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Showing results for tags 'Mercedes'.
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Hello, I would like to present Mercedesa Arocs built for Lugpol competition ("Bulid own Mercedes Arocs with 42043 cabin"): Mercedes Arocs by Mateusz R, on Flickr The model was built during 2 months - as for my building and level of complexity it is really quite fast. The model parameters (for those who do not like reading): - Electricity: 1 BBox, 1 PF Servo, 1 PF L, - Weight: 2,5kg, - Dimensions: 53 x 17 x 27 cm (lengt x width x height) Mercedes Arocs by Mateusz R, on FlickrMercedes Arocs by Mateusz R, on Flickr The model functions (for those who do not like reading): 1) controlled by PF Servo: - turning of 1st and 3rd axle, 2) controlled by PF L: - propulsion, - hook lift, - crane rotation, - stabilisers, - height of 3rd axle, - bottom crane arm, - middle crane arm, - upper crane arm, - rope, - R4 engine. 3) controlled manually: - switchgear box, - propulsion clutch, - switch between hook lift and tipper, - container doors, - cabin, - cabin doors. collage by Mateusz R, on Flickr collage2 by Mateusz R, on Flickr collage3 by Mateusz R, on Flickr The model description (for those who like reading): From some time I would like to build truck with configuration 6x2x4 with hook lift and crane equipment. Additionally, I would to have all functions controlled by switchgear box and propulled by one PF XL engine. During the model construction has occurred that PF XL was to big and has to be replaced by something else. I choose PF L - copes, but sometimes lack of power is visible. It is the first time that I use PF servo. In general I'm content, but delays of signal transfer are visible (especially when batteries are weak). Mercedes Arocs by Mateusz R, on FlickrMercedes Arocs by Mateusz R, on Flickr The model is one, big swichgear box. Everything is tight built. In general I'm glad of the model. Especially from the crane - I managed to make him fully controlled by PF L. Only disturbs wrongly selected rope - stratifies and stretches. The model has the big number of gears - I used all my supplies of z12 and z 16. 32 by Mateusz R, on FlickrMercedes Arocs by Mateusz R, on Flickr About the future of the model. For sure I will build trailer. I'm thinking about rebuilding it to model team. But for some time, because now I need take up another topics (non-Lego). Galery: Flickr BS Thank you for watching. Feel free to comment. -
Hi! Today i'd like to show you my version of mercedes-benz truck in 2045 Model was built for rebricks competition "Mercedes of the future" It was built by 1 month. The idea for the name "Karpaks" suggested to me by my brother which associates with strength. Functions: Remote control Opening doors with handles raising Fifth wheel rotating seats rollaway bed fake engine I'm realy happy with these photos. Thanks for watching -
G'day. Today after a couple of hard lego nights Ive entered a competition on ReBrick for a design on a Mercedes truck in the year 2045. As to the comp rules I am allowed to display it after I have submitted it in the comp which I have done. Mercedes Hybrid 850. Using two fuel types to ensure day and night running. Water for Hydrogen gas to an inline turbo 6. Electric motor for main source of power for zero emissions. The truck will still be able to go off road on dirt (here in Australia) or ice but have a heavier payload and pulling more trailers. Extended cab with a flat floor for sleeping area/office where the steering wheel folds up and seats turn around for when in driver less driving mode. Using mag-lev tech from trains incorporated to freeways the truck becomes self propelled and lighter (switch on top of cab to turn on lights).Hud display only for a cleaner cab interior. When coupled to a trailer extra solar power is accessed by the solar panel on its roof. Extra charge is created by air driven ducted turbines under each side of the cab. A drone can be deployed for a birds eye view and assist remote driving. Mirrors replaced by cameras and an active large front grill that can shut off air flow when not needed. Double wishbone front suspension and disk brakes all round and gull wing doors. Battery on one side and the water tank on the other and rolling on anti puncture tires. Playable features- *Hog steering. *Push button gull wing doors. *Full suspension. *On off driving lights. *On off Mag-lev lights. *Detacheble trailer. Here is a couple of pics Mercedes 2045 Truck by Jono Mckinlay, on Flickr Mercedes 2045 Truck by Jono Mckinlay, on Flickr Mercedes 2045 Truck by Jono Mckinlay, on Flickr -
Hi folks, today I'd like to present you my newest MOC. No, it's not a Unimog, but hey, it's a Mercedes - a G wagon with short wheel base. I already own a long version of the G wagon which uses effermans great chassis. For the new model I designed a new chassis - it's not the quality of effermans, baut it works... The G is remote controlled an uses a L motor for driving and a Servo for steering. The doors and the rear gate are openable and it has a removable hard top... Here some pictures: More info here: http://www.doktor-brick.de/index.php/Thread/4512-MOC-WIP-G-Klasse-mit-kurzem-Radstand/?pageNo=1 And a small video: Have fun... So far Pat -
I decided to also try the Mercedes 2045 challenge, and here's what I made so far in LDD. Its a very compact drive indepent suspension with pushrod suspension...the truck will be 4WD More info and updates soon... -
If someone started, then i'll also will post here may entries (ar rebrick is down also ...) I created two entrys so far. Maybe will be third. All of them is with almost no functionality, mainly es exterior design models. Unmanned truck -
Mercedes W123 Coupé
roxXx5 posted a topic in LEGO Technic, Mindstorms, Model Team and Scale Modeling
Hello fellow brickers, today i want to introduce you into a new MOC i've started to build at the beginning of august. It's a Mercedes W123 coupé. The reason for me to build this car was one of my co-workers drives one and every once in a while he takes me for a ride in this beauty. But enough about the story behind. Here are some technical features. Power Functions: - 2L-motors for driving - 1M-motor for steering - 1M-motor for shifting gears Drivetrain and suspension: - fully independend suspension - ackermann geometry - kingpin inclination - casterangle - 3-Speed gearbox - RWD with differential - working straight 4 fake engine - working steering wheel Bodywork: - openable doors, bonnet and trunk I tried to upload at least 2 more pictures here but it won't let me do this.... so here is a link to mocpages for you: http://www.mocpages.com/moc.php/419387 Thank you all for watching. Rolf
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LEGO Mercedes-Benz Actros 4160 SLT With Nooteboom MCO 121 by Jaap Kroon, on Flickr LEGO Mercedes-Benz Actros 4160 SLT With Nooteboom MCO 121 by Jaap Kroon, on Flickr After years making prototypes of steered trailers, we, JaapTechnic and LiftingBricks, finally made it to create a system to make a semi trailer with automated steering axles. This system uses the angular displacement of the fifth wheel to steer the axles. This all happens with pure LEGO powerfunctions. In the following video you can watch this system in action. In the video are the following models presented: Nooteboom MCO 121 semi trailer Mercedes-Benz Actros 4160 SLT Volkswagen Transporter T5 escort van Liebherr LTM 11200-9.1 build by LiftingBricks For the Nooteboom and Mercedes are building instructions available. The Volkswagen van will be digitalised for instructions end 2015, begin 2016. Nooteboom 8 axle semi trailer Functions: Lights 7 automatic steered axles by PF servos Length: 113cm (153cm extended) Parts: 2768 Mercedes-Benz Actros 4160 SLT Functions: Lights; front bumper and warning lights 2 steered axles by PF servo 2 driven axles by XL motor SBrick Length: 46cm Parts: 2722 Volkswagen Transporter T5 Functions: Lights; 24 LifeLites LEDs with customised circuitboard Frontwheel steering by PF servo Rear wheel driven by L motor SBrick Length: 32,5cm Parts: unknown Volkswagen Transporter T5 stuck in the sand by Jaap Kroon, on Flickr Lego volkswagen transporter t5 interior (WIP) by Jaap Kroon, on Flickr LEGO Mercedes-Benz Actros 4160 SLT With Nooteboom MCO 121 by Jaap Kroon, on Flickr LEGO Mercedes-Benz Actros 4160 SLT With Nooteboom MCO 121 by Jaap Kroon, on Flickr -
Hello This will be my first post to showing one of my moc: Mercedes Actros 3248 Hooklift. I know a lot of people know this model, from my pictures on Brickshelf. I finished building this moc in early 2010, so it is 6 years old. Yes its very late to post here, but i think better late then never. The truck ist pf-remote controlled with 4 functions: - Drive by one PF-XL Motor to the rear wheels (2-Axle) - Steering by one old-style 9V-Motor (2838c01), second axle with transmission 16:20 - Hooklift powered by one PF-XL Motor - Boom look for tipping - loading / unloading controlled by one micro-motor (the eletric-cable can be changed for electric trailers or additional equipment There are also some manually fuctiones / features: - Two-speed transmission with gear ratio 1 : 1 or 1 : 3 - PF-lights in front and 9V-flashing lights on the roof working when the battery-box "on" - Openable doors by the drivers-cabine - Openable doors in backside by all three containers Scale from this model is 1 : 17. There are some more pictures in my brickshelf-gallery here: http://www.brickshel...?m=swissbagger1 And also one video on my youtube-channel: Feel free for your comments Kind regards Beat Schuler (Swissbagger)
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Hi All. I want introduce You our project. It's Lego Led kit prepared to 42043 Mercedes Actros, just watch what the result is and what I will introduce: As You can see it's controlled by LEGO Power Functions IR Remote Control (item no. 8885). It's supplied by Lego PF Battery Box. There are used two channels, 1ch is used for driving, lights will turn on automatic. 4ch is used to turn on and off programmed Led lights. First I will explain what is happen when you modify your model to be driving by lego PF. 1CHANNEL: When You first time move Your model the parking lights turn on automatic. 1. If You want to turn on right side You have just tu move control button right up to blinked for right. After You turn it blink 3 times and turn off automatic. For the left is, right channel down. 2. For moving forward You move left control button up, when leave it stop lights will turn on for few seconds (imitation car brake) 3. For moving backwards You move left control button down, reversing lights turn on, when leave it stop lights will turn on for few seconds (imitation car brake) 4 CHANNEL: 1. First time left control button up: Parking lights on; Second time left up: Xenon headlights on; Third time left up: Xenon headlights off; Next time: Xenon headlights on (program is running in loop until reset all 4th function) 2. First time left control button down: Beacon lights 1 program; Second time left down: Beacon lights 2 program; Third time left down: Beacon lights 3 program; Fourth time left up: Beacon lights 4 program; Fifth time left down: Beacon lights off; Next time left down: Beacon lights 1 program (program is running in loop until reset all 4th function) 3. First time right control button up: Hazard lights on: Second time right up: Hazard lights off; Next time: Hazard lights on (program is running in loop until reset all 4th function) 4. One time right down: ALL RESET. This is just my idea about what channel, which control button is responsible for some functions. It could be programmed differently, it depends on our mind :D It's not finished, We have to put it in small box, finish the connectors and produce some parts like PF connector. Remember it is IR so the range is not long. Sorry if I made some English Mistakes.
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Hello everybody, i'd like to introduce my newest creation! This is my minfig-scale ladder truck, based on a Metz L32A on Mercedes Atego Chassis. I hope you enjoy! 1 by hypo_fire, on Flickr 2 by hypo_fire, on Flickr 3 by hypo_fire, on Flickr 4 by hypo_fire, on Flickr 5 by hypo_fire, on Flickr 6 by hypo_fire, on Flickr 7 by hypo_fire, on Flickr 8 by hypo_fire, on Flickr 9 by hypo_fire, on Flickr 10 by hypo_fire, on Flickr 11 by hypo_fire, on Flickr 12 by hypo_fire, on Flickr With kind regards, Heiko
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I started working on this beast: Front axle so far: Its a portal axle with extremely close steering point of the wheels, which lies on the inner edge. This means axle can be steered with RC unit's mechanical ouput.
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Hi all! I am making this project for the contest, i did not finished it yet, but here the time is to share some details about it. Unfortunately i have little time to build(5-10 hours weekly), but i try to finish this vehicle until deadline. The project is a Mercedes Econic garbage truck. I tried to build the truck (mostly the cabin) the same as the real one, but the garbage treatment section is an own creation. I used these pictures for guide: More pics here and here! So let's see some details about the vehicle: dimensions: LxWxH: 80x21x23 stud (63x17x18 cm) pieces: 4100-4200 weight: about 4 kg fake engine: 4 pistons in a row 3 axles, 1. and 3. axles are steerable in different angle, also the steering wheel is turning in the cabin 6 motorized functions with 2 M and 2 L motors and 3 gearbox. Functions: 1 L motor: changing gears 1 L motor: driving / blade sweep 1 M motor: steering / tailgate raiser 1M motor: garbage ejector / slide packer Manual function: cabin tilting Little functions and details: tilt seats, dashboard, openable grille, openable doors on both sides, etc. The video: You can download the LXF file from HERE! (*.rar) Thanks! -
Hello everyone! First-time poster here. Here's a model I built of a Mercedes-Benz W108. I built this with the goal of putting as much mechanical functionality in as small a space as possible. The resulting model is 14 studs wide (not counting rear-view mirror) and features: 4-wheel independent suspension Moving inline-6 engine connected to the rear wheels Hand-of-god steering which also turns the steering wheel inside The scale is roughly 1:15. It's kind of chunky partly because I was going for an "old-style" technic feel, and also because the actual W108 is rather boxy. As on the actual vehicle, the front wheels feature double wishbone suspension and the rear wheels use swing arms. Because the model is so narrow the differential isn't located between the rear wheels, but rather connects to them through a pair of shafts: You'll notice that the universal joints don't seem to correspond to any hinged parts; they're there to accommodate misalignment between Technic beams! There are a few locations in this model which feature sub-millimeter precision; if people are interested I can write a post later about alignment and why it's bad to pass an axle through more than a pair of beams. Speaking of sub-millimeter precision, the front steering depends on the fact that a lift arm is slightly narrower than a stud. Here's a view into the steering mechanism with the engine removed: The dark grey and black lift arms in the center of the image form a parallelogram linkage, so the dark grey steering links get actuated in sync. You can also see where I put the differential... Speaking of the engine, here it is: It's based off the excellent "fake engine" by laixEngineering. I highly recommend this engine for smaller models; not only is it better scaled than the massive engines built with the actual piston parts, it also makes a pleasant diesel rumbling sound when spun. Due to the relatively small size of the model I didn't have room to model some features, such as a gear shift or the rear seats. It's actually possible to motorize this model, although the steering/drive motors take up all of the interior space and the battery box looks rather silly sticking out of the trunk... Full gallery here. Thanks for stopping to take a look! I'm happy to answer any questions about the construction, precision alignment, etc. -
Here's a video of a truck I built during the summer. I am thinking about adding a similar type of roll cage to the cab of a moc I'm working on now. What do you guys think of this style of cab? -Something that I've noticed, is that in order to build a good looking external roll cage on a vehicle, you usually have to scale down the cab, or whatever your building around in order to make it look natural. What's your guys experience with roll cages? -
Hello! I want to introduce you my first big MOC. It is the second-generation of Mercedes ML500 between 2005-2008 year. Because of him, I received the Grand Prix at the show Ukrainian Brick Fest 2013. The construction lasted about a year with interruptions, which sometimes lasted for weeks, due to time and parts. Functions and features: 1) Permanent all-wheel drive. 2) Lockable central and rear differentials. 3) Fully independent suspension with variable ground clearance. 4) Remote steering wheel rotating in the cabin, which makes 3 turnover, as in the original Mercedes. 5) Glowing front, rear and front fog lights. All of this is included lever from inside. 6) Opens all the doors, hood, tailgate and the rear part of the roof. 7) Fully light gray interior. In the front seat backrest tilt changes, the rear seats fold flush with the floor, separately and entirely, armrest in the rear seats. Openable a raised floor in the trunk. 8) The two-stage gearbox, which is under the rear seats. 9) The entire electrical system is well hidden, for example: under the hood, there are two battery boxes, in between are, there is a steering motor, buggy motors with gearbox are located under the rear seats. Electronics: 1) 2 RC Race Buggy motors for drive. 2) 1 m-motor for the center differential lock. 3) 1 m-motor for the rear differential lock. 4) 1 m-motor for changing gears. 5) 1 m-motor for steering. 6) 1 XL-motor for variable ground clearance. 7) 2 non-rechargeable battery boxes. 8) 3 pairs of lights. 9) 1 switch for the lights. 10) 4 50 cm wires. 11) 3 standard remote control. Sorry, I can't upload pictures to the forum, so here is my Google account with photos: https://plus.google....0/photos?tab=wX Thank you for watching, stay tuned! Contact e-mail: vadsushko@ukr.net
