Dynamic Subspace

Category: Making

LEGO-Built Display Stand for Kenner’s 1985 Tatooine Skiff or Hasbro’s 2000 Re-Issue

One of my favorite Star Wars toys was the Kenner Power of the Force Tatooine Skiff from 1985. I don’t remember the circumstance of getting it–was it a present or did I purchase it–but I remember enjoying the time that I spent taking my heroes on adventures on it.

I no longer have that Tatooine Skiff and it’s virtually impossible for me to spend how much it would cost to replace it (complete, loose versions are trending in the $1000 range as of writing this). Thankfully, Hasbro’s 2000 reissue cost me only $50 plus shipping on ebay. The reissue is virtually identical to the original–same controls for the rudders, plank, figure launcher, and landing gear–but it has updated paint and detailing and the foot pegs are smaller for the POTF2 line of action figures (instead of the larger pegs needed for vintage Star Wars action figures).

I wanted to display the desert skiff with landing gear up as it if were skimming along in the air above the dune sea. LEGO seemed like my best option with what I had on-hand. Below are photos of building the display stand and how it looks with the desert skiff on the stand.

The rear clear brick columns each have one clear cheese wedge to hug the curvature of the undercarriage of the skiff.

The front clear brick columns are topped with 1×2 transclear tiles that hold up the flat plank area under the skiff.

Did you notice the Han Solo with white shirt and brown pants in the completed diorama? I’ll write about how I customized that action figure tomorrow.

August 18, 2026
LEGO-Built Alcove in Jabba’s Palace to Display Hasbro’s Han Solo in Carbonite and Kenner’s Boushh (Princess Leia)

I wanted to display Han Solo in Carbonite more prominently on my Return of the Jedi/Jabba’s Palace shelf of my Star Wars collection. There is Hasbro’s set that includes Han, and there are some third-party creations on eBay, Etsy, and other websites. However, I have a lot of LEGO, so I figured that I would see what I could do with what I have on-hand before spending money on a solution. After several iterations, I finalized the MOC shown in the pictures on this post.

August 11, 2026
How to Modify 3/8″ Threaded Bolt-On Caster Wheels to Fit Unthreaded 7/16″ Mount Points on Home Hospital Bed

If you have a home hospital bed that needs to be relocated easily but can’t find unthreaded caster wheels, this guide might be helpful to you.

The problem that I recently encountered was a very heavy home hospital bed that needed to be moved around easily without being dragged around on a new floor. The particular bed that I was dealing with was manufactured by Thill, Inc in the USA. It is at least 30 years old and exceedingly heavy.

It sits on four feet capped with glued-in plastic inserts with 7/16″ holes. Judging by late model home hospital beds, there are caster wheels that lock into these holes. Unfortunately, I couldn’t source four of them within the tight time frame that I was needing to make this bed mobile.

I knew that I could get threaded bolt-on casters with non-marking rubber wheels from Rural King in Waycross, Georgia. However, those caster wheels’ bolts were 3/8″ threaded. I needed a way to make those bolts larger and secure on the bed. I thought of how to build a sleeve that would increase the bolt’s diameter but not be easily compressed with use. I had just finished drinking a canned Starbucks Espresso when I imagined how I could use its aluminum can to build a sleeve.

My plan was to cut some of these aluminum cans into sheets that I could wrap around the 3/8″ bolt to increase its size to 7/16″ when it was pushed into the mount point on each foot of the bed. Any aluminum can would work, but I had a the Starbucks cans on-hand, so that’s what I used.

Using a razor, I cut the top and bottom of each can off. Then, I carefully cut down the height of the can to create a sheet of aluminum. Then, I used tin snips to cut the sheets of the needed length and width to match the bolts on the caster wheels.

This is approximately what each sheet looked like, but I used ones with cleaner edges for the final assembly.

I tightly rolled the aluminum sheet around the bolt. Holding it in place with my fingers, I pushed the bolt into the mounting point. If it slid in too easily, I used a longer sheet of aluminum to bulk it up before trying again. The goal was to install the caster wheel securely so that it wouldn’t wobble or fall out if the bed were lifted off the floor.

Once the four caster wheels were installed, the bed could be easily wheeled around on the floor with minimal effort–far easier than trying to lift or drag its heavy mass!

July 7, 2026
LEGO Technics Laptop Stand for 16″ Lenovo Thinkpad P1 Gen4

I’ve been using my Lenovo Thinkpad P1 Gen4 laptop as a desktop replacement system lately, so I wanted to raise its screen higher to avoid slouching and subsequent neck and shoulder pain. While there are lots of solutions to buy, I opted to use the LEGO Technics that I had on hand to build a stand. My goals for the project were facilitating maximum air flow and reliably holding a 4 lb. 5 oz. laptop.

I started by disassembling the folding stand that I had built in 2024, but I noted how I sandwiched a Technic beam between two Technic bricks. The beam’s lower dimension provided a smooth shelf for the laptop’s feet to rest on and the studs on the bricks kept the laptop from sliding off the beam toward the front or rear. I planned to replicate this design in the new laptop stand.

Another important element of the design was an open space beneath the laptop for maximum air flow (this laptop has an NVIDIA RTX A5000 16GB video card that I use for AI workflows). I figured that a rectangular holder for the laptop would work best and allow me to use the black Technic bricks that I had on hand in limited numbers (I have far more light and dark gray elements thanks to all of the Star Wars sets I’ve built over the years).

To strengthen the rectangular frame, there are four layers: top-most brick structure, plates, substructure bricks, and plates. All joints are overlapped, which further strengthens the design.

To support the rectangular laptop frame, I used one L-shaped beam to hold the frame at the bottom and a long Technic brick at 90 degrees to raise the back. As an added support to the back Technic brick, I put a L-shaped beam to apply pressure to the rectangular frame when under the weight of the laptop.

The base of the stand is U-shaped to hold either side’s base in place to prevent any lateral movement, which could cause one of the supports to unhinge.

As a safety measure, I added two Technic L-shaped beams to the bottom center of the laptop frame if not to hold the laptop in place should it slip off then to slow it down as it crashes forward on my desk. I’ve also found this useful for holding paper, such as printed articles, which makes it easy to read and type by looking down-and-up instead of to the left or right.

The stand raises the back of the laptop up 7″, which makes the top of the monitor about even with my eye line. I’ve only been using it a couple of days, but it seems to fit the bill perfectly for my needs.

January 19, 2026
Dorman Products Orange Metal Parts Drawers

Ellis Auto Parts, my family’s business that closed down in 1996 when my parents retired, used to carry Dorman Products, a line of automotive hardware such as bolts, nuts, washers, pins, caps, and a variety of other kinds of parts. While my dad sold a lot of our remaining stock when he closed the store, he kept a lot of unsold product and the metal drawers that we kept the stock in. When I was at home, I stacked up more of these drawers to create a grid against one wall. The full grid is 5 x 5, but I took a photo of 4 x 4 because one of the corner bins was missing a drawer that I couldn’t find–it is likely somewhere in the shop but waits to be rediscovered. I’m glad that we had access to all of these parts during my trip this time, because we made use of them in our many projects.

July 11, 2025