It wouldn't be fair for 2019 to arrive without us looking back at the best architectural renders in 2018. Since there are many 3D rendering artists, we'll cover some of the best, who will stay in the public’s eyes for a while.
Some of the essential criteria for this selection will be the level of materialization and texture processing, the lighting as the principal part of each architectural visualization, uniqueness, and creativity, as well as the level of achieved hyper-realism. Moreover, we'll try to tell you what 3D modeling and rendering software these talented 3D artists have used to create the following renders!
The number of great architectural renders is continuously increasing, as there are many talented architects, 3D visualizers, and artists. You’ve surely seen some of the following renders before, but we also tried to include some of the less famous projects and renders done by skilled visualizers.
We hope you'll enjoy the following exterior and interior designs as well as urban planning visualizations.
Studio WOJR has produced amazing renders and an even better design of House of Horns. Other projects done by this team of architects also include hyper-realistic renders. Besides the exterior design and the entire environment, Studio WOJR created a series of renders for House of Horns' interior design. The excellent visualization skills and carefully picked materials make these renders even better!
This list would be literally empty without the favorite type of building among architecture lovers: skyscrapers. The renders of Australia's highest skyscraper left us awe-struck. Plenty of details and advanced materialization made this building appear incredibly lifelike.
We have to notice that each architect lover is amazed by CADAVAL & SOLÀ-MORALES works! Project by project, they are continually surprising us with hyper-realistic renders and incredibly awesome designs! The isolated location of this cozy house was challenging for 3D modeling, but the entire visualization wouldn't be as awesome without the beautiful hills of Barcelona.
This tiny, customizable house that can be built anywhere became viral during 2018 for more than one reason. Besides the advanced design, Bjarke Ingels Group provided us with amazing renders too. This micro home is one of the favorite projects from 2018 among architects and architecture enthusiasts.
With this project, Solidsprout visualized how Bangkok would look if shopping centers were replaced with lots of greenery. Apart from the amazing conceptual idea, they created some awesome renders!
These beautiful skyscrapers will adorn Shenzhen, China. The sophisticated design and visualization of the entire environment around these stunning buildings are taking us towards the future.
The idea of a luxury hotel in Japan with sleeping capsules instead of rooms is a great accomplishment in itself, but Akihisa Hirata has also represented this project incredibly well through his visualizations. The amazingly high level of hyper-realism will surely surprise you.
Interior design enthusiasts were amazed when Andrea Calzavacca published the renders of his minimal interior design. The level of detail will make you ask yourself if it's an actual photo of the existing space.
Among many unique projects done by Svetozar Andreev, Azure Window represents one of the most futuristic projects from 2018. We hope that this mirrored steel form will find its place on Malta's coast.
Well, if you enjoy great architecture, there is no chance that you won't like Planer House (Plana Casa). In addition to the stunning and modern design, Studio MK27 amazed us all with the level of precision of these excellent renders of the interior and exterior.
Well, you already noticed that the entire world is amazed by Akihisa Hirata studio! Their work is amazing, unique, complex, and advanced at the same time, but their renders are even better!
The multipurpose facility in Okazaki city includes a lot of greenery. These renders of such a complex project are amazing, and they represent all the crucial segments of this awesome work!
Making a sizeable and sophisticated 3D model takes time, and Amin Paseban worked almost a year to finish this hyper-realistic, full CG animation with lots of lighting and textures included.
These renders of shipping container architecture in the rural environment are so awesome. With its high-level realism in combination with all the imperfections that make this render even more faithful, it had to find a significant place on our list.
Using Autodesk's 3ds Max for 3D modeling and Corona for rendering, Maleš created one of the best interior designs of 2018. Lighting, shadows, and lots of bumps gave this visualization an additional note of hyper-realism.
Using the most advanced 3D modeling and rendering software such as Corona Renderer, AutoCAD, and Autodesk's 3ds Max, they added some flair to this sophisticated and hyper-realistic interior design.
Using 3DsMax 2018 for modeling and texturing, VRay 3.60.03 for rendering and PS CC for post-production, they created a beautiful image of one of the coziest houses we’ve ever seen.
Such a complex design of the Greeny district already brought lots of difficulties, but using the best modeling and rendering software, as well as investing a lot of time in post-production, Pavel Lishtvan was able to create such remarkable work!
Textures, textures and more textures; a simple design of Josefsson's project was reinforced with hyper-realistic visualization. The perfect lighting included in this render additionally highlighted the materials and forms of this interior design.
As a commissioned project for a competition, Residential Tower in Lisbon is one of the best architectural renders from 2018. This render is done using some of the most popular rendering software, including ArchiCAD, Cinema4D, and V-Ray.
His work has already attracted architecture lovers back in 2016 when he published the renders of Swedish apartments in Moscow, but the combination of textures and materials used in this project actually enables you to feel the entire space.
Using the golden combination of modeling and rendering programs, Autodesk's 3ds Max and Vray, Sodic Design Team created a complex and truly inspiring visualization. While the daylight renders are masterful, they invested even more effort and created nightlight visualizations of this sophisticated design.
The entire project contains interior and exterior design, including lots of details and hyper-realistic material processing. Using Autodesk's 3ds Max and Vray, Gautam Dey proved that this is one of the best software combinations.
This project includes renders of each room of this apartment. The matching design of each room and the advanced pre and post-production will leave the viewer breathless. Malkov used AutoCAD and Autodesk's 3ds Max for this project.
Using Blender for 3D modeling and Corona Standalone 1.6.3 for rendering, Zorian created a hyper-realistic render of the minimalistic house. The advanced post-production process and detailed 3D model are what enabled such a convincing render.
If you aren't only an architecture lover, but an architect, 3D artist or architectural visualizer, we hope that your projects will be included in the list of the best projects from 2019 in a year from now!
As we mentioned above, our list includes renders done by various 3D artists, visualizers, and architects. We hope that you agree with our list of the best architectural renders in 2018. Since we surely have missed some great works, you should remind us and let us know your opinion in the comments!
I've got to see some impressive renders from 2019 now, see you soon!
Like in many other creative industries, the process of determining the price of architectural renders might be more complicated than it appears. Unlike other business fields where you're selling items at a predetermined price, creative work is harder to charge for, since you actually don't have many “production” costs.
It's clear that the equipment you're using for rendering must be paid off, but it's hard to determine the value of your time and efforts.
The most important thing is that you look at the situation from all angles because a price that is too low or too high can cause you to lose clients. Since there are many delicate factors which can help you define the actual price of your work, we’ve selected only a few essential ones to make the process as simple as possible for you.
One of the critical factors for setting a standard price for your work is what your clients are most interested in – the quality. If your portfolio includes lots of hyper-realistic renders with plenty of details, it's clear that you can demand a higher price.
On the other hand, if you are at the beginning of your career, you can't set your standards too high, but you also shouldn't work for a minimal price per hour, because it will look suspicious to more serious clients and you’ll spend hours of your time working for pocket change.
Now when we explained the starting point, we have to admit that it's hard to estimate the actual quality of your work. To help you find your place in the coordinate system of reality, we recommend that you post your work on various creative websites and let the visitors estimate the quality of your renders.
Besides, you should see how much you can earn based on the quality and price ratio of renders done by other visualizers.
As the most commonly used factor for determining the price of creative work is the invested time, especially in the world of freelancing, we mustn't neglect this model of valuation. We have to admit that the valuation of the creative work per hour isn't the best solution in the field of architectural rendering.
Since there is a significant difference between clients' expectations and your desire for perfection, you'll invest lots of time into details which aren't valuable to your clients.
For example, if you are working on a visualization of interior design, you might invest time in modeling a vase from the corner of the room, and chances are that your client won't even notice your efforts.
To estimate the actual price per hour, you also should think broader and check if you need that much time to finish a visualization. Besides the time invested in pre-production and post-production, there is also the time needed for rendering.
If you have a fast computer and advanced rendering equipment, the process of rendering will last shorter, but if you don't have a rendering farm, the process of computer rendering can take a whole lot longer.
With that in mind, we'll say once again that the invested time isn't as relevant for estimating the price of your renders as you might think.
Your equipment significantly affects the price of your renders. If you wonder why, we'll explain that through a few crucial steps.
Stronger computer > Wider selection of software > Simpler process of rendering > Higher quality of the end product
Technology development brought the wider selection of rendering tools and software. The latest versions of pre-production software (3D modeling), software for visualization and post-production require the latest models of computers and accessories.
Since there are a lot of costs involved in using such equipment and programs, it's sensible that you want to pay off all you have invested.
On the other hand, if you are using free versions or student versions of 3D modeling and rendering software, your client will notice that you aren't using original programs, so you can't demand a high price for your work.
Since each new version of 3D modeling and rendering software includes lots of new perks, the entire process of rendering will be simplified, but the end product, the render, will also be better and more realistic.
Another problem related to this job is the clients themselves. If you don't follow the instructions, no matter how weird they are, a client might get upset and quit working with you. However, if you follow the instructions perfectly, but the client’s sense of aesthetics is questionable, that might have a negative impact on your portfolio and cause a reduced number of further engagements.
Since the primary goal is to make an agreement which will satisfy both you and your client, you have to learn how to persuade a client that your work is good. If you have enough arguments, the client will adopt your idea sooner or later.
Successful engagement with clients will remarkably increase the price of your work.
The inexhaustible circle of factors for valuation always comes down to one thing – the quality. If you are skilled enough to produce the best possible renders using outdated equipment and rendering software, then nothing can stop you from putting a high price tag on your work.
Since we are back at the beginning, instead of spending thousands of dollars on the latest equipment and expensive software, you should invest all your savings in the process of upgrading your skills. If you are good enough, offers will arrive continuously, even if you use modest and more cost-effective tools.
Recommendations are the best advertisement, which further means that you can earn much more if you are truly interested in what you are doing.
The lack of self-esteem can also make you lower your labor costs, so that's why accurately estimating your actual skill level is so important!
Architectural visualization is one of the greatest technologies that has quickly enveloped the entire architectural community – never has it been so easy to prepare a project, to the tiniest detail, with the help of sophisticated software; and have it ready and presentable to the clients.
Naturally, all of this has been used for many years, but as computers have advanced, the processing power that is available to designers has also increased. Architectural visualization is any technique that creates images and animations in three dimensions in order to convey a specific message to the client and deliver an idea before it is fully realized.
When it comes to the designer or the architect himself, having such a powerful tool at your disposal is invaluable, as it reduces the amount of work put in into model creation, and focuses more on generating and preserving the idea itself – it focuses on creativity.
This kind of preparation will allow designers to, based on their needs, budget, and the time available to the client, create realistic photo models of the designed solution, or even print out a full 3d rendered model, and have it presented to the client – this way, the clients will know exactly what they are getting.
The process itself is a technical endeavor each architect might solve differently or use a different program, to begin with. It usually starts with simple sketches on a piece of paper, or in any program that allows this kind of idea to be quickly drawn, edited, and deleted. When it comes to transferring all of this to a 3D model, the first step is the modeling itself.
Models in a computer world are made of polygons. A polygon is a 2-dimensional shape formed out of more than 2 straight lines, so a triangle, quadrilateral, or pentagon are good examples of a polygon. These polygons are later assembled in a way, and at an angle that creates a bigger, realistic 3d model.
Each model can be as detailed or simple – a simple model will have a few of them, while an extremely detailed one can have even 20 million of them, and the designer in charge is the one to make that decision. More polygons mean more processing power required to keep track of all those shapes on your screen.
Models made in most popular programs can easily be 3d printed or imported into other programs to be seen in virtual reality – you can add color, texture, and everything else you need to make the object feel more real. A model is a good basis for all of this.
Once the model is fully prepared, some attributes like how lighting works around it, based on the materials used can be added. We’re visual creatures, and we do not even recognize how much of our internal logic depends on these visual cues we get all the time.
We constantly judge our environment based on lighting, we perceive depth, we know how to handle objects and what to expect when we touch them ever before we had the chance to do so – all based on how it looks.
Materials used to envelop a model can depict its properties – it is reflective, glossy, what color does it have. These properties are all created as a 2d map that is simply overlaid over the existing model.
A good texture can feed the eye and the brain and give the impression that we want to convey – this can look fluffy and soft, this can look like a cold brushed metal and give the impression you want.
Lighting plays an important part here, and most of the 3d projecting tools have lighting built into them. This allows subtle shades on the model itself, or how the shadow is cast on other objects around it. Big advancements are implemented here in order to create lighting that behaves like in the real world and considers many things: not only direct illumination but reflections from other surfaces and how it affects the target model – indirect illumination.
Once the model is rendered and the computer has calculated all the parameters we’ve mentioned above – light, material, and shape, it will create a model that can be further edited for the final presentation. Post-processing means working in image editing software to create the final 2d image that can be used as promotional material or in presentations. This is the difference between 3d and 2d models.
3d models can be used in virtual reality and for 3d printing, but in the end, they will need to be presented in 2d as well, and post-processing plays a great role here. Editing colors, and light levels, saturation and the overall feel of the model will give you a perfect image that you can be proud of. This step creates images that are photorealistic – they resemble the real world, and do not have any visible properties of animation or modeling – the picture is as realistic as possible.
Not only do these examples show your skills as an architect, but also create beautiful results – and with technology, this has become an expected industry standard. The better the photorealistic designs are, the client can expect better results from the finished products, and this can be a great way to persuade your clients and win them over.
The primary goal of an architect is the ability to create a design that will appeal to the client – and photorealistic rendering can be of great help here as it will create something that looks familiar, something that both we and the client can judge and understand better. This creates a good basis for future work and makes your clients that much happier.
The cost of architectural rendering depends on many factors, including pricing strategy, the market, quality, type of render, available rendering equipment, software selection, and invested time, but higher quality doesn't always mean a higher price and vice versa.
The price range for architectural renderings is between $80 and $10 000+, but we will attempt to help you realize what the actual architectural rendering costs are. Besides, you must be sure that the investment will pay off before you hire an architect or a 3D artist.
The most common pricing strategies are per image and per project. Pricing per image usually means working on pre-modeled 3D models by the client or a third party, so this solution is cheaper than pricing per project. If an architect finishes all tasks from 3D modeling to rendering, the price will be higher.
If we exclude the factor of quality in this section, because there are countless excellent 3D artists worldwide, we must note that renders are usually cheaper in developing countries. The reason for cheaper renders in poorer countries isn't necessarily lower skill, but unauthorized use of rendering software, lower price of work hour, and an issue called ''quantity before quality''.
That doesn't mean that these rendering firms or individuals can't make hyper-realistic renders, but they are trying to break through the market and post a large number of images to be spotted.
Unauthorized rendering software is a big issue worldwide too. The unauthorized versions often don't have all the available options, so visualizations done in such software don’t match the quality of renderings done using licensed programs. Many architects worldwide are using student versions of software, which is also unprofessional and might decrease the price of renderings.
The biggest issue of 3D artists and architects from developing countries is that the low price makes it seem like they don’t value their work, so even if their renders are high-quality, investors and clients don't engage them often because of the low price.
Everything is in the eye of the observer, so the low price doesn't mean low quality, but practice has shown that medium cost renderings are easier to sell than cheap ones.
The factor of quality has the most significant role concerning pricing and cost of renderings. The higher quality means more effort and more time. If a team of architects invests so much time and effort to create a hyper-realistic render, it's assumed that they will earn more.
As we mentioned before, many 3D artists are trying to find their place on the market by focusing on the number of renders. That has a negative influence on the quality though, which makes this a poor strategy.
Architects with a goal to earn more than $80–$200 per render are investing more effort, including time, equipment, and personal skills. After a while, the invested time, knowledge and effort pays off.
Hyper-realistic rendering requires advanced technology. To gain the best results, people in this industry are investing money in powerful computers, VR equipment, and other gadgets and tools. Besides, such equipment can improve the user experience, so these architects and companies can earn more.
Very often, developed rendering companies have ''computer farms'' to reduce rendering time and increase the quality of renders. Since the costs for such equipment are incredibly high, the price of their renderings is also higher.
Instead of using unauthorized software, architects with higher earnings are buying licensed, authorized software for modeling and rendering. The software is often closely related to quality and the time needed to create hyper-realistic and detailed renderings.
Some available software tools can render an image in only a few minutes, while other, more complex software requires a few hours per image. Rendering time can be decreased in each rendering program, but that usually affects the quality.
However, for achieving hyper-realistic renders, a 3D artist must dedicate a lot of time to details.
The most significant difference between expensive and cheap renders is post-production. If we observe two renders done in the same rendering software using similar materials, and comparable lighting and camera settings, the most notable contrast between these two images will be related to post-production.
The post-production can be done in any photo processing program, and it doesn't take much time if you are skilled enough. Architectural renders without the environment can't be at the same level as architectural renders with full scenes, no matter how good they are. Architectural renders fitted into the full environment, and with carefully arranged nuances between the model and scene, will provide a better experience and a more realistic appearance.
Since a high price doesn't always mean quality renders, the cost shouldn't be your primary selection guideline. Many rendering companies have a broad portfolio, but only the first side has quality renders. To find the best firm or 3D artist, check the entire portfolio. The number of renders included in a portfolio might take you in the wrong direction.
Each architect, 3D artist or a company has a personal evaluation system – that's why you can find good renders both for $80 and $10,000. After investing in knowledge, equipment, and programs, architects don't have additional costs for renders accept their time. Since time is money, everyone has the right to charge based on their own estimates.
There is no fixed price for renders and visualizations, so clients should choose the most suitable 3D artists based on the quality-to-price ratio. If a company or 3D artist can offer a warrant related to the render quality and turnaround time, you don't have to worry, no matter how cheap the renders are.
Modeling, texturing, rendering - from an unfinished mockup to a lifelike architectural visualization, the artist needs a little bit more than talent to create something truly stunning and thus beat the odds. The process, as always in art, is long and elaborate, compelling architects to rely not only on their skills but also on technology. Enter intuitive, though equally complicated visualization software.
These days, learning how to model, texture, and render professional-looking architectural imagery is completely impossible without learning how to master the intricate user interfaces of 3ds Max, AutoCAD, and Vray first (just to name a few). The course on architectural rendering is actually a tutorial that breaks down the many powerful features and rendering settings of these designer tools.
Without further ado, let us introduce you to the best architectural rendering courses in the online world. There’s a tutorial for everyone’s skill level, as well as everyone’s favorite tool and scene type.
Beginner or advanced, interior or exterior, everything you need to become a (better) rendering artist is right here.
A basic understanding of the 3ds Max UI and some experience in 3D rendering will give you a great headstart for this Udemy bestseller. With more than 1,500 students currently enrolled, the 2-hour, 23-lecture course designed by Jake Denham BA, MA, will let you in on all the secrets of 3D rendering.
Though quick and intense, the Quickest Way is aimed at all levels of 3ds Max and Vray users and teaches practical techniques for creating gorgeous and professional-looking images. Additionally, the course provides a unique opportunity for learning the secrets pros use to stand out from the crowd.
Another one of Udemy’s bestsellers, Photoshop for Architects won’t tell you how to render your architectural models, but it will help you transform your existing 3D render into a masterpiece. This course makes sense only after you’ve learned to render passes with VRay and use the Photoshop UI.
And since all renders eventually end up in Photoshop, knowing which tools and techniques to use in post-production is just as essential for your portfolio. Not only will this course teach you how to produce renders faster, but it will also significantly increase the quality of your presentation designs.
Whether you’re a student who’s only starting with 3D rendering or a professional who’s looking to advance their skills, Making of the Museum is one of the best tutorials out there. In 19 lectures and only 2 hours, this crash course offers useful tips for producing stunning 3D renders and visualization.
Making of the Museum is designed in a way that doesn’t require you to be familiar with 3ds Max basics before you enroll, though some background experience will only make you more successful in mastering the complete rendering workflow of 3ds Max, which goes from basics to high-end imagery.
If Rhino is your modeling tool of choice, this course will help you hone your skills and jump from a beginner to intermediate level in less than 4 hours. Architectural Rendering teaches everything you need to know about rendering photorealistic interior architectural scenes with both Rhino and V-Ray.
Created by Dave Schultze, the course taps into different components that add a sense of depth and realism to professional designs, including lighting systems, various materials, and exterior elements like trees, grass, and people. It also shares tips on how to use a camera and composting techniques.
Paul F. Aubin has developed an architectural rendering course for Revit users who are currently at the intermediate level. Disclosing some of the best-kept industry secrets, this fast-paced tutorial takes around 5 hours to complete, after which you’ll be able to create high-quality outputs directly in Revit.
Along with basic rendering settings, Paul F. Aubin also experiments with various customization details available in Revit, with a special emphasis on its lighting features. Lectures on artistic render styles and animated walkthroughs are added to the course as well, making it one of the best on the scene.
Originally aimed at game developers, Unreal Engine has grown so powerful that it is now used for creating professional architectural designs too. This 4-hour tutorial will walk you through its intuitive, though highly detailed UI and rendering settings, which should launch you to the intermediate level.
The author, Adam Crespi, works with Unreal Engine’s robust lighting, physically based elements, and terrain tools to showcase all the amazing rendering capabilities of this software and explain different techniques for achieving interactive, lifelike visualizations and finetuning 3D renders for publication.
There are many brilliant courses for mastering the sophisticated rendering tools featured in 3ds Max, but this one takes the cake when it comes to one especially important element of realistic architectural visualization - photometric lighting. Level-wise, this course cultivates advanced 3D skills.
Architectural rendering is all about an ability to create convincing illusions, according to author Aaron F. Ross, and that’s exactly what this course teaches. After a conceptual overview, the tutorial goes on to demonstrate exterior and interior daylight, artificial lighting, light exclusion, as well as lens effects.
In little less than 3 hours, Darrin Lile succeeds to explain the many intricacies of using Blender for modeling, texturing, and rendering detailed furniture and interior design accessories - from an imported blueprint to the basic structure of a contemporary living room to lighting and 3D rendering.
The key to exceptional Blender renders apparently hides in the details, which is why this in-depth tutorial focuses primarily on materials and interior lighting. You’ll learn not only how to apply materials to the objects, but also how to UV map and texture them for highly photorealistic results.
If you are an absolute beginner in the fine art of architectural rendering, then this is a course for you. Being the ultimate, most comprehensive tutorial for creating 2D drawings and 3D models using the latest version of AutoCAD, it requires no previous experience with designer and rendering software.
Created by Awais Jamil, the Complete AutoCAD 2018 Course boasts 13 hours of on-demand video. The in-depth tutorial opens with a lesson on basic operations, features, and workspaces of AutoCAD, after which it moves smoothly to a step-by-step training class on complex 2D and 3D house projects.
Another tutorial from Aaron F. Ross, this time designed as a general course on using 3ds Max 2019 for producing architectural renderings, delivers a comprehensive overview of the entire package, as well as fundamental skills that all architects require for creating meticulous 3D models and renders.
From modeling complex objects with splines, polygons, subdivision surfaces, and freeform sculpting to constructing hierarchies, adding cameras, lighting up space, and animating with keyframes, this exhaustive course by a rendering artist explains it all in exactly 10 hours, 39 minutes, and 51 seconds.
Learning how to create professional-looking architectural renders takes some time, so don’t just take the first crash course you stumble upon. Whether you choose one of these tutorials or expand your search beyond this list, hit architectural forums, do some snooping around, and ask for user opinions and unbiased feedback. This will help you determine the best online course for your specific needs.
Also, start with lower-level courses and build your expertise gradually from there. If you are a beginner, don’t skip introductory lessons, but take it slow and get familiar with the subject first. If you are already a professional who’s looking to advance their skills, go back to the basics and reaffirm the knowledge you’ve obtained thus far. This way, developing advanced skills will be much easier for you.
At an intermediary level, take some time to experiment with different rendering software. Though there are several great toolkits that help produce equally stunning 3D results, not all of them do that in the same way. Trying a few of them will enable you to master different rendering features, techniques, and styles, all of which will eventually allow you to pick the best visualization workspace.
If the first online course you take doesn’t deliver, and you remain at the same skill level as you were before, try something different. Architectural rendering requires time, effort, and commitment, so don’t lose your patience and determination. The math is quite simple here - the more of these courses you take, the easier it will be for you to jump from one skill level to a more advanced one.
First of all, let’s make something clear. A “perfect render” is a subjective thing and many different architects will probably have different things to say on the subject. What we will talk about in this post is what we think is perfect when it comes to architectural renders and what needs to be done to make them look flawless.
As technology keeps on advancing the potential for better architectural renders keeps improving. This has led to architects becoming masters at creating renders which offer great realism and benefits to both engineers and investors. At first, there were computer-aided renders that were better than manual ones.
Then came the 2D renders which were drawn in CAD, and today we have full 3D renders which can also be viewed and manipulated through VR. Here is what is necessary for an architectural render to be “perfect”.
2D is a thing of the past, today there’s a demand for realistic renders that include 3D models which can help people visualize an actual structure. Drawing and planning designs within a 3D software is a standard. During the planning phase, this method offers great feedback and, what’s even better, 3D design software allows artists and architects to make changes without having to go through much trouble.
3D programs offer so much more perspective, details, texturing applications, and lighting. Without working in this kind of environment, it’s not possible to create a render that will amaze the people looking at it. Adding 3D models allows everyone to understand the render and the architecture in it, which makes the job easier for everybody.
All the renders that include outside scenery need to include nature. Not only does this make the whole render more convincing, but adding nature is also very demanding. Including lots of bushes, trees, flowers, plants, and other details around them can take a lot of time. However, this can also be a problem because the render becomes large and it might cause problems.
The natural elements also need to be detailed in good measure to create a realistic effect and if not, it will simply distract people and create a worse image about it. The issue here is that a lot of architects don’t really work with nature and this kind of scenery and sometimes they might have problems with this part of the render.
In a lot of cases when you look at certain 3D renders you can find them to be looking “sterile”. But why is that exactly? This is simply because people don’t understand images and how they can be made to look good. This is also very important with 3D images which are a vital part of renders.
An architect that has an understanding of photography will know how to create a great render, even if he or she doesn’t even know how to use the 3D software. When creating 3D renders, it’s not only about displaying the whole house, or building and making sure that everything looks like it should.
It is also about matching the angles of the “camera” or view and placing them properly. This is not about technology, it’s about perception, presentation, and visualization. The architect should focus on creating a good view where people can see all the important things in an immersive way.
A good render shows that the person behind it has thought about the figurative person or group of people who are going to work or live in a certain space. This is also very time-consuming but it makes a whole lot of difference to clients and potential ones when they come to look at the space in a 3D environment and they can imagine living there and doing things.
For the same reason, stage houses have a far greater chance of being sold than those which are left plain empty. It’s very difficult for people to imagine their stuff spread out across an empty space, especially if they don’t have the proper context in front of them.
When it comes to objections about 3D that people have, one of the most common ones is “it doesn’t seem realistic” because there is simply no personality within the render. 3D is a great technology and it gives designers a lot of options, but it can’t do the work for them, as they are the ones that give that personality to a render.
Things that make 3D renders look unrealistic and artificial are excessive or insufficient amounts of shadow and light. When there aren’t enough lights, it can be difficult to see anything. On the other hand, too much lighting can wash out all the details, meaning that the render will lose its quality. This is why it’s important to give proper lighting followed by shadows that will add depth and perspective.
Additionally, in quality renders, the lighting is designed in such a way that it suggests to viewers where they should focus their attention. A technique called vignetting is also used to change brightness and saturation around the edges of an image so that the viewer is directed towards the center and what is located there.
When someone does this properly, viewers usually don’t even notice that the image is darker on the edges as they are focused on what is in the middle. Of course, it’s also important that this effect is used to emphasize something that matters in the image.
This is a mix of proper practices and techniques that we think are the cocktail to a perfect architecture render. Do you think that we missed something or that there are other things that matter more? Feel free to share your perspective on what makes renders flawless.