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Found 1586 results

  1. Hi! It’s time for new MOC :) I’m glad to show you my Concrete Mixer Truck. The project was started almost one year ago, but I’ve finished it only now. I used KAMAZ 6540 trucks as inspiration. Dimensions: 45 x 12 x 20 cm, weight 1570 g, 2492 pieces. There are no motors here, all functions are manual: - 4x8 wheel drive with working V8 piston engine - 4x8 steering, working steering wheel in the cabin - pendular suspension on rear axles - manual drum rotation - driving wheels drum rotation - cabin lifting - opening doors - opening roof hatch - folding ladder - high detailing: mirrors, lights, spare wheel, fuel tank, exhaust, seats, chocks, additional unloading gutter There are no working unloading system here like in 42112 LEGO set. I wanted to create the drum using only Technic pieces. Video demonstration: More photos on Flickr: https://www.flickr.com/photos/141718063@N06/albums/72157714975159431 Building instructions: https://rebrickable.com/mocs/MOC-46913/desert752/concrete-mixer-truck/?inventory=1#comments MOC review: Thanks for watching!
  2. HONDA ACTY 1983 Dragster The inspiration for creating such an unusual hybrid was the car of a blogger from YouTube) Description: -1 Buggy motor -Servo motor for steering and steering wheel -Small power supply -Detailed interior All the photos on the link: https://bricksafe.com/pages/Michael217/honda-acty-1983 Instagram: https://www.instagram.com/lego_muscle_garage/ Join my group in VK: https://vk.com/legomusclegarage
  3. Hi, its CrazyKreations and we proudly present the new Custom Kenworth. This is our first post, we are very excited we have made a truck and wanted to share the instructions with everyone here it is. This beauty of a model is based on the Kenworth W900 purple edition of the truck. We would like to talk about this truck's features, dimensions and weight, optional configurations, part lists and the Instructions. Features Right here we would like to list the key features of this truck. Here they are; Opening Hood Detailed exterior and interior Working V6 engine Interchangeable Front Bumper Opening Doors Working Rear Differentials Virtual Pivot Steering Working Fifth Wheel (with lock) Large Sleeper with an opening rear door RC version (Coming Soon) Dimensions and Weight This strong and durable truck is nice and detailed with a lightweight of about 922 grams. Although the weight is light the dimensions are large for this type of truck. The dimensions are; a width of 48.3 studs (38.6 centimetres), a length of 21.8 studs (17.4 centimetres) and the height is 18.6 studs (14.9 centimetres). Optional Configurations and Part List This truck as a few optional configurations to match your build threshold perfectly. All the panels straight panels have to be the same colour to make a different colour scheme. In the inventory it mentions 2 L motors and 1 M motor, I have included these motors as they are required for an RC version of this vehicle. In the instructions it includes them but you don't have to place the motors inside the model, they don't take away any of the existing functions in this vehicle. If anyone wants a detailed part list for the RC version or the manual version please send us a message. For more information or details please send a message privately to us. Building Instructions We have created detailed PDF instructions for this model, they are generated from Studio and have been tested many times (It really did) and has been edited many times for the best building experience. The instructions are in the slideshow at the very top of the page, but we have included a rough sample of a few pages of the instructions in the video. All the parts in each step are outlined for a better building experience. Please check the brick safe for more pictures and sample instructions. The instructions are for advanced builders as the instructions contain 328 pages with 394 steps. The part list is included at the end. Any queries or questions please send us a message. (You don't have to have the motors, see configurations section of the description.) Link to Rebrickable https://rebrickable.com/mocs/MOC-43187/CrazyKreations/custom-kenworth-truck/?inventory=1#comments Any Questions Please Comment and for more photo's go to our bricksafe. Like and Follow CrazyKreations. There is a video on rebrickable
  4. Hello! Recently I built an alternative model using only parts from set 42108. It is a roto-telehandler, mainly based on JCB Hydraload. All functions are manual: - boom raise/lower - fork tilt - turret rotation - 4 wheels steering - stabilizers There are 2 attachments: fork and hook. It is in the same scale as my other models (1.21) and instructions can be found here: https://rebrickable.com/mocs/MOC-43871/technicprojects/jcb-roto-telehandler/?inventory=1#comments Functions summary: I hope you like it!
  5. Hello All, Another new MOC using the XLAs, I'm giving the rotary drilling rig another go, My last attempt at it was not really succesfull and remained unfinished. So Here it is: the rotary drilling rig MKII Most parts come from the Liebherr excavator including all but one control+ motors, and it has 2 control+ battery boxes. The trackbase is borrowed from flybum's volvo excavator. Here are some WIP pics, any comments are always welcome Two XL-motors and 1 control+ receiver are situated in the trackbase 1 XL-motor is used for the normal LAs in the base frame 1 L-motor is used for swivel 1 L-motor is used for the winch and 1 L-motor situated in the frame is used to drive the XLAs to move the leader up and down For the paneling I'm recycling panels from the Liebherr excavator. Normally I'm going to install 2 extra motors with a conventional battery box and IR or sbrick receiver. Other pics will follow
  6. Finally finished another one ;) This lego GBC module uses a large Lego technic sprocket on it's side to and lift the balls. It is a reliable module and meets the standard, it can hold over 30 balls in the input bin and runs just over 1 ball per second. The mechanism runs a lot smoother in real life then it look in the video, it also runs a bit better slightly slower. You may notice in the video that sometimes it doesn't pick up the full 6 balls. This could be fixed by changing the agitator design or running it a bit slower so that the balls have more time to roll into the sprocket I did not change the design because it is very reliable like this and still meets the standard. Rebrickable. Flickr.
  7. Hey guys, here's a new project I'm starting. It is a model of a Kalmar forklift. It will be controlled by SBrick, and it will feature drive, steering, pneumatically tilted mast and lifting fork. The wheels will be Unimog wheels (94.3x38 tires). https://www.kalmarusa.com/4ae438/globalassets/equipment/forklift-trucks/kalmar-forklifts-1852-ton-capacity/kalmar-dcg180-330-forklift-brochure-en-us.pdf So far I have the front axle and the rear portion of the chassis completed. The front axle is driven and is very compact - most of the gear reduction is done in the portal hubs so the drive motor is attached directly behind the frame holding the differential. As for the rear portion, it contains the steered rear axle. Note that the longitudinal beam supporting the chassis is only 3 studs wide directly below the rear axle - the steering lock is very large to ensure a minimal turning radius, and this avoids the wheels from rubbing the chassis when turning while also keeping the chassis sufficiently robust. I also have the compressor (driven by a PF L motor) and the SBrick installed. Note the vertical placement of the motors - I'm trying to make the model as compact as possible, and this avoids using too much longitudinal space. I was concerned that the servo motor might not have enough torque this way as it's driving the steering linkages directly rather than with rack and pinion (it will be limited to 45 degrees of rotation in the SBrick profile designer), but I've seen MOCs that use the servo like this and they work fine. If you have any suggestions for me, please let me know. Photos:
  8. Motorized model of a crawler crane with Mindstorms EV3. Features driven tracks, and superstructure functions controlled by an automated distribution gearbox. Functions/features: Driven tracks Boom elevation Boom extension Winch Superstructure rotation Ever since TLG released the rotary catch pieces from the Bugatti set I sought to incorporate it in a distribution gearbox so that I could control 4 functions with 2 motors. However, I did not want the play experience to be constantly interrupted by shifting the gearbox. For instance, if I used PF and installed a stepper mechanism to control the gearbox, I'd constantly have to count how many "shifts" I've done to ensure the right function is engaged. With that in mind, I realized Mindstorms EV3 is the perfect solution to this - by simply utilizing a touch sensor, the mechanism can detect how far the shifting motor has rotated thus automatically selecting the right function. The gearbox, which sits at the heart of the superstructure, features a cam attached to the shifting motor to hit a touch sensor. When a command is received from the remote, the shifting motor rotates until the touch sensor is pressed, then the EV3 tells the shifting motor to rotate a certain number of degrees to select the corresponding function. This utilizes a switch/case for the remote, and because it features up to 11 button combinations all superstructure functions are controlled from the same channel (channel 2 on the remote). This gives controlling the model a very natural feel, and sometimes I even forgot that I was controlling a distribution gearbox because the EV3 shifts it so seamlessly. As for driving, it too uses a switch/case for the remote. Because it's just a simple tank drive, the commands for this are much more straightforward compared to the gearbox functions. Driving is controlled from channel 1 on the remote. Additionally, there are sound effects that play while operating the crane. Pressing the left two buttons together in the 1st channel starts the engine (thus starting the program), and pressing the right two together stops it (thus ending the program). Because the PF IR remote uses levers instead of buttons, this effectively makes the model inoperable with only a PF remote. The EV3 remote feels more natural for controlling this model too, as some superstructure functions (boom elevation and superstructure rotation) involves pressing two buttons simultaneously. In the end, I'm pretty satisfied with how this model turned out. I was initially worried that this gearbox I had in mind won't work as smoothly as I imagined, but it turned out to work flawlessly. It often made me forget that I was even controlling a gearbox as the EV3 does the shifting for me. Of course, there's still areas that could be improved - for instance, the boom extension and winch operate pretty slowly. Not using a worm gear in those mechanisms probably would've helped, but that would mean the mechanism becomes "unlocked" as soon as the gearbox disengages it. Occasionally the gearbox would jam, making me restart the program, but overall the finished model met my expectations. Video: Photos:
  9. Hey y'all, First time I'm gonna try to do a WIP page... Been fiddling around with this Kraz 255b MOC by the one and only Ingmar Spijkhoven and figured out what attachment I'll build finally. In short, it's a mini portable bridge (called a TMM-3 or a scissor bridge). Functions of this add on attachment consist of- Actuator for raising and lowering the bridge Winch for deploying and retracting the bridge 2 stabilizers at the end of the truck to... stabilize the truck Propulsion has been swapped from 2 L motors on the sides to 1 one buggy motor under the hood. Now the replica engine can be put on display. The gearbox I really wanted to try part 35188 to make all the functions AND propulsion run on the one motor. Where I guess we can call the "transfer case" is at is right behind the cab, so here's what the result is for now. It was tricky since the tandem axle left no room for fit it in between the chassis rails. The rear shaft will actually hit the bottom of this when compressed all the way. It's as compact as could get it with Studio (kinda a LDD fan). It'll probably need to be reinforced even more, but wanna see how it mates with the buggy motor first. Never built a gearbox before and destroyed many other MOC's with gearboxes so don't have high hopes. Note- all of the motorized attachments will be ran with worm gears, so not to concerned with the gear ratios... buggy motor just gonna make everything super fast anyways with a Buwizz. Where buggy motor is planning to be in the future a bit more securely. Just seeing how a gearbox could be placed and how high it'll be. Part 87408 is now mounted securely below the motor with two 24t gears feeding it above (will get a shot of it soon). Getting the motor to fit underneath the hood was very miserable. Couldn't use a servo anymore since the buggy motor is so low it'll interrupt the travel of the front axle. (yes the fenders are mounted backwards when rebuilt...) Ordered the parts for the gearbox and will update once they come in. Planned order of the build- Gearbox Wheels Test drive Stabilizers Building the frame/chassis of the TMM winch Scissor bridge Survive the misery
  10. Hey guys, first time posting in the scale model forum. Hope I've got this right I've been building various machine tools for a workshop on my layout. One of them was a Haas VF2-SS, a 3-axis CNC milling machine. I got this stupid idea to stick a motor in to get the spindle moving but it blew the scale way off, so I rebuilt a totally different model with a bit more bulk, the UMC-750 5-axis mill. Here's the full gallery, more video and images below: Front view. Doors slide open: Back view showing the motor. Currently uses a PF M motor but I originally had the old 4x5 motor running. The real machine runs at 8k+ rpm and those old motors push 4k, so not too far off. I'm not doing any actual milling so torque isnt much of an issue ;) Side view showing the movable control panel: Other side, showing the tool changer and cooling hoses. The real thing has a 40+1 tool capacity, which wasnt too feasible. I'm sure there's a better solution for this, but I'm happy with it for now Internal view showing the platter, chip conveyor, spindle, etc: And the real thing for comparison! Cheers :)
  11. As the 8845 was my first ever Technic model i decided to give it a redesign to modern stud less design. I have tried to keep it as much like the original as possible. This was awkward for the steering as that is 10 studs wide and steering for Technic is all odd, 7 long racks or limited like on the Corvett 42093 and the Race Kart 42048. The wheels are a bit oversized but i don't think Lego do anything closer. and the rear cargo area is a bit gappy. Hope you like it You can get some free instructions here
  12. Hello Eurobricks Technic, This is my first forum post and I'm currently attempting a 1:10 supercar technic MOC. Its largely based off of the parts from the 24 Hours Race Car 42039 and the Formula Off-Roader 42037. So far, I've completed the main chassis, drivetrain, and a partial gearbox. I'm opting for a sequential 4-speed since I lack the parts for a more complicated transmission. Pics found here: https://bricksafe.com/pages/damiankaneiv/aventador-wip At the moment I have finished most of the chassis and underside and I am just starting to do bodywork for the car. At the moment I have limited parts due to the rest of my collection being in another state. Features include: 1 All-wheel drive 2 Partial sequential 4-speed Gearbox (inspired by Attika's design; gears are the same but altered housing)... still missing some parts 3 Independent suspension rear and front wheels (largely based off 24 Hour Race Car set) 4 HOG steering (planned) Planned features: 1 Scissor doors 2 Rear aero (deciding whether to invest in designing an active aero mechanism or static wing) I'm drawing a lot of inspiration from Stefan Birkefeld's Aventador design in terms of body work and scale. Let me know what you think and any suggestions or changes I should make.
  13. Hello everybody, this is my entry for the Eurobricks Flower Show. Due to my lack of time I decided to challenge myself, to see what I could build in the timeframe of 60 minutes. You might be thinking: This doesn't look like a normal garden Well, I've had multiple problems. First of all, I dont own any green bricks, flower pieces or anything else that would be usefull for this contest, so I had to get creative. My brick collection is probably > 50.000 bricks, but I dont think there are even 100 green ones. I build technic Cars in 1:8 Scale, so building a normal Garden really isn't for me In the end I decided to create an entry with a bit of a deeper meaning. The colorful Flower surrounded by darkness represents our beautiful LEGO builds in these dark times yeah kinda r/Iam14andthisisdeep I know, but I dont care
  14. Ford Model T 1908 by Isaac Yaw ( with instructions ) https://youtu.be/26kvGcIkWQw Check out the Video Review here^ Instructions: file:///D:/Ford Model T 1908/ford_t__technic_.pdf Rebrickable: https://rebrickable.com/mocs/MOC-11664/Isaacyaw/lego-technic-ford-model-t-1908/#comments
  15. Two years ago I presented you my first pinball. Today I want to show the second version, with changeable boards and an interactive Mindstorms board. If you like it please add your support on LEGO Ideas page https://ideas.lego.com/projects/4025655b-7b86-4aeb-bc91-57aa33c862e7
  16. 1925 Bugatti Type35-C MOC by Isaac Yaw Link to my youtube video: Description: Here are a few pictures of the newest MOC that I have made in about 2 months' time. I decided to turn back in time and bring back more antique builds from the past. One of my previous antique builds was the 1908 Ford Model T which is also posted on my Youtube channel. This newest build brings us back to one of the iconic Bugatti cars ever made, the Bugatti Type35-C. Features: -1:8 scale build -straight 8 engine -working steering system -every detail carefully replicated from the original car such as headlights, steering system, engine, exhaust, body shape, and etc.
  17. Hello I would like to share my first MOC Ferrari F1 SF90 in 1:8 scale. Making the MOC my main goal was display model so I decided to make it look as close as possible using all official Lego parts to real F1 car. But I wanted to have it all the basic features F1 car should have which are: - front and rear suspension - fake v6 engine (created by SuperKoala ) - removable front wing (I started all build from this element actually) - removable engine cover, - removable headrest system (this was added at the very end I didn't thought about this at all but it just came up naturally) - drs - steering The dimensions of the model : Dimensions 70 x 25 x 14 cm Weight 1,95 kg Pieces: 2186 My main donners at the very first stage were 42056 and 42000 which I already had and they had lots of elements I could use to try the concept. The first version was funny to watch as there were so many colors all over the place ;) I have used wheels and tires from 8674 as they are the best looking one and fit the best for design and don't have any labels on them (as unfortunately 8458 and 8461). The instruction has been done in Stud.io in PDF. Instruction build I also designed stickers sheet ready to print and I also will have printed version too. Hope you like it. Whole gallery Follow me: https://m.facebook.com/f1moc https://www.instagram.com/f1moc/
  18. Hello Lego train fans, (I repost here the work I have done on a pneumatic locomotive. I really don't know where to post since my MOC belongs to Technic category and Train category. So I post it here too. Of course here maybe we can talk more about the design and reproduction of the details of the locomotive. If this other post is too much, I am sorry that I posted in two places (and moderators could remove it), but I think it's understandable why I did this. Anyways !) I am glad to introduce you my last big project : a pneumatic steam locomotive ! I think it's one of the firsts pneumatic locomotives, using only Lego parts. I love trains as much as you do on this forum probably, so I hope some steam lovers will enjoy the model ;) The model is based on a Mikado type locomotive, from the mid 20th century. It especially copy the design of 141R french locomotives (even they were apparently built in USA, for France). First of all, the YouTube video and some photos: The idea with this model is to replace the steam of a real Locomotive by compressed air, and this for as much functions as possible. Here are the main functions : Movement of the train : Using 4 pistons, 2 on the sides, and 2 inside, the train can move forward. It works like a classic LPE, with 2 pistons shifted 90° from the others. 4 pistons consume a lot of air, but they guarantee enough power to move the whole train. To make the rotation smooth, a free wheel is hidden inside the boiler part of the locomotive. Its rotation is 25 times faster than the wheels of the train (40t/8t x2). The train isn't moving very fast because the pneumatic elements aren't modified. However, it's fast enough to make it interesting to look at the connecting rods and wheels moving. The breaks : On a real locomotive, compressed air is produced by a compressor (powered by steam) and is used to press some brake shoes against the wheels. Here, the same technique is used : a small piston is filled with compressed air, and thanks to some rods, brakes shoes are pressed against the wheels. It's cool but...it's not enough. Plastic against plastic isn't very efficient to stop the train's movement. Therefore, another rod is connected to the brake system and press another brake shoe against the free wheel. Because its rotation is faster (and therefore, with a low torque), it's is way easier to stop it. The Whistle : A system that I love in this locomotive is the whistle. Currently there isn't any whistle produced by Lego that could be used in the locomotive, so I had to think a little for finding something working. I can give you more details if you want but I used some lego parts that are empty inside and have a small aperture. By blowing air on these parts, we can produce a noise that is a little similar to a whistle noise. This whistle is activated by a switch in the cabin. The Cabin : Nothing much to say except that in contains 3 switches for the 3 main functions (whistle, wheel movement and brakes). There is also a pressure gauge showing the pressure coming from pumps. The train moves with a minimum of 1 bar. A 2-2.5 bars, the movement is faster. The air supply : There are several possibilities for the train : we can directly pump with Lego pumps, or store the air into 6 to 8 airtanks or produce the air with Lego motors and small pumps. For instance I use 4 pumps side by side, linked to some air tanks, but I don't what the final model should work. Maybe some motors and pumps could be cool ? The design : The hard part was to make the boiler of the locomotive. It's a little hard to make cylinders with Lego technic parts but, with flex axles passing through Technic beams, I managed to make something satisfying. Some details are visible on the locomotive, I tried to make it look a little crowded like a real locomotive with fake air/sand tanks, fake compressors and mechanical elements. It's probably possible to make it look better, but for instance I am happy with it. The rails are "homemade" with Lego bricks. The locomotive is too big of course to work on Lego railtracks. The wheels aren't perfectly flat so the train is "blocked" in position inside the rails. Therefore, the train can move foward cur cannot go out of the railtracks (which is great for a train). Finally, as a bonus functions, there are some bumpers at the front and back of the locomotive to imitate the real bumpers used to absorb small chocs on a Locomotive. That's it for now, I hope the model is interesting to you and if that's the case, don't hesitate to support it on Lego Ideas ! Click here to support on Lego Ideas If you have any question or comment, please reply to the post, I'll be glad to discuss with you !
  19. Hello everybody, I am glad to introduce you my last big project : a pneumatic steam locomotive ! I think it's one of the firsts pneumatic locomotives, using only Lego parts. First of all, the YouTube video and some photos: The idea with this model is to replace the steam of a real Locomotive by compressed air, and this for as much functions as possible. Here are the main functions : Movement of the train : Using 4 pistons, 2 on the sides, and 2 inside, the train can move forward. It works like a classic LPE, with 2 pistons shifted 90° from the others. 4 pistons consume a lot of air, but they guarantee enough power to move the whole train. To make the rotation smooth, a free wheel is hidden inside the boiler part of the locomotive. Its rotation is 25 times faster than the wheels of the train (40t/8t x2). The train isn't moving very fast because the pneumatic elements aren't modified. However, it's fast enough to make it interesting to look at the connecting rods and wheels moving. The breaks : On a real locomotive, compressed air is produced by a compressor (powered by steam) and is used to press some brake shoes against the wheels. Here, the same technique is used : a small piston is filled with compressed air, and thanks to some rods, brakes shoes are pressed against the wheels. It's cool but...it's not enough. Plastic against plastic isn't very efficient to stop the train's movement. Therefore, another rod is connected to the brake system and press another brake shoe against the free wheel. Because its rotation is faster (and therefore, with a low torque), it's is way easier to stop it. The Whistle : A system that I love in this locomotive is the whistle. Currently there isn't any whistle produced by Lego that could be used in the locomotive, so I had to think a little for finding something working. This whistle is activated by a switch in the cabin. The Cabin : Nothing much to say except that in contains 3 switches for the 3 main functions (whistle, wheel movement and brakes). There is also a pressure gauge showing the pressure coming from pumps. The train moves with a minimum of 1 bar. A 2-2.5 bars, the movement is faster. The air supply : There are several possibilities for the train : we can directly pump with Lego pumps, or store the air into 6 to 8 airtanks or produce the air with Lego motors and small pumps. For instance I use 4 pumps side by side, linked to some air tanks, but I don't what the final model should work. Maybe some motors and pumps could be cool ? The design : The hard part was to make the boiler of the locomotive. It's a little hard to make cylinders with Lego technic parts but, with flex axles passing through Technic beams, I managed to make something satisfying. Some details are visible on the locomotive, I tried to make it look a little crowded like a real locomotive with fake air/sand tanks, fake compressors and mechanical elements. It's probably possible to make it look better, but for instance I am happy with it. The rails are "homemade" with Lego bricks. The locomotive is too big of course to work on Lego railtracks. The wheels aren't perfectly flat so the train is "blocked" in position inside the rails. Therefore, the train can move foward cur cannot go out of the railtracks (which is great for a train). Finally, as a bonus functions, there are some bumpers at the front and back of the locomotive to imitate the real bumpers used to absorb small chocs on a Locomotive. That's it for now, I hope the model is interesting to you and if that's the case, don't hesitate to support it on Lego Ideas ! Click Here to support :) If you have any question or comment, please reply to the post, I'll be glad to discuss with you !
  20. I tried to build my own alternative model from set 42061 several times in past but all my attempts failed. When I was decided to sell this set I got idea to give it last try. My initial goal was to build some kind of buggy. After few hours I built working steering and in-line fake engine driven by rear wheels. Building car out of parts from set 42061 was painful (it has pretty bad assortment of parts) and I am not totally sutisfied with look of buggy so I call it "Ugly Buggy". By the way it fits to TC18 contest but I think it is too simple to submit it there. So I use it for TLCB Lock-Down Competition instead. When I finished building buggy I decided to build more - to build something easier. So helicopter was the best choice. I took little bit of inspiration from @BusterHaus - I like how he used gear rack for tail of his helicopter. My helicopter has both rotors connected by gears so you can spin them together by turning gear on bottom of helicopter. This is also my second entry to TLCB Lock-Down Competition. Building instructions for both alternative models are available at buildinst.cz Any comments are welcomed.
  21. Hello! I decided to make a car for this event month ago, but then forgot about the Topic. So, here it is. I was running out of parts,so the car isn't very good, but it's my first time, I'll make something better for the next time. I started with chassis.
  22. Hello everybody. I'd like to present you my MOC car for the contest. Corona helps me to remember old hobby))) Here you can see a model preview. The most important information about functions : 1) independent rear suspension 2) dependent front suspension with steering 3) oppening hood. 4) detailed interior
  23. Hi all, these days I'm working a lot with Lego Technic, since I've bought some parts to experiment a bit this new world. I'm used to build old Lego Technic from the 80's and 90's...but these new sets are very very complex, and require a lot of time to figure out where and how to put a certain part. So , back to the Stud.io I started designing again...and came out with this thing: It's similar to old steam trams, to the GE 2/2 and HGE 2/2 locomotives, to some service railway cars...to the alternate 7720 model. Oh, well...it's a box and it's similar to all those boxy things! Dimensions are 13/14 stu...holes, units? for width and 25 for body lenght. Both buffers add an additional 6 studs to overall lenght. I'd say it is a small 1:22,5 locomotive, like my old yellow shunter with PuP. Since I'm still not so much able to recreate details such as doors and ladders...I simply avoided them. Pantograph is designed to use a rubber band for the moment - it could be nice to make it foldable with some gears! At least the body is self-consistent and can easily be removed. The battery is fixed on the central upper part of the body, right in the middle to increase weight on all 4 traction wheels. Rods are somewhat triangular and quite strange, but they're strong! Other kinds of rod arrangements can be done. Using a normal gear transmission could also avoid rods at all. The boxy body gives me the internal space to experiment for transmissions and motors. This chassis probably will change a zillion of times like the one of my XXL locomotives. In the picture above, you can see the possibility to have the double gauge solution (left axle is L-Gauge and right axle is configured for 45mm G-Gauge track). The gear you can see in the middle of left axle shows the possibility to implement a cog railway system using Lego flexible track. I sincerely do not know if the 45mm cog tracks could work with a Lego gear - so let's limit the cog solution to original Lego track It can become also a fancy Tram locomotive, like the "Gamba De Legn" ("Wooden Leg") used in Milan for many, many years. But for this one - I'm still struggling to create a proper, working engine. I've seen few full Technic locomotives, but it's really fun to build them! I hope you like it!!! Ciao, Davide
  24. Hello, I'm here again presenting my 36th review in Eurobricks. Let's have a look at Dom's Dodge Charger! Before that, I want to thank LEGO for providing us with this set for review. Overview Name: 42111 Dom's Dodge Charger Theme: LEGO Technic Pieces: 1077 pieces Minifigures: 0 Price: £89.99 / $99.99 / 99.99€ Box Square boxes are quite uncommon in LEGO. However, this is actually my first technic set in my life so let's move into it and I'll let you know what's inside. Like usual, the back of the box shows us the play features in the set and we get to see the actual car picture at the top corner. At the side, we can see the actual size of the tyre. The Content We get four numbered bags with smaller same numbered bags so there are 8 bags in total. The instruction booklet is sealed in a plastic bag together with the sticker sheet. The frame and the tyres are not sealed inside the plastics. I've scanned the sticker sheet here in high resolution. The comparison photo of the actual car and a dog. This is found at the back of the instruction booklet and LEGO is trying to tell you they are rebuilding the world. Different version of Dom's Dodge Charger. The parts list. This is quite clear and you can zoom in to see the parts numbers by clicking at the picture and zoom in. This is an 11x15 frame in dark bluish grey with the part number of 6265646. I suppose it is new and currently exclusive to the set. It is still not catalogued in bricklink yet. Tire 56 x 28 ZR Street. 6035364 is a tyre produced in 2001 as seen in the left one. Technic, Shock Absorber 6.5L - Hard Spring. 6027566 is an old part but it is considered a new piece to me as this is my first technic set. It contributes to the suspension of the car making it bouncy. After finish bag one, you will get a set of bones like this. It feels fascinating building technic for the first time. I feel like building a car. (What am I talking about? IT IS A FREAKING CAR!) There is a sticker underneath the frame. I suppose the license is a serious issue here. Technic, Engine Cylinder without Side Slots, 4234251. Going towards bag 2, this appears as the engine part. It is released since 2009 and it is new to me here, haha. Technic, Engine Piston Round, 4112203. This is even older and it comes in blue too since 1990. Okay, 6276854. This one is new and currently exclusive to the set. Quite a nice and versatile piece for some Star Wars ships I think. As I said, this is new to me and I find these pistons build very interesting. After building the second bag, you'll notice the 'steering wheel' is at the back of the vehicle and the pistons of the engine at the front are controlling the rear wheels. Technic, Steering Wheel Large, 4125213. Since 1988. This wheel is useless in the vehicle and it controls nothing. Haha. Technic, Panel Fairing # 2 Small Smooth Short, Side B 4566249 and Technic, Panel Fairing # 1 Small Smooth Short, Side A 4566251. This is an interesting part to me as LEGO is very considerate in putting numbers at the parts so that we won't be confused of the right and left side of the piece. I love this kind of small details LEGO put in. Bag 3 is actually wrapping the front part of the skeleton. I really love the trans clear boat studs coupled with that sticker with the word Charger. The front of the car really looks gorgeous. Bag 4 completes the whole build and this is the rear view of the vehicle. The white California 2JRI424 License Plate is produced as seen on the 1970 Dodge Charger driven by Dominic Toretto. More info. Side view of the Car. I wonder why the technic pin is not 'finished' sticking out the rims. Hmm... It is quite hard to pull the lever inside the car after the hood is installed. It is too narrow inside. The grey technic part at the middle is the lever. Easier when it is still the skeleton phase. The front hood can be opened to reveal the engine inside. I love the look of the engine but imagine if we get chromed parts for this! Okay wake up. The bonnet is filled with 2 bottles of Nitrous Oxide can. I am Groot. *Groot is not included in the set.* Review summary Playability: 6/10 - Yes you can play with the car and as the steering wheel is at the bonnet of the car, it is quite convenient to control the front wheel. Design / Building Experience: 6/10 - The design is very nice at the front and back but please don't view from the top. You'll only see a black rectangle. Minifigures: -/10 - At least give us a minifigure without any hairpiece. Price / Value for money: 6/10 - It is a nice display set for a Fast and Furious fan. Don't display it inside a Koi fish pond (If you know what I mean). Haha Overall: 6/10 - I think this set is only targetted for Fast and Furious fans as normal LEGO fan would only see this as a black car. However building this makes me feels like I'm a real mechanic especially when you build the spring part. Thanks for reading! I hope you like this review. Do share your thoughts in the comments below!  My reviews in Eurobricks. Review: 76060 Doctor Strange's Sanctum Sanctorum Review: 60134 Fun in the park - City People Pack Review: 70911 The Penguin™ Arctic Roller Review: 70818 Double-Decker Couch REVIEW: LEGO 76051 SUPER HERO AIRPORT BATTLE REVIEW: Short comparison of various sized Antman. Review: 9469 Gandalf Arrives Review: 31015 Emerald Express & 31054 Blue Express Review: 79018 The Lonely Mountain Review: 9474 The Battle of Helm's Deep Review: 21029 The Buckingham Palace [Review] 30611 R2-D2 Polybag Review: 9473 The Mines of Moria Review: 41103 Pop Star Recording Studio Review of City of Wonders Gift Sets in Malaysia. Review: 75030 Millennium Falcon Review of 76084 The Ultimate Battle for Asgard and 76088 Thor vs Hulk: Arena Clash Review of 76099 Rhino Face-Off by the Mine and 76100 Royal Talon Fighter Attack. Review of 76031 The Hulk Buster Smash and 76104 The Hulkbuster Smash Up Review: 75230 Porg [REVIEW] 5005254 - Harry Potter Minifigures (Bricktober 2018) [REVIEW] 5005255 - Jurassic World Minifigures (Bricktober 2018) [REVIEW] 5005257 - NINJAGO Minifigures (Bricktober 2018) [REVIEW] 5005256 - Marvel Infinity War Minifigures (Bricktober 2018) Review: 76105 The Hulkbuster: Ultron Edition Review: 70841 Benny's Space Squad Review of 76039 Ant-man Final Battle and 76109 Quantum Realm Explorers Review: 79003 An Unexpected Gathering The Fellowship of the Ring Collection. Review: 30452 Iron Man and Dum-E Polybag [REVIEW] 76048 Iron Skull Sub Attack [REVIEW] 40343 Spider-Man and the Museum Break-In [REVIEW] Four SDCC minifigures [REVIEW] 76144 Avengers Hulk Helicopter Rescue [REVIEW] 21313 Ship in a Bottle