Creating your own cinematic masterpiece with your laptop

In 1977, cinema audiences around the world witnessed some of the most iconic visual effects in film history with the release of Star Wars: A New Hope. The groundbreaking effects were created by Industrial Light & Magic (ILM), George Lucas’ visual effects company, which was established to realise his vision of producing innovative visual work. Through their miniature work, motion-control photography, and optical compositing, ILM helped push the boundaries of what was possible on screen, leaving a lasting mark on the visual effects industry.

Since then, the VFX industry has seen explosive growth, with technological advances beyond what anyone at the time could have imagined. Today, creating VFX work is much more accessible, with software that lets you model spacecrafts, build entire environments and animate action, all available for creatives of every level straight from your laptop at home.

A New Hope Opening Scene (1/3) [4k UltraHD] - Star Wars: A New Hope - YouTube

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These advancements can be attributed to a number of factors, including the huge influx of online resources, allowing creative-minded people to learn these skills for free. The foundation to all of this, of course, is the availability of consumer-targeted computer hardware capable of running industry-standard applications, bringing a professional studio to the home. With the launch of NVIDIA’s GeForce RTX technologies in 2018, professionals and hobbyists could really put their imagination to work wherever they were. With RTX acceleration, creatives can get an improved and responsive experience in top apps like Blender, Unreal Engine, Premiere Pro, and more. Demonstrating this progress, creatives can now create sci-fi sequences, like in Star Wars, from scratch that, with enough time, can match the quality of the originals.

Step 1: Building assets from the ground up with Blender

Blender is one of the best applications for creating 3D assets. The application offers 3D modelling, texturing, materials and rendering tools all in one place and is a great place to begin creating a sci-fi sequence.

The first step in creating a great space sequence is creating the assets that will bring it to life. If we are taking inspiration from Star Wars, this could be a starfighter, a larger capital ship, or even a fleet of ships moving through space.

Start by blocking out the ship's basic shape, then add in those recognisable starship details like its wings, cockpit windows, engine housings and surface panels. You can use materials to introduce different finishes, from painted metal to weathered surfaces, making your model feel all the more realistic and believable. Lighting and materials can add finer details like surface roughness and subtle colour variations to provide depth.

The rendering stage is where the benefits of an RTX card will truly show, as Blender's Cycles engine supports NVIDIA OptiX, which can use compatible RTX GPUs to accelerate ray-traced rendering, reducing the time you spend waiting. Plus, OptiX AI denoising can further help by cleaning up noisy renders, making it much easier to review the lighting and materials without having to wait for a full render every time. Given the number of models required to make full scenes like those in Star Wars, these time savings are crucial.

Once you’re happy with the look of what you’ve created, it’s time to go to the next stage: making it into a sequence with movement and action.

Step 2: Bringing assets to life with Unreal Engine 5

A model is the perfect starting point for this type of project, but the environment and animation are what turn it into a cinematic sequence. This is where Unreal Engine 5 comes in.

Start by importing your assets into Unreal Engine, which is where you’ll begin to build the world around them. Here, you can create a starfield, position a planet in the distance or add larger spacecraft to establish the background and the scale of the world you’re building. There’s no need to create an entire galaxy, as even a simple environment can look impressive when the composition and lighting are done right.

Using Unreal Engine's Sequencer tools, you can animate the spacecraft and have it rush through space or fly past a larger vessel to create a sense of movement without a huge battle scene. Make sure to experiment with the camera angles and timings to make the action feel natural.

Lighting is just as important here. Highlights along the ship’s edges can separate it from the background, while engine glows and reflections bring it to life. With hardware ray tracing enabled, Unreal Engine 5’s Lumen lighting system can use the RT cores on NVIDIA RTX GPUs to produce more accurate reflections, shadows, and global illumination. When it’s time for final-quality shots, the engine’s Path Tracer can also take advantage of RTX hardware. Meanwhile, NVIDIA’s DLSS plugin can boost viewport frame rates, keeping the editor responsive while you work, which, alongside saving time, also makes for a far more enjoyable experience using the app.

The key is to build the scene around the shot that you want to create. This keeps the overall project manageable and gives you more time to refine those parts.

Step 3: Rendering and refining the cinematic sequence

Before jumping into the final editing process, take the time to review your sequence. Is the spacecraft easy to see? Does the camera movement draw attention to all the details you wanted to highlight? Does the lighting help the ship stand out against the environment?

This stage is a great chance for you to experiment. Try a few different lighting setups or camera angles and compare the results. VFX work often needs repeated adjustments, so making small changes and reviewing them regularly is a great habit to develop for future projects. Once you’re happy with the result, you can render your sequence using Unreal Engine’s Movie Render Queue. Once again, using the Path Tracer on an RTX GPU will give you the highest-quality final frames while keeping render times manageable.

Step 4: Make final polishes with Adobe Premiere Pro

For the final step of your creative workflow, import your rendered footage into Adobe Premiere Pro, where everything will come together. This is where you can trim and arrange your footage on the timeline to establish the pace of your sequence.

Star Wars’ sound design is some of the most recognised in film. Adding sound effects like engine noises or ‘wooshes’ can give the sequence a greater sense of scale and make the spacecraft feel as though it's passing close to the viewer.

Premiere Pro’s colour tools can then give your sequence a polished, consistent look. Adjust the contrast, highlights, and colour balance to help your ship stand out against the background, or introduce cooler tones for a stronger space aesthetic. With an RTX GPU, Premiere Pro’s Mercury Playback Engine can accelerate effects and processing, while NVIDIA’s dedicated NVDEC decoder and NVENC encoder handle video playback and exporting. This means smoother playback on the timeline and faster exports when you’re done.

With all your effects in place, you can now review the sequence at full speed and check that the visuals, sound, and colour work together. Then, you can export your finished video, and you'll have a complete VFX sequence created by combining just three applications.

Three apps can do it all

Nearly 50 years ago, bringing a fleet of starships to the screen took a dedicated team of model makers, custom-built motion-control rigs and painstaking optical compositing. Today, Blender, Unreal Engine 5, and Adobe Premiere Pro put every stage of that process, from modelling and lighting to animation, editing and sound, onto a single laptop. With NVIDIA Studio and an RTX GPU accelerating each of these applications, you’ll spend less time waiting on renders and more time creating.

Star Wars changed what audiences believed was possible on screen. Now, the tools to create your own sci-fi sequence are within reach of anyone with a laptop and an idea. If you want to explore further, you can find the complete list of RTX-accelerated applications with NVIDIA Studio here.