Making the Street Lamp from Star Wars: Andor

Four minutes into the first episode of Andor, Cassian walks across a bridge in the rain on Morlana One and turns down a side street. For about a second, a lamp is visible on a wall. And if you spend any time in a woodworking shop, you recognise it instantly, because it is made of the same thing that runs from your table saw to your dust collector.

It is flexible PVC dust collection hose. That is the whole prop. Someone in the art department looked at shop ducting and saw a light fixture, and once you have noticed it you cannot un-notice it.

So I made one. It took about half an hour, cost very little, and used a scrap piece of hose that was already in the shop.

Why This Prop Is Worth Copying

Andor's production design works because it is relentlessly industrial. Nothing in it looks manufactured for the screen — it looks like functional infrastructure that has been in service for decades, which is exactly the effect you get from using real industrial components as set dressing. Dust collection hose already has the properties a sci-fi lamp housing wants: a strong repeating ribbed silhouette, a slightly grubby utilitarian tone, and enough stiffness to hold a shape without any internal structure.

This is the cheapest lesson in prop making available. The fastest route to something that looks industrial is to use an actual industrial part, rather than trying to make a decorative part look industrial. The same principle drives kitbashing — real components carry detail you would never think to add.

Parts

• A section of flexible dust collection hose. I used a scrap of 2½", which makes a distinctly mini version — the lamp on screen looks more like 4" or 6". Scale up if you want to match it properly.
• A small pendant or disc lantern light kit — the inner parts: socket, retaining nut, cap.
• A low-wattage bulb. Low wattage matters: this is a plastic housing.
• Lamp cord and a plug body.
• Hot glue — a lot of it. It is the structural adhesive for this build.
• CA glue for the small stuff.

The exact parts and tools are itemised in the build gear list.

The Build

Cut and Cap the Hose

Cut the hose to length and decide which end is the top. The bottom gets capped or left open depending on whether you want light spilling downward. The top is where the lamp assembly and the hanging point go, so that end needs a solid surface to glue into — the ribbed interior of the hose gives hot glue plenty to key into, which is the reason this works at all with such a simple assembly.

Wire the Socket

Strip the cord, fit the conductors into the socket terminals, and secure the assembly into the top of the hose. Feed the cord through before you attach the plug body, not after — I attached the plug first and had to take it apart again, which is the kind of mistake worth inheriting from someone else.

One thing to do properly rather than copy from me: get the polarity right. The convention on a US lamp socket is that the black (hot) conductor goes to the brass terminal and connects to the centre contact, and the white (neutral) goes to the silver terminal and the threaded shell. I wired mine backwards and said so on camera. It still lights, because the filament does not care which way current flows — but reversed polarity energises the bulb's screw shell instead of the centre contact, so the exposed metal you touch while changing a bulb is live. It is a real hazard and it takes no extra effort to get right.

Related: on the cord, the conductor with the ribbed or ridged insulation is neutral and goes to silver; the smooth one is hot and goes to brass. On a two-prong plug the wider blade is neutral. That is the whole rule, and it is worth knowing for every lamp you ever repair.

I am not an electrician. If a mains-powered build is not something you are confident about, the entirely reasonable alternative is a battery-powered LED puck or a low-voltage USB fixture dropped into the same housing — you get the identical look, and there is no mains wiring in a plastic tube at all. For a prop that hangs on a wall and gets looked at, that is arguably the better engineering choice anyway.

Glue It Solid

Once the socket is in and the wiring is tidy, load the assembly with hot glue. It does three jobs simultaneously: mechanically locks the socket into the hose, insulates and strain-relieves the connections, and stiffens the top of the housing. Hold the piece upright while it sets so it cures in the orientation you want it to hang in — a lamp that has cured slightly crooked is annoying forever.

How to Make It Look Screen-Accurate

The hose alone gets you most of the way, but a fresh piece of dust collection hose looks like a fresh piece of dust collection hose. The finishing is what closes the gap:

• Knock the sheen off. New PVC is glossy and glossy reads as new. A matte clear coat or a light scuff kills it instantly.
• Dark wash into the ribs. Thinned dark brown or black flooded on and wiped back settles into every corrugation. This is the single highest-value step — the ribs are the silhouette, and shadow in the recesses makes them read as deep.
• Dry-brush the high points. A near-dry brush of grey or gunmetal across the ribs picks out the peaks and adds the impression of wear where something would be rubbed or knocked.
• Warm bulb, not white. A warm amber bulb reads as old sodium infrastructure. Cool white reads as a modern LED, which is exactly the wrong century.
• Mount it high and let it be dim. The reference shot is a background lamp glimpsed in rain at night. It is not supposed to light the room.

If you are hunting for more props in this vein, the show is dense with them — almost everything on Morlana One is recognisable hardware treated as architecture. It is a genuinely good exercise in looking at industrial parts as design vocabulary, which is the habit behind most of my cheap prop builds.

Half an Hour, One Scrap of Hose

That is the appeal. No mould-making, no 3D printing, no armature. The prop works because the material was already the right shape, and the build is essentially "wire a lamp into a tube and weather it". If you have a laser or a CNC you could add a cast bracket or an etched maker's plate, but it genuinely does not need it.

And if you build one and find a more accurate reference frame in the show, I would like to see it — the one I worked from is about a second of footage in the rain.