelerate the rendering process in 3D animation. Unlike traditional rendering methods that rely solely on hardware capabilities and manual setups, AI rendering employs machine learning algorithms to optimize calculations, predict patterns, and fill in gaps intelligently.For example, neural networks can analyze existing image data to generate photo-realistic effects, simulate lighting conditions, or upscale low-resolution frames with minimal loss in quality. The results? Faster rendering, enhanced realism, and reduced computational demands.Why Use AI for 3D Animation Rendering?The animation industry is no stranger to challenges, and rendering is one of the most resource-heavy tasks in production. Here’s why AI rendering is becoming the go-to solution:Faster Results: Traditional rendering often takes hours or even days. AI-powered rendering can cut down these times dramatically.Cost Efficiency: By reducing hardware reliance and rendering times, AI minimizes expenses for studios and freelancers alike.Improved Quality: Machine learning ensures consistent, high-quality outputs, often outperforming manual adjustments.Scalability: With cloud rendering services integrating AI, even small teams can render large projects efficiently.How Does AI Rendering Work?AI rendering operates by training algorithms to understand patterns in lighting, textures, and geometry. Here’s a simplified breakdown:Data Collection: The system is fed large datasets of rendered images and scenes.Training Neural Networks: AI learns to predict outcomes based on input parameters such as light sources, materials, and camera angles.Inference Stage: The trained model generates or enhances images during rendering by filling in missing details or optimizing processes.For instance, AI can predict how light would behave in complex scenes, drastically reducing the computational workload while maintaining realism.The Impact of AI Rendering on 3D Animation Projects1. Faster Rendering TimesAI-driven tools dramatically speed up 3D rendering. For example, NVIDIA’s OptiX AI denoiser can complete renders in a fraction of the time required by traditional methods. Faster rendering times mean shorter production cycles, allowing teams to meet deadlines with ease.2. Improved Image Quality and RealismAI excels at tasks like denoising, texture enhancement, and simulating photorealistic effects. By analyzing vast datasets, AI tools replicate real-world lighting and shading with uncanny accuracy.AI Rendering in 3D Animation: Applications and ExamplesThe applications of AI rendering span various industries:AI Rendering in Movies and TV ShowsAI is used to create stunning visual effects, seamless CGI, and breathtaking environments. For instance, studios like Pixar and DreamWorks have begun integrating AI tools to streamline workflows and achieve higher-quality results.AI in Video Games and Interactive MediaImage Sourced from Cyberpunk 2077 © CD ProjektIn gaming, AI rendering is crucial for creating immersive environments in real time. Games like Cyberpunk 2077 utilize AI to optimize ray tracing for lifelike graphics while maintaining smooth performance.AI Rendering in Architectural DesignAI rendering is revolutionizing architectural design by streamlining visualization processes and enhancing creativity. Architects can now produce photorealistic images and animations faster, offering clients a clearer picture of their projects before construction begins.Key AdvantagesSpeed and EfficiencyAI rendering significantly reduces rendering time, transforming complex 3D models into lifelike visuals in minutes. This allows architects to iterate designs quickly, ensuring client satisfaction without delays.Cost-EffectivenessBy optimizing computational resources, AI minimizes the need for expensive hardware or extensive rendering farms, making advanced rendering more accessible to firms of all sizes.Enhanced VisualizationAI-powered tools generate realistic lighting, textures, and materials, creating visuals that accurately depict how spaces will look in real life. This helps architects and clients make informed design decisions.Automation of Repetitive TasksAI automates mundane tasks like lighting adjustments and texture mapping, freeing up architects to focus on creative design.Real-World ApplicationsClient Presentations: AI-generated visuals make it easier to pitch ideas and secure approvals.Virtual Reality (VR): AI rendering supports immersive VR experiences, letting clients explore spaces in real time.Sustainable Design: Architects can simulate environmental conditions to design energy-efficient buildings.Challenges Despite its benefits, AI rendering requires initial setup investments and skilled operators. Additionally, reliance on AI may sometimes oversimplify creative processes, so human oversight remains crucial.AI rendering is shaping the future of architectural design, combining speed, quality, and innovation to create a seamless design-to-construction journey.Top AI Rendering Software for 3D AnimatorsNVIDIA OptiX: A robust AI-based denoising tool.Unreal Engine: Features AI-enhanced lighting and rendering capabilities.RenderMan: Offers AI-driven features for high-end film production.AI Rendering and Render Farms: How Cloud Rendering Enhances Your WorkflowWhat is a Render Farm?A render farm is a network of computers dedicated to rendering animation frames. These farms provide immense computational power to handle complex projects.How Cloud Rendering Works with AI RenderingWith cloud rendering, animators upload their projects to remote servers where AI-powered tools process the scenes through deep learning techniques, speeding up the rendering process and achieving more realistic results. This eliminates the need for high-end hardware locally.Cloud rendering combined with AI utilizes the computational power of the cloud and the optimization capabilities of AI to provide users with smarter and more efficient rendering services. In the future, more and more render farms will incorporate AI rendering functionalities.The Future of AI Rendering in 3D AnimationAdvancements in AI Rendering TechnologyAI rendering is evolving rapidly. Emerging technologies include generative AI, which can create textures and scenes autonomously, and AI-powered real-time rendering for VR applications.What to Expect in the Next 5-10 YearsGreater Automation: More tasks will be delegated to AI, from texturing to lighting.Real-Time Rendering: Achieving film-quality visuals in real-time for games and VR.Lower Costs: Improved efficiency will make professional-grade rendering accessible to all.3D Animation Generation: AI can analyze existing animation libraries, learn and understand the patterns and styles of 3D animation, and generate new 3D animation sequences. This technology can provide 3D animators with creative inspiration and quick prototypes.Challenges and Limitations of AI Rendering in 3D AnimationQuality Control and AI RenderingWhile AI excels at speed, it can occasionally introduce artifacts or inconsistencies that require manual intervention.The Need for Human Input in AI RenderingDespite its capabilities, AI cannot replace human creativity. Artists are essential for fine-tuning details, ensuring emotional resonance, and delivering a unique touch.Conclusion: Embracing AI to Improve Your 3D Animation ProjectsAI rendering is more than a trend—it’s a transformative force in 3D animation. By accelerating workflows, enhancing quality, and reducing costs, it enables animators to push creative boundaries like never before. While challenges remain, the synergy between human creativity and AI-driven efficiency holds immense promise for the future of animation.As technology advances, embracing tools like cloud rendering and AI-integrated render farms will ensure you stay ahead of the curve. AI is illuminating the path to a bright future for 3D animation.