MSc Shobaki
Eurobricks Citizen-
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Everything posted by MSc Shobaki
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[HELP] Building Gearbox
MSc Shobaki replied to aminnich's topic in LEGO Technic, Mindstorms, Model Team and Scale Modeling
I have built a heavy-duty CVT transmission, which is fully mechanically automatic. Stepless shifting throughout the gears and drives. Too high resistance affecting the output shaft= Lower gear ratio. Even higher resistance= Lowest gear ratio. If no or small amount of resistance= Stay on high ratio It is currently being built into my upcoming model of a Smart Car, featuring realistic suspension with rear wheel drive, propelled by an inline-3 LPE. Btw, scale is approx. 1:8 -
Lego Seats
MSc Shobaki replied to 88high's topic in LEGO Technic, Mindstorms, Model Team and Scale Modeling
What happened? :) I want to see more of your WIP -
It is due to the heavy loading capability of the truck. As you drive a fully loaded cargo bed and want to steer, you'd need a steering type that needs to take up the forces, both tangential and centrifugal. With only one steering axle the truck might lose grip on the surface and the steering would not enable smooth turning of the vehicle, as the load is not evenly distruted and push the cargo loads forwards into the steering axle. By having a second axle, the load is distributed more evenly and enable smoother steering.
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Lego Seats
MSc Shobaki replied to 88high's topic in LEGO Technic, Mindstorms, Model Team and Scale Modeling
I really like that model. I had a WIP a while ago of a 2008 BMW M3, there is a post about it here on EB. The project started out with a Shelby GT which I later on rebuilt into an M3 in scale 1:8 I think. In any case, I look forward to view some more of your design :) -
Lego Seats
MSc Shobaki replied to 88high's topic in LEGO Technic, Mindstorms, Model Team and Scale Modeling
Can you share the LDD-file of your model? It looks awesome :) -
I had the same problem, I looked everywhere for that black part but couldn't find it. So I filled out a missing-parts form @Lego and I'm hoping to get it
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I think it's because some parts are not yet official online @ Lego, such as tubes, buckets, outrigger parts etc. It even says that the part list of 2506 pcs covers only 89% out of the total of the sets 2900-ish pcs
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I think it has got to do with the movement of the outriggers. Too little friction= Slacky, easy unwanted movement. Like jumping out when held at an angle. Too much= Tough, yet reliable. Sometimes even too much to maneuver
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Hey, I'm picking up mine at Webhallen today as well! The one in Solna Business park? I'm really forward to it :)
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I don't get why you are complaining about the new outriggers. You said it yourself, the truck is 17 studs wide (or 19), doesn't matter. How many studs do you want the outriggers to extend? Simple... Lets say 10 studs, that would require minimum of 11 studs wide bracing to hold it up. Wanna go lower? Lets say 8 studs, sort of half the trucks width, minimum of 9 studs of bracing is needed for it to be linear. Still gonna require more than half the trucks width. I think the new parts are good and really look forward to use them. Just imagine how easy this part could be used in forest machines, fire trucks etc. Cheer up guys!
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[WIP] C4 Corvette
MSc Shobaki replied to timslegos's topic in LEGO Technic, Mindstorms, Model Team and Scale Modeling
I would change the black pin connector (double hole perpendicular) and the gray pin connector with axle, for two 3x3 L-shaped liftarms. As far as I can see, you're using the bottom pin hole for an axle, the one on top of it for a pin, and up-right hole to connect the shock absorber with a pin. Simply switch to two L-liftarms and the result should be stiffer. -
Thx dude, but you can trust me ;) my rear suspension is very stiff and nice with the setup I have. Check this: Rear swing-arm suspension, rear wheel drive with 20:28 geardown (final ratio). Rear anti-roll bar Shock absorbers with damper bodies (big pneumatic cylinders with hard spring inserts from 9.5L shock absorbers) As for universal joints for the drive shaft (from CVT-gearbox to rear axle) I'm using pulley wheels combined with pins for extra stiffness
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The only idea I have of a V8-LPE that would fit in scale with the 8448 wheels would be a small pneumatic cylinder V8-LPE. It would fit the scale properly but unfortunately the power would not be sufficient to propel the car due to the weight. Plus it would be very expensive :/ but if you have eight of those cylinders, go for it!! It would be awesome to see! The only ideas I have for a scale 1:8 or 1:7 with a proper LPE clone of an engine that would replicate real life is the following: Big cylinder engines: Inline 3 (transversal mounted) Inline 4 (both transversal and longitudinal mounted) Small cylinder engines: Inline 4 (both options) V4 (both options, though the second uncommon) Inline 6 (longitudinal) V6 and V8 Any feedback? ;)