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I just realized that it's been a long time since I last posted a WIP shot of how I build stuff, so here you guys go!
The control modules, left for the ride control and right for the car alarm.
The car alarm module ist not original, those with a blue label and ZT letters were used in the vectra A, Calibra and Astra F.
The module for the Senator has a yellow label and XE letters.
Paper: 7.5 cm DC
Modules: 6 face modules
Model: Tomoko Fuse
Book: Unit Origami Essence p. 60-61
I love this Tomoko Fuse book but tessellations and other folds have pushed my folding of polyhedra in the background. Among some sheets of DC paper which a colleague gave me (I think they came with the new book Origami Garten by Ioana Stoian), where these stripy psychodelic one, which seemed a perfect match for a stripy cube.
Alva Motto
Card + Envelope :
Louis Sullivan
Form Follows Function
Cinq Points
1896
'It is the pervading law of all things organic and inorganic, of all things physical and metaphysical, of all things human and all things superhuman, of all true manifestations of the head, of the heart, of the soul, that the life is recognizable in its expression, that form ever follows function. This is the law.'
Louis Sullivan
The Tall Office Building Artistically Considered
1896
Discman :
Sony
CD Walkman
D - NE004
CD :
Produkt
Form
Rastermusic
CDR010
Badge :
Alvar Aalto
Don't Forget To Play
Cinq Points
1957
iTunes :
Bretschneider + Steinbrüchel
12K
12K33
Obrigado Mrs GMA ...
Use Hearing Protection
GMA
Haha, it's a pathetic sum of parts but one of the 20 essential modules to form the Island nonetheless.
Life-sized Modulor
Expo "Le Corbusier. Linkeroever - Chandigarh"
MAS - Museum aan de Stroom
Hanzestedenplaats 1
2000 Antwerpen
BELGIUM
The Lunar Module (LM) was the lander portion of the Apollo spacecraft. The LM was designed to transport two astronauts from the Command/Service Module (CSM) in lunar orbit to the moon’s surface and back.
When I started this project, there were a few design and construction decisions to consider. My main goal was to have the LM as close to minifig scale as possible and to have the structure as functional as possible. Therefore, a few elements could have been smaller (for example, the landing legs), but I chose to create an articulating version instead.
This illustration shows the current version (v.5) of the track plan/module configuration for my Fareham layout project. This may change as I continue to build the layout; however, I have more or less used it to build the first 4x modules. The modular tables I am using are shown as alternating pink/blue rectangles and are nominally 45"x30" (3x2 48-stud baseplates). The rear section of the layout (at the top of the drawing) is a planned yard/storage area. I may change this section in order to accommodate more stock and to include "offsite" junction connections to modular club layouts. I will focus any changes on eliminating track sections which cross table boundaries. I want to ensure track sections are aligned with table boundaries so that they can be semi-permanently mounted to the table for better reliability.
The layout essentially consists of two main running lines each with independent control. Either line can be assigned to DCC operation or to one of 2x 9V DC "cabs". There is a C-Bus control network which runs around the layout to control the switches and the signals. Some of the boards also have independent switches for the lighting, e.g. street or platform lamps.
Captured a sunset with the classic Nikkor 105 mm f2.5 AIS lens. Processed in DXO Optics Pro 10. Love the Smart Light module in DXO.
Completed another module for the Labyrinth. By flipping a lever on the back of the module the floor pops up and the adventurers find themselves in the pit of vipers. More on the way.
Again, I apologize for the terrible quality of my phone camera. It's just so much more convenient for a quick picture.
After struggling with sub-standard tables at public shows resulting in warped baseplates, wavy track alignment, etc.; I decided I should build my own table modules. The design objectives were as follows:
1) self-contained table module with legs, wiring, etc. built-in
2) dimensionally aligned to integer multiples of 16-studs
3) mutually aligned with dowels and/or bolts in both end-end or end-side configurations
4) support optional drop-in modules between self-standing modules
The design you see here is the result. I have built 4x of these modules for my latest Lego model railway and I am quite satisfied with the result. They have proven to be very robust and provide a flat consistent surface for the baseplates. The disadvantage of this design is its weight. Its a compromise I was willing to accept in exchange for robustness. These modules have to survive the rigours of transport to/from public shows as well as within my own house!
My take on set 10029 the Apollo Lunar lander. I used what parts I could find (and afford) on Bricklink and tried to make use of alternate pieces for what I could not.
To meet the varying defense needs throughout the multitudinous galaxies colonized by humanity, Tanuki Corp. has developed many configurations of its highly popular modular starfighter system.
The newest configuration in this line-up is the "Mamushi" class, a design that leverages the modular nature of the platform to facilitate lightning-quick weaponry changes, jocularly referred to as "power ups" by pilots.
LDD Files
GIUSEPPE GRECO 2008
CANON EOS 400D 18-55
Please don't use this image on websites, blogs or other media without my explicit permission. © All rights reserved
NASA astronaut Kayla Barron reopens the door to ESA's Columbus module, after two days and nights of the Space Station's side modules being closed as a precautionary measure against space debris.
Matthias posted this image to social media on 18 November 2021 with the caption: NASA Astronaut Kayla Barron reopening the hatch of ESA's science laboratory Columbus after 2️⃣ days and nights of the side modules being closed as a precaution against space debris. This also marked the end of our slumber party in Node 2, as I go back to sleeping in my CASA crew quarters in Columbus In the second picture, you can see the four crew quarters of my NASA Astronauts colleagues in the foreground, with my temporary diagonal "bed" at the back. Orientation doesn't matter in space – I slept beautifully 👌
Credit: ESA/NASA
ID: 549K4484
The pneumatically controlled punch modules are used for perforating leather, rubber and textile materials.
Further details: www.zund.com/en/punch-module
Bremen, Germany. Orion's European Service Module is loaded on the Antonov airplane for transport to Kennedy Space Center.
For the first time, NASA will use a European-built system as a critical element to power an American spacecraft, extending the international cooperation of the International Space Station into deep space. The European Service Module is a unique collaboration across space agencies and industry including ESA’s prime contractor, Airbus, and 10 European countries. The completion of service module work in Europe and shipment to Kennedy signifies a major milestone toward NASA’s human deep space exploration missions to the Moon and beyond.
Credit: NASA/Rad Sinyak
The first complete module of Project: Who Needs Money Anyway.
I'm waiting on prints for the timetable/noticeboards which are the black things in sveral places on the building, but other than that it is 100% complete, and I'm really happy with how it turned out.
A look at the slew of MILS Modules that I aim to have all assembled by '22. While I have quite a few large and fancy Modules planned, I do also plan to make more of the little guys, because you can never have enough straights!
I will definitely need to figure out how to properly store and transport them, especially when it comes to the irregularly shaped ones.
The crew module adapter, which connects Orion's crew module with the European Service module is lifted in preparation for mate with the Artemis II service module which recently arrived from Airbus in Bremen.
Photo: NASA/Radislav Sinyak
This is a truncated hexahedron that has had 6 square-cupola-shaped holes excavated from the octagonal faces. Composed solely of squares and triangles, it is a mish-mash of different face-based modular origami "technologies":
- Purple-green-and-orange central cube: 6 Double Stopper modules (from Tomoko Fuse's Kusudama Origami, page 52) These units have 4 pockets and no flaps; I had to improvise "Y"-shaped joining tabs from leftover paper in order to connect the double stoppers together while still leaving 12 flaps free at the cube's edges.
The Double Stopper units are made of three nested square sheets, with each nested square being half the area of the next largest square. The completed units each took 2.25 sheets of paper, not counting leftovers. There was no need for scissors as I simply tore my orange sheets into fourths to make the central squares.
- Purple tetrahedron walls: 24 Regular Triangle modules (Kusudama Origami, page 70.) These units have three flaps and no pockets, so they were double-stuffed into the roomy Square Flat Unit modules.
- Green tetrahedron bases: 8 Equilateral-triangular Flat Unit II modules (from Kunihiko Kasahara's Origami Omnibus, page 204.) These units have 3 spacious pockets and no flaps, so they slipped rather snugly over the 24 free flaps on the Regular Triangle modules in the corners.
- Square cupola walls: 12 Square Flat Unit modules (from Tomoko Fuse's Unit Polyhedron Origami, page 8.) These units have 4 spacious pockets and no flaps, and I only had to use three of the four pockets on each unit anyway. They're made from two whole sheets of paper, which is wasteful, but it also afforded me the opportunity to color each side of the squares differently.
All of these units are remarkable because each one has a side length which is exactly 1/2 the length of the original sheet of paper, meaning they are all compatible. This meant that I had a wide variety of options for "where to get the flaps" to fill pockets and vice versa. The solution I came up with here is by no means unique.
All told, I needed 65 sheets of paper to complete this project, including 25.5 sheets of Halloween-themed scrapbook paper.
And yes, the Geomag folks did it first. But my truncated cube is made of paper, so there!
Here you can see the sections of the plane that get put together, in the background is my father in law, good onya dad!
The crew module adapter, which connects Orion's crew module with the European Service module is lifted in preparation for mate with the Artemis II service module which recently arrived from Airbus in Bremen.
Photo: NASA/Radislav Sinyak
The island project started with this two year old MOC. Still acceptable and will be used as it is with the 11 other modules I plan to build.
Akiyuki's Spiral Module GBC
Lego Technic
Designed by Akiyuki
Instructions by 9v System and Blakbird
Master built by OneMoreRobot 2016
Bremen, Germany. Orion's European Service Module is loaded on the Antonov airplane for transport to Kennedy Space Center.
For the first time, NASA will use a European-built system as a critical element to power an American spacecraft, extending the international cooperation of the International Space Station into deep space. The European Service Module is a unique collaboration across space agencies and industry including ESA’s prime contractor, Airbus, and 10 European countries. The completion of service module work in Europe and shipment to Kennedy signifies a major milestone toward NASA’s human deep space exploration missions to the Moon and beyond.
Credit: NASA/Rad Sinyak
SEE FULL SIZE: www.flickr.com/photo_zoom.gne?id=2009094288&size=o
www.kentbye.com/files/drupal_modules_part1.html
www.kentbye.com/files/drupal_modules_part2.html
www.kentbye.com/files/drupal_modules_part3.html
www.kentbye.com/files/drupal_modules_part4.html
www.kentbye.com/files/drupal_modules_part5.html
Drupal Modules as of 11/09/07.
Technicians at the Airbus facility in Bremen, Germany prepare the European Service Module for shipment to Kennedy Space Center. The service module will depart Germany on November 5, 2018 and will arrive in the U.S. on November 6.
For the first time, NASA will use a European-built system as a critical element to power an American spacecraft, extending the international cooperation of the International Space Station into deep space. The European Service Module is a unique collaboration across space agencies and industry including ESA’s prime contractor, Airbus, and 10 European countries. The completion of service module work in Europe and shipment to Kennedy signifies a major milestone toward NASA’s human deep space exploration missions to the Moon and beyond.
Credit: NASA/Rad Sinyak