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Found 3 results

  1. From 1919 to 1962, the Chicago, Milwaukee, St. Paul and Pacific Railroad (known as the Milwaukee Road) had these five General Electric-made behemoths pulling trains under the wires from Chicago to Seattle. They were called the Bipolar's for each of the locomotive's 12 motors had only two field poles, mounted directly to the locomotive frame beside the axle. The motor armature was mounted directly on the axle, providing an entirely gear-less design. These locos were so powerful they could out-pull modern steam locos, and what used to take two steamers took just one bipolar. However, after a disastrous 1953 rebuilding by the railroad's company shops (who had no clue how to work on a electric loco) the engines were prone to failures and even fire. And so, in 1962, four of them were scrapped with the lone survivor, numbered E-2, towed to the Museum of Transportation in St. Louis Missouri, where it has sat silent even since, as seen above. The slightly stylized LEGO version of the locomotive was inspired by a 1999 version of the Bipolar electric locomotive built by user legosteveb and by a digital-only design by @Sunder. With this updated, more curvy model, the classic orange and red scheme was impossible, and so as the yellow and red of the previous model type. Thus I was forced to invert the red and yellow to the fictional scheme seen. (The black number boards in front and rear should say "E2" in printed 1 x 1 tiles.0 The loco frame is split in three sections as per the original engine. The front and rear section can pivot slightly to make the engine go around curves. Since the last uploading of this model, the wheels have been re-arranged into two groups of seven (they are joined near the end of the frame, with the exact middle section floating freely between the two ends) and the body of the engine has been extended for a total magnet-to-magnet length of 70 studs. The model should perform well on R40 curves / switches, as this picture attests to it's flexibility.... though until it's built in real life, it will remain untested. The newer model is only 1 plate higher than the previous version, with the same length and width. As you can see, it's my longest single locomotive yet designed with 14 axles total. (I'm not 100% sure my articulation attempts in all the boogies and the frame were enough to work on standard LEGO track, but I guess I'll just have to see when it's built in real bricks latter this year!) The passenger train, and the rear car in particular, were inspired by the Milwaukee Road's Olympian Hiawatha service from Tacoma, Washington to with the rearmost car being a Beaver Tail observation car, which were out of service by 1961. (you can read more about these odd-looking cars here on this Wikipedia page.) Actually, I'm not sure the Beaver-tails were ever used all the way to the West Coast on the Olympian, but since it's LEGO, who really cares! That's all I have done for now, and as usual, questions, complaints, comments and suggestions are always welcome! (real life pictures coming to this topic as soon as possible, but the LDD file for the whole train is available here at Bricksafe)
  2. Hello Everyone, I am brand new to the forum and I wanted to make an account to share with everyone my first pad printed custom minifigure! I give you... "Teleporter" http://s16.postimg.org/43gtrjz39/Teleporter_1_Smaller.jpg It features pad printing on the: head, torso (front/back), hips (front/back), Legs (front/back/sides) The custom red armor and the tail pieces are made of recycled LEGO plastic using an injection molding machine. The tail is fully posable and uses a ball joint to connect to the red armor. If you'd like to see more photos, or are interested in getting one you know where to find it - thanks for looking! Please let me know what you think. -Kyle
  3. So, I was thinking about making a dolphin in technic (I've got no experience in "real" LEGO what-so-ever, and it's got no functionality either), and my first concern was how I should make the tail. For those of you who don't know how a dolphin swims check this youtube video If I have to build one, I want to make it function like the real one. I was thinking about using two motors for the tail, one motor for the jaws, and two motors for the head. There's no problem in fitting it all, it just depends on the size. But the tail has left me wondering; I want it to go up and down like the real one, which requires a lot of links. If I have to use one motors for up/down and one motor for left/right, then how would you combine all those links to work fluidly? Is it even possible?