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Showing results for tags 'seven'.
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Murdoch17 posted a topic in LEGO Sci-FiThis is the Asteroid 7 Gas Station, run by ex-Black Hole gang members Squidman and Squidtron inside the shell of the old burned-out Squidman's Pitstop. The Asteroid 7 is part of a small chain of gas stations that are independent from Octan Corp, using a competing brand (also called Asteroid 7) that has slipped through Lord Business' finger's more times than he'd like to admit. As the two Squid-beings built the station on the wreck of their old hideout they were able to incorporate some carry-over features such as hidden weapons systems, a top-notch defense grid, and a self-destructing reactor, just in case. Here is the repair bay, where Squidtron stores his tools to work on customers hover vehicles. As he is a cyborg, he can access schematics for any make or model from the internet directly to his brain, and then work on the car just as well as any seasoned expert, even if he'd never seen the car type before. When he is done, all he has to do is store the info in the station's main super-computer, and delete the local file from his head to save space for the next job. The pay desk has a wall-mounted computer screen to help keep track of who is where on the ground premises or airspace at any time. As the station is on a back-water hyper-way, it is not well used. The only ones who travel by are either those who should be there, as in refugees seeking shelter from Space Police IV officers, ones who should not be there, as in the hated SP officers seeking runaways, and finally, lost travelers looking for some way point they missed. True travelers who are not lost are a rarity indeed. The fission reactor provides the fuel for the customers, making Coaxium in three different refined qualities for customers to buy, much like gasoline was bought in three types back on old Earth. (The reactor makes Coaxium as Nuclear waste, which is used in hover engines as fuel.) The Coaxium fission reactor provides three different varieties of hover fuel for cars, trucks, and speeder bikes. The difference between trucks (white) and cars (green) is determined by engine rating, while speeder bikes is kinda obvious. (yellow) In reality, I was inspired by set 5980 (Squidman's Pitstop) and a set of tile alphabet (that I used for my double-sided GAS sign) by Steve Throm as showcased on New Elementary here. I plan on using this 4 x 2 tile for the "Asteroid 7" logo, with the word "Asteroid" spelled out in 1 x 1 tiles above on the other, smaller sign next to the "GAS" one. This may be built sometime next year (2019), if possible. Comments, suggestions, questions, and complaints welcome!
SevenStuds posted a topic in LEGO Technic, Mindstorms, Model Team and Scale ModelingThis MOC is inspired by Tim Cameron's 700HP rig called "ShowTime". A one-off custom built rig made specifically for "Southern style Rock Bouncing" events. These machines are all about insane horsepower, near impossible climbs and pure strength. The chassis design uses over 60m of steel tubing as is often criticized as being ugly and "excessive", but the design is exactly what keeps this rig together after repeated crashes, rolls and torque-driven rock bouncing. The LEGO version is made to closely resemble the original at 1:10. It features a powerful driving and climbing ability from 4 XL motors, geared 1:3. It uses 2 SBricks for control and, just like the original, it includes 4 wheel drive, 4 wheel steering and 4 link suspension. During the outdoor driving, the MOC was very enjoyable to drive. Let's start with the video: Control: 2 SBricks Drive: 4 XL (1 independent motor per wheel) Gearing: 1:3 Steering: 1 Servo (4 wheel steering) Batteries: 2 AAA battery boxes Length: 60 studs Width: 30 studs Height: 28 studs Ground clearance: 6 studs Weight: 1.6kg (with batteries) Tires: Interco IROK 1.55″ from RC4WD The 3'rd party tires gave very good climbing traction over rock and loose dirt. The motors had no problem with torque. It was only the batteries that lost power very quickly with the high drain setup and the cold weather. The suspension could also benefit from harder springs in the front as the center of gravity is placed between the front tires and seats. The tires performed beyond expectation on the climbs, but did put strain on the single servo motor. The tread pattern having grip on the sides also makes them grip the body if there is not enough clearance provided when they reach steering lock position. The biggest challenge in this build were the axles. 4 wheel drive and 4 wheel steering was a requirement, as well as a look that resembled the original. After several attempts to include the motors in the chassis, a compromise was made to have 1 L motor directly driving each wheel. This gave the "compact" look I was looking for but performance was disastrous. After finishing the build, I decided to restart the axles using 1 XL motor per wheel and a portal hub with 1:3 gearing. The results in the end gave good clearance and enough torque to overcome some steep rocky climbs. The most exciting part of the build was the fully tubular body, in red! Since I didn't want to convert the colour scheme to blue, grey or black, I had to find 3'rd party hoses compatible with LEGO. The build ended using 3.5m of hoses, all cut to standard LEGO lengths. All the hose connections as well as the rest of the build was made using 100% LEGO parts. Hope you like it. Feel free to comment or ask questions! Thanks, Mik
First attempt at a Town MOC; a well known convenience store. Because minifigures, like us, may very well crave for a hot dog and a beer at midnight. I don't have too many bricks so this was done the best way I could. Home-made stickers are a bit cheap but in the end they look not too bad to my eyes. I haven't finished the top as I still don't know if i try to make it modular or if i just let it on its own and give it a roof. It's open I started building more detailed air conditioners, but they looked less good to me than these good old fashioned printed bricks! The whole inside is pretty naive. I put many windows because i wanted to be able to see what's going on inside even when it will have a roof This gentleman looks spoilt for choice
Sheepo posted a topic in LEGO Technic, Mindstorms, Model Team and Scale ModelingI have the pleasure to present you my latest moc. The Caterhan Seven (also called Caterham 7) is the present version of the original Lotus Seven (or Lotus 7) designed by Colin Champan in 1957. This car is very famous because it is extremly ligth, and it has outstanding dinamic specs, which make this car perfect for its use in competition and track days. The original: This creation is made in scale 1:7. Thus remains in 29 studs wide, 56 of length and 20 fo high(23x45x16cm). The weigth is 2.2kgs. It has around 2500 parts. As all my MOCs, this includes some remote controlled functions: - Steering (PF M motor) - Drive (PF 2XL motors) - Sequential 5+R speeds gearbox (PF Servo motor) - Disc brakes (PF M motor) This car arrives with a 5+R speeds version of the all-new 3th generation of my sequential gearboxes. The new generation is even more compact and reliable. Of course it has auto.clutch It has a gear indicator in the cabin. Just behind the seats, over the rear axle are the battery and the drive motors (2XL) The Seven design is based in a tubular unibody frame with double wishbone front independent suspension and DeDion rear live axle. The front axle is double wishbone type with caster angle, camber angle and ackerman steering. The original Lotus 7 had a typical rear live axle, and the newest and powerfull version has independent suspension , but the most common rear axle is the DeDion axle. Like the real one, this creation has rear 3-links DeDion axle(you can see it in more detail in the video) The "most wanted" picture. This creationa also has working brakes in all wheels(the same brakes used in my Land-Rover) Like the real Seven, this creation mantains the unibody frame. Also to reduce the weigth, the frame and the bodywork are the same thing. The yellow liftarms in both sides of the car are the bodywork, but at the same time are the frame of the car. This picture shows how the structure is made As always a little video: For more info and pictures you can visit sheepo.es Fernando