What sets sci-fi apart? Ask ten fans, and you’ll get ten answers — worldbuilding, technology, imagination, or something else entirely.
For me, it’s always been spaceships — their scale, design, and purpose.
Across sci-fi, two giants stand out: Star Wars and Star Trek.
But there’s one thing that always bothered me.
The bridge is exposed.
In the middle of a battle, the most critical part of the ship — along with its key officers — sits in plain sight. If it’s destroyed, who takes command?
A perfect example is Return of the Jedi.
An A-Wing crashes into the bridge of the Executor, and just like that — control is lost.
Star Trek has a similar issue.
“Target the bridge” only works if the bridge is easy to find.
If I were designing a ship, the bridge wouldn’t just be defended — it would be hidden.
Placed at the center of the ship, equidistant from all sides.
Not visible. Not vulnerable.
Massive ships look powerful — and usually, bigger means stronger.
Ships like the Eclipse-class Star Destroyer or Star Trek’s large cruisers stretch across kilometers. But that raises a simple question:
How do people actually move inside them?
Star Trek uses turbolifts, but mostly for vertical movement.
What about horizontal travel across kilometers?
Even with advanced systems, movement becomes inefficient. Intersections, traffic, and sheer distance would slow everything down.
Star Wars shows small transport vehicles — like the carts used to ferry pilots — but those only solve part of the problem.
So realistically:
👉 Crew would likely be confined to sections
👉 Ships would operate like self-contained zones
And this leads back to design.
If the bridge sits at the center, and the ship is structured around it, movement becomes more balanced and efficient — not perfect, but manageable.
In Attack of the Clones, Acclamator-class ships take off from Coruscant and land on Geonosis using the same propulsion systems.
But here’s the issue:
Planets are not the same.
Different gravity. Different atmospheres. Different conditions.
What works in one environment shouldn’t work the same in another.
A more believable approach would be adaptive design.
We already have a real-world example — the F-14 Tomcat, with variable-sweep wings.
Now imagine this applied to spacecraft:
👉 Wings or surfaces that adjust automatically
👉 Engines that switch between space and atmospheric modes
👉 Systems that adapt in real time
Most sci-fi skips this for cinematic simplicity — and that’s fine.
But even a small acknowledgment in dialogue would add depth.
Spaceship design reflects the universe it belongs to.
Star Wars is about conflict.
Its ships are aggressive, specialised, and built for dominance.
They prioritise impact — visually and narratively.
Star Trek is about exploration.
Its ships are multi-purpose — capable of research, defence, and diplomacy.
And importantly, Star Trek tries to explain its technology.
When something breaks, the solution makes sense within its world.
Compared to Star Wars, it feels more structured and believable.
Even its design — like the separation of the saucer section — reflects function over pure aesthetics.
These ships aren’t just machines — they represent the philosophy of their worlds.
Star Wars focuses on story and spectacle.
Star Trek leans into structure and technological reasoning.
Comparing them directly isn’t entirely fair.
But looking at them through the lens of design reveals something interesting:
And somewhere in between…is where the most believable sci-fi might exist.
In the sci-fi universe, one design has yet to stand out. A design that not only displays practicality but also says that yes, that ship makes a lot of sense. For now, most of us will make do with the cool factor.