Category Archives: 1.2 … And More

Mini Luxo Jr.

A miniature Lego version of Pixar’s “Luxo Jr.” desk lamp.

I’m a big fan of Luxo Jr., also known as “The Pixar Lamp”. The short film “Luxo Jr.” was Pixar’s first CGI film and since then the lamp has become kind of a trade mark for Pixar.

There have been a few cool Lego models of Luxo Jr. and I wanted to give it a try myself. My goal was to build a mini model which should be able to “move” almost like the original desk lamp.

To get a feeling for the kinematics I started with a simple, bigger Technic frame built with Technic beams and liftarms:

But I wanted to have a smaller version, so I replaced the beams with shorter half beams and the Technic pins with 3L bars. The result was my first small “working” Lego version of Luxo Jr. (the lamp on the right). For a better look I replaced some of the half beams with combinations of bars and bar holders with clips (the lamp on the left).

Both lamps have two sets of liftarms in parallelogram shape (diamond shape to be exact), connected with an L-shaped liftarm. So they can “move” almost like the original Luxo Jr. lamp.

That’s it: My “working” miniature Lego version of Pixar’s Luxo Jr. desk lamp. I hope you like it! :-))

I’d love to add an LED light. I’m still looking for the best solution to do that…

Bonus photo: My son wanted to have his own “Pixar Lamp”, so I built a third one for him with parts that I found in my boxes.

SC926 Space Command Centre (2SCU)

926/493 Reloaded: A new version of the Space Command Centre from 1978/79 packed into two of my Space Cargo Units (SCU).

My story with set 926 was more or less the same as with set 920: I always wanted one, but never had one. So after building a “new” version of set 920 with a pair of SCU containers , 926 was the logical choice for my next SCU project.

It was much easier to pack it into two SCU containers. The Command Centre itself is already built like a container with enough room inside for the external stair during transport. And there is enough room in a second SCU to pack all the dishes, lights and antennas into it and build the roof section with it.

These are the two SCU containers

SCU #1:  Command Centre. The interior is very similar to 926/493.

SCU #2: All the antennas, dishes and lights packed into a transport container.

The floor plates from the container (2 4×8 and 2 1×8 plates) are used for the roof of the “garage”. I only have one intact classic TV antenna left and I’m not willing to pay a fortune for a second one. So I added a second “brick built” one instead.

Everything built on a baseplate. It looks pretty much like the original model.

That’s it: My Lego Classic Space SC926 Space Command Centre based on the set 926/493 and built with two Space Cargo Units (SCUs).
I hope you like it! :-))



8×8 SCU Flatbed Transporter (1SCU)

Febrovery 2019: An 8×8 flatbed transporter for 16L Space Cargo Units (SCUs) which can be “squeezed” to be transported as a single  SCU.

The All-Terrain Transporter and the SCU Carrier are both too wide to move SCU containers on a base. What I needed was a compact 8-wide transporter.

At the same time it should be possible to be transported as a single 16L SCU, just like the Carrier and the Exploration Rover. So once again a transformation function had to be included. The best way to change between transport and transporter mode was a variable wheelbase.

The sliding mechanism was based on three 12L Technic axles in the middle of the structure. The wheelbase could be extended by six studs with the rest of the structure still keeping some stability. So these six extra studs in length were the space where the four supports for transport and the driver’s cabin had to fit in.

The design of the space truck was inspired by MAN KAT1 8×8 military trucks. I noticed that there weren’t enough grey vehicles on my moon base, so no blue this time. This is the result.

Four studs in length aren’t much for a driver’s cabin with a steering wheel. So there is no closed windshield and no rear wall. The main purpose of the cabin is to support the front of the truck when it’s transported in a cargo ship.

For the transformation the center support is removed from the middle of the structure an positioned on a second fixing point on top of the flatbed.

Both halves of the vehicle pushed together and locked.

Side view – transport mode

Side view – transporter mode

And that’s what it’s made for.

Ready for work.

Time to move on!
Oops, the truck is too long…!

OK, that’s better!

And ready to boldly go where no flatbed transporter has gone before…

The SCU vehicles:
Exploration Rover, Carrier and Flatbed Transporter

This is it: My Lego Classic Space 8×8 SCU Flatbed Transporter.
I hope you like it! :-))

Moon Exploration Rover (1SCU)

Febrovery 2019:  A one-man operated Moon Exploration Rover, ready to be transported as a single 16L SCU (Space Cargo Unit)

The idea was to build a vehicle similar to 6928 Uranium Search Vehicle. But the Rover should not be bigger than a standard 16L SCU, so with few conversions the vehicle could easily be transported.

I adapted the bogie arm suspension from 6928 and combined it with classic small Technic wheels in red colour. The design of the cabin is inspired by current exploration vehicles like the Unimog based “Mog Home”.

In the rear cabin you can find a computer workstation, a bed and …

… a toilet ;-)).

For transport the satellite dish  is stored in the driver’s cabin, …

… the antennas are mounted in horizontal transport position …

… and the mount for the satellite dish is fixed on the cabin roof.
The operator can stay in his mobile home during transport.

The vehicle is fixed in the transport ship with the four standard SCU connectors (Technic pins or axles). The front of the vehicle is fixed via holes in the dish mount.

LL928-C with cargo doors closed and ready for takeoff…

Here it is: My Lego Classic Space Moon Exploration Rover for Febrovery 2019. I hope you like it


SC-920 Alpha 2 Rocket Base (2SCU)

920/483 Reloaded. A new version of the Alpha 1 Rocket Base from 1978/79 packed into two 16x8x8 Space Cargo Units (SCU).

I didn’t have the 920 Alpha-1 Rocket Base as a child, but always wanted to have one. Now, as an AFOL, instead of buying one or building one with single bricks I wanted to build my own version of it.

On my moon base almost everything should be delivered in SCU containers, even the parts of the base themselves. So my Alpha-2 Rocket base had to fit into a pair of containers, too.

It took a while to find a mechanism for the whole launch pad assembly and the rocket to  fit into a 16L SCU, but it finally worked well. The second SCU module is a combination of control unit and garage for the fuel truck.

A look into the control unit.

Like Alpha-1 the whole rocket base can be mounted on a single crater plate.

Special delivery: 2 SCUs for Alpha 2

SCU #1: The launch pad assembly including the rocket

Step 1: Fold out the side panels with the two sections of the rocket

Step 2: Fold out the launch tower

Step 3: Assemble the rocket.

Step 4: Add some fuel and it’s ready for launch.

3, … 2, … 1, … ignition … and lift-off.
The tower folds down for the start. (Sorry for the blurry picture, the AF of my cam isn’t the best – Must have been the vibrations from the starting rocket…) ;-))

SCU #2: Control unit and truck garage

Fold down the ramp and the truck is ready for work.

This is my SCU (Space Container Unit) based Lego Classic Space SC-920 Alpha 2 Rocket Base.
I hope you like it :-))

Bonus picture: LL926 and LL928-C delivering Alpha 2

SCU All-Terrain Transporter

A bigger version of the 6927 All-Terrain Vehicle in 1979 design to transport 16x8x8 Space Cargo Units (SCU).

I wanted to have a kind of all terrain truck to carry 16L SCUs with a system to load and unload the container without extra help. The idea for the loading mechanism was something similar to the dump containers used on contruction sites. I based the design of the vehicle on the classic 6927 All-Terrain Vehicle with some upscaling for the bigger container.

I seperated the upper frame holding the container from the rest of the vehicle, connecting both with three pairs of Technic levers. Pythagoras’ theorem works with Lego, too. So with a 3L horizontal distance and a 4L vertical distance, the length of the lever (from pivot point to pivot point) had to be 5L.

I added a pair of bogie suspension arms for the first two wheels on each side for some extra all-terrain capability. The canopy folds up on the front side to give access to  the cockpit area.

Rear left view

Open the rear end of the lower frame.

Drop the container.

Open the rear end of the upper frame.

And there it is.

Now close the upper frame…

… and the lower frame…

… and there you go…

You can see the bogie suspension arms at work.

This is my Lego Classic Space SCU All-Terrain Transporter.
I hope you like it :-))

SCU All-Terrain Transporter:
[ BrixBlog | MOCpages | flickr ]

SCU Container Carrier (1SCU)

A Container Carrier for 16x8x8 Space Cargo Units (SCU), transformable to be transported as a sigle SCU itself.

I needed something like a container carrier for 16x8x8 SCUs to move them in a space port. At the same time the carrier should be small enough to be transported as a single SCU. So there had to be included some kind of transformation to extend the vehicle frame in a way that made it possible to carry “itself”.

I tried many different designs, in LDD as well as with real bricks until I found a structure that worked. It had to be (1) sturdy enough to carry SCUs, (2) maneuverable with or without an SCU and (3) transformable from transport mode to carrier mode and back with a few and easy steps.

This is the result:

Transport mode: Standard SCU size (16x8x8) with standard fixing points.

Step 1: Fold down the wheels
Step 2: Fold up the steering wheel

Step 3: Slide out the sides
Step 4: Fix the sides with a 8×2 beam plate

Sliding over a 16L SCU.

Lift the SCU up a little and fix it with with the connectors on the sides (each with a pair of 4L axles and 2×2 round bricks connected by a 2×4 plate).

This is my Lego Classic Space SCU Container Carrier.
I hope you like it :-))

Bonus picture:Carry the carrier.

LL 928-C Galaxy Transporter

LL 928-C, my cargo version of the iconic LL 928. It’s able to carry a 8x16x8 “SCU” cargo container/module.

Back in 1978/1979 the LL 928 Galaxy Explorer was the “must have” for all Lego kids. I was lucky to get one for Christmas 1979 and I loved it. So, what’s better than an LL 928? Two ones! :-)) That was my first idea when I thought about expanding my Classic Space fleet a few months ago.

I already had collected a good amount of CS parts, I only needed a second pair of “LL 928” 1×4 bricks to build another LL928. With Bricklink, that wasn’t a problem. But then I thought that just having two identical ships would be quite boring. A new version with new capabilities would be much more exciting and more fun to play with.

One of my ideas was a cargo version of the LL 928, like a modern cargo airplane based on a passenger model. Thinking about that I realized that I still had only one spaceship to transport my new 8x16x8 Space Cargo Units (SCUs), so that would be the purpose of my new LL 928-C (C for cargo).

This time I started the design with real bricks, not with LDD. I started with the wing shape of LL 928, opened on the rear end to have an 8-wide interior cargo area instead of the 6-wide of the original model. The main design idea was an open structure enclosing the cargo like a frame, similar to the 6929 All-Terrain Vehicle or the 6980 Galaxy Commander.

I built the rest of the ship around the cargo area, with a shorter cockpit area placed in front of it.

The rear end is an open frame built with four 1y16 Technic beams and some reinforcement between them. The cargo doors are very similar to the original 928. They are only one stud wider (each of them), with a locking mechanism added in the middle. I had to add an extra plate between the 2×2/2×2 brackets and the rocket engines to get the extra space for the mechanism in the middle.

Side view: You can see the open structure of the cargo area.

Rear view: There are 2 axle pins in the front of the cargo area. These pins and the axles inside the locking mechanism will fix the SCU container/module.

Doors opening. The locking mechanism is quite simple: 2 Technic bricks, a 6L axle and 2 stopper bushes on each side. It’s a compact version of the mechanism that I’ve used for the LL 926 Space Crane.

Pushing a container inside.

One door locked.

And closed, ready for take-off.

Side view with container and closed doors.

Doors open.

Unloading the container.

LL 928-C compared to the original LL 928: The cockpit section starts three studs more in the front and is much shorter. The cargo area is much longer and 2 studs wider. The grey 2×3 slopes in the middle are lifted by one plate to add some extra rigidity to the frame below. The additional rocket engines on the side each have 2 post instead of 3.

Rear view: The extra two studs in the width are widening the rear wing section, too. The rocket engines have to be placed a little lower to get space for the locking mechanism between them.

“Birds eye” front view. The LL 928-C really looks familiar.

So this is my Lego Classic Space LL 928-C, a cargo version of LL 928. For me it looks like a semi truck for space transport.
I hope you like it :-)).

OK, here is another transporter for my “SCU” Containers.
I think it’s time for some payload…

LL929 Starfleet Voyager (6929 Mod)


My 1979 version of the iconic Starfleet Voyager.

The Starfleet Voyager was one of the Lego model I always wanted to have. My cousin had one, one of my friends, too, but I didn’t.

A few years ago I found out that my brother did also “have” one, in a weird kind of way: He had the infamous 1593 “Super Model”, a quite ugly spaceship made with the parts from the Starfleet Voyager and the 6880 Surface Explorer. I didn’t know that before, but back in the early 80s it wasn’t easy to get the building  instructions, either.

Now I had three ideas: I could search in my CS boxes for the parts (I’ve traded my Playmobil with my brother’s Lego a few years ago, so his parts are now mine). I could also buy a set on Bricklink. And last, but not least, I could build a modified version of the model using the iconic grey/blue/trans-yellow colour scheme from 1979/1980. As you can see, I chose the third idea.

But I didn’t just want to replace the trans-blue parts with trans-yellow ones and the white parts with blue ones. I tried to modify the design in a way that the Starfleet Voyager looked like a member of the original 1979 space fleet. For that I also eliminated all the parts that were new in 1981 and replaced them with parts available in 1979.

Finally I bought a set of custom printed bricks with “LL 929” Lettering. In fact, the original Starfleet Voyager has the set number 6929. So after the change to 4-digit model numbers and all Space models starting with a six, it is the legitimate “LL 929”.

And now it’s time for some photos:

The cockpit section is new, with one more brick in height above the wings and one less below.

The “backbone” is new, too. I chose to use Technic beams to create a more rigid structure. I also changed the wing shape of the rear part replacing a pair of 4×4 wedge plates with a pair of 4×8 ones.

The cargo area looks quite the same as on the original model. I only changed the inner supports for the cargo box to create room for bigger boxes. Instead of a 4x6x3 box the ship can now carry a 6x6x4 box without changing the exterior shape.

So this is my “LL 929” version of the “Starfleet Voyager” in 1979 design. I hope you like it :-)).