Search the Community

Showing results for tags 'TECHNIC'.



More search options

  • Search By Tags

    Type tags separated by commas.
  • Search By Author

Content Type


Forums

  • Frontpage, Forum Information and General LEGO Discussion
    • Guest Section - PLEASE READ BEFORE YOU REGISTER!
    • Frontpage News
    • Forum Information and Help
    • General LEGO Discussion
    • The Embassy
  • Themes
    • LEGO Licensed
    • LEGO Star Wars
    • LEGO Historic Themes
    • LEGO Action and Adventure Themes
    • LEGO Pirates
    • LEGO Sci-Fi
    • LEGO Town
    • LEGO Train Tech
    • LEGO Technic, Mindstorms & Model Team
    • LEGO Scale Modeling
    • LEGO Action Figures
    • Special LEGO Themes
  • Special Interests
    • Minifig Customisation Workshop
    • LEGO Digital Designer and other digital tools
    • Brick Flicks & Comics
    • LEGO Mafia and Role-Play Games
    • LEGO Media and Gaming
  • Eurobricks Community
    • Hello! My name is...
    • LEGO Events and User Groups
    • Buy, Sell, Trade and Finds
    • Community
    • Culture & Multimedia

Group


AIM


MSN


Website URL


ICQ


Yahoo


Jabber


Skype


Location


Interests


Country


Special Tags 1


Special Tags 2


Special Tags 3


Special Tags 4


Special Tags 5


Special Tags 6


Country flag

Found 1051 results

  1. It's only photos, but it is a design I've been working on for quite a while now. It will work with the standard 7 long steering beam and Track Rod 6mm, it even gives you Ackerman Steering. 17.5mm, 34mm diamiter rims. So that should cover all 1:10 scale models. You can swap the large spring for a smaller and uses these parts at the top one with parts x1 "Tube with double Ø4.85", x1 "Cross Block/form 2 x 2 x 2", x1 "3 with arch with Knob & Shaft Ø3.2", x2 "Technic Lever 2m" and x2 "Axle 3mm with Stoppers". I have only shown instructions for one side, it should be self explanatory on how to make the opposite side Please find photos Here! Lego McPherson Suspension Enjoy.
  2. Dear Lego Technic engineers, I’ll take this time to present to you my latest and most serious MOC. Challenger MT800E tractor. I got my inspiration from the FS17 game I’m playing, where is one of my favorites. I spent a month developing it, I didn’t rush it, I took my time, and it turned out quite ok (at least I think so). I wanted it to be a Claas Xerion contender. So it’s built in the same scale as Claas. I tried to replicate it as close as possible to the real thing, so I implemented the same features as on the real tractor. Same shape front weights, the position of the mirrors, lights, stairs and hand rails. Big tractor deserves a big exhaust. By the way, not all of them have front hitch, mine does. Front and rear view By the pure looks of it, it set itself apart from other tractors out there (both real and Lego). And it’s powered by S-brick, because I didn’t want chunky and clunky Lego RC receivers sticking out of the model. Front engine cover functions just like on the real tractor; it gives access to the battery box (engine). The only thing wrong here is that the cover is one stud taller than it should be because I had to make room for the things inside. To get the correct shape and for the colors that were involved, I kind of compromise its structural rigidity in the back section where the hinge is (I hope it won’t fall apart). View of the lifted engine cover Same features in the cabin as on the real one. Joystick, computer, display, dash. Close up of the cabin Now, the rear hydraulic lift system is a bit simpler than the real one. Mine has a few levers less, but it functions in the same way, and it looks the same. It goes up and down and swings from side to side (which is the unique feature on this tractor) together with the drawbar hitch which is standard equipment and PTO. A 3-point ball hitch can be implemented at any time. But don’t get full by it, it’s still very complex mechanism to put in such small space and to make it work. View of the rear hydraulic lift system with different attaches Let’s talk about the chassis and drivetrain a little bit. The XL motor is for drive; it’s geared up to 1.67 to get the approximate speed of 1.2km/h otherwise it would be too slow. The whole thing weighs around 1.3kg (I calculated) so I think it shouldn’t be a problem (although I don’t know will it be enough when you attach something to it; a trailer or an implement of some kind). The power is transferred to the small sprocket which is in between the 2 motorcycle wheels on the bottom so it sits on the track and it always has a weight pushing on them so it’s always in contact with the track. The motorcycle wheels are stationary, they don’t turn, the track glides over them. The original idea was to offset motorcycle wheels by 90 degrees, get power to them, and put 4 stationary small sprockets in between. But when I tried it, the sprockets just wouldn’t align to the track correctly. So I had to compromise and do it this way. The front wheel is attached to the big shock absorber which acts as a track tensioner. The midwheels are oscillated front to back and left to right (just like on the real tractor). For steering I used an L motor (that’s the one on top) and dual differential steering system (thanks to @Tommy Styrvoky). The steering output speed is 9:1 at the differentials. PTO is directly powered by another L motor (the one at the bottom). The M motor on top is for the rear hydraulic lift system. The orange friction cylinders are dumpers so that the hydraulics can’t swing freely side to side by its own. On tracks I put those rubber things for better traction (BTW, they only exist in red color but it looked stupid so I colored them dark gray). Top and bottom view of the chassis And yes, there is a black limited edition. PDF instruction COMING SOON. DISCLAIMER: This is built in LDD. I don’t have real Legos, so I can NOT be 100% certain that this will work. I’m hoping it will, because I’ve paid attention to, calculated, considered, thought through, almost everything. I made sure that every connection is possible, and that nothing hits anything that it’s not supposed to. This time I used colors that exist in real life, so no more parts and colors errors. The only thing that I’m worried about are the rear drive wheels. Will my solution actually work? It should in theory. Anyway, enjoy it and have fun with it. The other colors are just for the fun of it. UPDATE I managed to secure the white worm gear with little modifications, so that it will stay in place and it won't fall off. And now, it looks like this:
  3. Dear all, It's a long time ago that I ventured myself into a new moc. So here it is.... A Rope Shovel used in the open mining industry, i'm using an example from P&H Here's what i came up with so far, I reused the tracks and the quadrant gear racks from the 42055 BWE and also a large part of the body is reused. It has until now 5 motors, I'll use standard IR receivers As always comments are always welcome, I would like to have the operator cabin built in system bricks in minifig scale, But I would be grateful if someone could make an LDD drawing of that cabin with system bricks or technic bricks. I'm planning to make a video when the bucket is attached and everything is more or less operational
  4. Hello! I finally completed my new Moc: a Volvo L120H wheel loader in 1:17,3 scale. I started this project about 1,5 years ago, then I had a pause during last spring/summer, and I restarted working on it on October 2017. It has 4 powered fuctions: - forward/backward (L motor) - steer (2 mini LAs powered by M motor) - rise/lower main arm (2 LAs powered by L motor) - bucket (1 mini LA powered by M motor) All the electric components are hidden inside the bonnet, except one M motor which is in the cab. The main goal was to obtain the correct movement of the arm and the bucket. I worked with the original drawings scaled to the model size. At the end, the linkage works quite well and the bucket stays parallel during the movement of the arm. The battery box is on the back and can be easily be easily removed to change the batteries. Stickers are home-made. I'd like to change the rims with the 6 pin holes rims, but at the moment I only have the 3 pin holes ones. FInally, a short video, but I'm going to make an outdoor video soon : Enjoy!
  5. This lego GBC miniloop uses three technic lift arms to push the marbles up a ramp, then they fall onto another ramp. When a second marble falls onto that ramp it tips them down another set of ramps and back down to the start again. It is quite reliable if you place all the 1x1 "cheese" slopes straight but it can get stuck if they are not straight. (using 2x2 cheese slopes would fix this problem but I did not have enough in dark grey) The instructions are here. I also have a LDD file for it but I can not find any place to upload the file as it is not a standard file type, any suggestions?
  6. Washers For Technic Axles

    Hey guys, I am looking for some washers to fit on technic axles to help with some very marginal space issues. I'd like them to be roughly the dimensions of the 1/2 bushings. Anyone have any links or suggestions? Thanks, Jeffinslaw
  7. UPDATE: Instructions & parts list are available at Rebrickable. Three years ago I made this forklift as a an alternative of the 42009 set. Ever since then I wanted to make a proper RC version of it. So here it is. Overall it is a better rendition of a generic heavy forklift. It is narrower, shorter and better scaled than its predecessor. You may criticize me for the lack of slopes and curves, but that's my building style - I always prefer sturdiness over beauty. There are 4 motorized classic functions: Movement (L-motor) Steering (servo) Mast extension (L-motor) Mast tilting (S-motor) Manual functions include sliding blades and openable doors. Here is an extremely short video demonstrating the model at work. Sadly, lack of gradual control over the motor's power makes it hard to move smoothly. So, what is your verdict?
  8. Hello to all. I present you my latest build. SCANIA R series Long Line. This model was build for the local exhibition, which was organized by Kocke Klub in Slowenia. It is build in the scale 1:22 Power Functions: 1 XL motor for Drive 1 Servo motor for steering 3 pairs of LED lights. And the video. Thanx for watching. With best regards, Valter
  9. Hi! Today I'd like to show my new model - Lego Technic Arctic Truck BIG Brother. It is scale copy of 60035 Arctic Truck. The Lego Technic model is powered by four buggy-motors with two RC units. The gear ratio is 1:3 from slow output. One M-motor is used for steering (auxiliary output). Dimensions: 42x22x29 cm, weight – 2.9 kg. Video: More photos: https://www.flickr.com/photos/141718063@N06/albums/72157691916730662 Thanks for watching!
  10. This lego great ball contraption miniloop uses a spinning wheel to lift the balls up onto a set of ramps. Then the balls role down the ramps and back to the start again. I have remade this in lego digital designer but can't find any good way of making PDF instructions from it, any suggestions on how to do this? Exporting the instructions as a HTML building guide does not seem to work very well (it does not show a parts list for each step) the instructions are on reabrickable here.
  11. At the beginning of 2018, TLG has released a new series of Lego City sets, including the 60188 Mining Experts Site with a big drilling machine called The Crusher. It’s some sort of a hybrid between a tunnel drilling machine and a bucket wheel excavator. #Makeitbigger I’m not a big fan of re-build/improve official lego set but a take one CITY set and #Makeitbigger in TECHNIC is surprisingly challenging. (A good idea for a contest in my opinion). The Crusher XL’s MOC is not an exact upscale of the 60188’s Crusher, I built it like a “bigger” one, but still at minifig scale, with Bluetooth control through 2 SBricks and some power function elements: - 1x Battery Box - 6x PF-M Motors - 2x PF-L Motors - 5x PF-LEDs - 3x 15cm cable extensions - 1x 50cm cable extension The main differences with the original model: - The tracks are doubled and driven by a PF-M motor each. - It is composed of two parts. The lower part is the vehicle. It is built on a cross structure with track at each side. The 11x11 rack from set 42055 are reused to rigidify the assembly and support the upper superstructure. (LDD on google drive here) - The upper part is the superstructure. It can rotate nearly 300 degrees (the limitation is here to preserve the PF cable) and contains the electrical heart of the machine. The small PF-B battery box is place at the rear to be used as counterweight and completed with two boat weight (73090b);There is 4 motor and the 2 SBricks fitted in this little space to control the mains function. - The cabin is a reuse of the 42055 set. It fits well to this model and defines the minifig scale of the vehicle. The position has been forwarded for the operator to have a better view. - The arm is raised and lowered by cable actuated by a PF-M. A single cable is used between the two winches so it can accommodate the difference of position. - There is no moving counterweight (‘cause it is ugly) - The drilling head can tilt. It is mounted on a turn table and can turn to 360 degrees. The turntable is old and jam a little so the movement is not very smooth. Both drilling and tilting function are powered by a PF-L motor each. The Video : Possible improvements There are some points I initially wanted to include in this MOC but they wouldn’t have fitted in this scale. So I keep them in mind if one day I decide to build a Mk.2 : - 360 degree rotating track instead of a rotating superstructure: the challenge here was to find a means to control each 4 tracks separately (see picture below) - Telescopic arm: why not ? - Material belt conveyor between the dual drilling head like a bucket wheel excavator Thank you for reading :)
  12. Hi everyone! I'm glad to present you the third version of my trial truck with a long prehistory and a slightly unusual design Lego Indominus Mk3 by Alexey Tikhvinsky, on Flickr Some history now: In the far-distant 2015 @Lucio Switch has built a titanic airfield firetruck that made a strong impression on me. The stunning set of functions, motorization, scale and appearance of this monster inspired me to build a modification. Searching for parts and construction took about a year. I wanted to not just change the color scheme or somehow improve already perfect truck - I wanted a total rework of the entire transmission, body and concept in general As a result, we got a truck with a loud name "Indominus Rex" and a claim to conquer the off-road. The 4 most powerful motors (5292) produced by Lego ever, differentials with limited slip (thanks @efferman for idea), planetary gear reduction in each of the eight wheels - all this allowed to overcome quite serious obstacles, even with weight of the model (6 kilograms) and dimensions (92x25x25 centimeters). Modification, judging by the opinions of AFOLs and the victory at the MOCs exhibition in Moscow Megabricks museum, turned out quite good. The flatbed body, a thin (3 pins) frame, a relief roof with air intakes and off-road rubber did their work - the truck moved away from the original as much as possible with the help of some solutions and design features. In the same 2016, in a New Year eve, I made another modification of the ACT truck. Indominus-2 was created specifically to participate in the winter truck trail competition in Moscow. No differentials, reduced weight (3.5 kilograms) with the same dimensions. Design was primitive, while preserving the common features of the original "front end". No serious ambition in the construction of this truck, it was initially clear that with its dimensions, it will not pass the road for off-road trucks. As a result, of course, the distance was overcome, but at the cost of one repair and loss of drive on three wheels out of eight (actually twelve, the two rear axles were with twin wheels) But a large number of positive emotions and feedback pushed me to an idea that this truck has not been exhausted yet. There were several attempts to build modifications of the same airfield truck in different versions, which ended, however, at the stage of creating the chassis (I wanted to do something fundamentally more light and durable). Later, I was distracted by building the truck with a crane from, again, @Lucio Switch This truck, being assembled completely in the original version, absorbed almost all my electrics, the technic frames and, in general, almost all the parts (17 motors, three battery packs, 13 meters of pneumohoses, 16 pneumatic cylinders and 131 technic panels). The idea of building another truck on the same scale from the remaining assortment of parts seemed simply insane. And at the beginning of 2018 I found a solution to two problems at once. I figured out how to build both an original and not too expensive in parts truck, which at the same time would inherit design and performance from its two predecessors. Why build the next four-axle monster, when the 4x4 format for trucks is still looks pretty? In addition, there was an opportunity to test my strength in terms of creating a MOC, and not modification. Lego Indominus Mk3 by Alexey Tikhvinsky, on Flickr I left only some recognizable elements from the original truck, which allowed to identify it as Indominus-3: сontours of the cabin, individual elements of the body kit, doors. The functional was done with an eye to the fact that this truck will participate in the February truck trial in Moscow (by the way, riding at -15C degrees turned out to be very "fun", even filming was not possible, everything was frozen, including phones and cameras). But, despite the "competitive" orientation, the equipment turned out to be more like the first version of Indominus: limited slip differentials (three pieces: front, rear and center), chains on wheels (homemade, from the jewelry chain), complex exterior and interior (with Duplo penguins!) Lego Indominus Mk3 by Alexey Tikhvinsky, on Flickr In additional: old pneumatic shock absorbers (very soft and long-stroke), anti-roll bar on both axles, portal gear reduction in pair to wheel planetary gear reduction. I used: 2х Buwizz v2, 4x RC buggy motor (5292), 1x Servo motor, 4x extension wire and Android app made by @imurvai to control this truck with gamepad (works very well and smooth, by the way) Lego Indominus Mk3 by Alexey Tikhvinsky, on Flickr In the end, in my opinion, this truck turned out quite bright and sturdy, and even with 4.5 kilograms weight can handle some offroad in the conditions of russian winter Lego Indominus Mk3 by Alexey Tikhvinsky, on Flickr I hope you liked this orange buddy as much as I do If someone is interested, I'll try to make a detailed review of technical features (with schematics and colorful pictures, yes ), video and some photos of the "nude" chassis. In conclusion, I want to thank @Shurik for great photos and @Limga for his endless patience and support throughout my entire AFOL path! Thank you all for attention! Update: I found a photo from the competition. One of the participants struggled to help me with a loose climb up the hill Update #2: Just filmed a little adventure in snow https://youtu.be/oVwOIyrj6wQ
  13. Hello, I show you my new MOC: Iveco Daily in 1:17 scale. This is an addition to my construction crew. I needed it to bring workers and small items on the construction site. Also planning to add some small machines in the future (mini-excavator and skid-steer loader). This truck is simple and with only manual functions. Hand of god steering: Tipping body (with mini LA): And opening side panels: I hope you like it
  14. So a few months ago I made a smaller version of Akiyuki's invisible lift, the problem was that I didn't have instructions for my version and it was not very reliable. I have now made a new version which is more reliable and uses less pieces.
  15. Hi, Can someone please tell me if there is a practical maximum hose length for a Lego pneumatic system? The application I have in mind is for ‘remote switching’ of a railway track point. The track point is ~1500mm from where I want the switch. I presume I would be best to use 3rd party hose at these lengths. I’ve tried to search for an answer, but nothing has turned up. Can anybody here help? thanks david edit: ps, I am probably going electrical, but just thought I’d consider a pneumatic solution, though it appears in any case parts for that may be difficult to source.
  16. Wonder what piece that is

    Hello everyone, a few weeks ago, i bought a random bricks by the pound and i received four of this pieces. maybe some one can tell me, what is the ID of it and from which set it is is it even LEGO???? thanks in advanced greetings Markus
  17. This is my simple Lego car chassis for Mindstorms and Technic beginners. Features Rack-and-pinion steering Full independent suspension 1:3 gear ratio driven to rear differential I built this chassis as both an experimental project but also an educational one to not just me but people starting to make their own cars with Mindstorms and Technic. If you're looking for a chassis design that may work for the build you're creating (a sports car, sedan, or small truck) then I hope this helps you and I would look forward to seeing the finished result.
  18. Completion date:21/02/2018. scale:1/9 Size:34units/width25units/high13units. Power:2xL Motor 1×Servo Motor. Power/Control: BuWizz Number of parts:765pcs. Weight:857g. I saw it on YouTube, although it was a few years ago, but it still looks cool. Lazareth's Wazuma V8F Matte Edition is Ferrari 3.0L V8 engine that's capable of delivering 250 horsepower, a handlebar-controlled six-speed sequential gearbox from a BMW M3, and four made-to-measure horizontal shocks made by EMC. The V8F quad weighs just 650 kg (1,433 pounds) and benefits from electric power steering, modified 18-inch Momo (+Power) rims with slick tires and Brembo calipers on four 324mm disc brakes. It's said to incorporate the injection system of two sport bike engines, electronically-controlled by a Sybelle system. There are eight intake funnels for 4 exhaust outlets and a huge cooling radiator.
  19. I've wanted to build another bike MOC for quite some time now, seeing that my Stealth Bike from 2 years ago had plenty of room for improvement. I wanted to make one that drives much faster and remains more stable than my Stealth Bike, and to get as much speed as possible out of the PF system. The idea for a second bike came after getting the 42054 set on discount. I saw the tires as a perfect opportunity for a bike, as their size means that I can make a bike large enough to fit all the electronic components inside. I also found that they are not easily tipped over, which is advantageous for a bike model. To reduce friction, I connected two L motors directly to a single wheel geared 1:1, which was a lot of speed for PF. In fact, I was very surprised that I did not have to use RC Buggy motors (which I don't have) to get such speed. The MOC features a modular build, with the rear wheel/suspension part being attached to the main body which housed the battery box, and the steering mechanism coming off of it. The suspension worked well and had decent range, and is not overly stiff. I used an interesting mechanism for the steering, which involved a servo motor controlling 2 links that steered the front wheel. However, I had to reduce the servo's angle to 45 degrees in the profile designer, as making the full 90 will cause the servo to stall. A small turntable allows the wheel brace (I'm not sure what you call that) to pivot as it steers, and there are handlebars that work. One thing I wasn't so happy with about this MOC is the large turning radius. Because I found large steering angles made the bike tip over easily, I had to make it small, and making U-turns in a reasonable space is nearly impossible. Another thing I didn't like is how steering must be done at low speed to prevent it from tipping over. This was worsened by the fact that it was quite windy the day I filmed it, which made it hard to control. Overall, this is a MOC I'm pretty happy about. I got lots of speed out of using just PF elements, and it did not become sluggish as weight was added on during the build. It was lots of fun driving it around, and remained quite stable without the use of support wheels Video: Photos:
  20. Hi all, We are announcing the BuWizz fast car COMPETITION! 1. Build a LEGO fast car with BuWizz, 2. Record a stunning video 3. Upload the video to: http://bit.ly/WinBuWizz 4. Win compelling prizes: 1st place: LEGO Technic 42083 Bugatti Chiron 2nd place: 2x BuWizz 3rd place: 1x BuWizz RULES: http://bit.ly/WinBuWizz Deadline for video submission: Mar 31 2018 24:00 PST Public voting for best videos starts Apr 1 2018 0:00 PST, ends Apr 15 2018 24:00 PST 10 best videos enter the finals; winner will be selected by 3 person jury (members TBA) and announced on Apr 25 2018 You can compete or vote for your favorite videos and help Competitors to the second round. Let the GAMES begin BuWizz Team
  21. Hi, This thread is asking about the feasibility of having an NXT controlled machine built from technic, which can be programmed to actualy build lego technic mocs itself. I will need to collaborativley design it due to several reasons. I have a lot of technic so that's not so much a problem. The NXT(s) will be controlled via a PC. This has a veriety of benefits, to name a few: MOCs, modules, or sets can be reproduced automatically. Building can be done by the machine, whilst designing another part of your MOC. New building techniques can be found by telling the machine to try and put random bricks together and then we'll see what comes out. The limits of how complex/compact MOCS can be, can be pushed towards or met by using algorithms to calculate the best layout of parts, and by collaborativley building the machine itself! + Many more I know that this machine will be absolutley massive but that's cool with me, I have space for it. Some problems that will need to be solved are things such as accuratley positioning and pushing in pins, axles, and connectors.Maybe pnumatics will have enough force to do that, and using daisy chained worm gear drives can make it slow enough to be accurate in the positioning of parts. Perhaps to get the ball rolling we could just make a machine which positions a pin inline with a pinhole. What do you guys think?.
  22. Did you play Pinball when you were young? If you're as old as I'm, I'm sure you do. My Lego Pinbal is very simple. The board is built of bricks and reinforced with technic liftarms so it is very strong. You can fix it to the table with two actuators so that he would not move while playing. If you like it you can support this project on Lego Ideas - https://goo.gl/vxRv39
  23. This lego great ball contraption miniloop uses a Cardan mechanism to lift the marbles up, after that they role down the strings and back to the start again. It is very reliable and can be powered by a motor or a hand crank. If you want the free video instructions they are here.
  24. This is ASSAULT3R, a Lego Mindstorms EV3 Assault Vehicle. After getting a second Lego EV3 set, I knew that I had to build something awesome. Features RWD and Steering Ultrasonic Sensor Infrared Sensor Two Color Sensors Dual Ball Shooters Gullwing Doors Detailed Interior and Exterior The ASSAULT3R's front sports red lights that will strike fear in enemies and their machines. Its dual ball shooters will shoot a total of six Lego balls, three for each side, high or low. That's twice the weaponry used by EV3RSTORM. The gullwing doors allow easy access for operators and it makes the ASSAULT3R look futuristic yet sinister. I had a lot of fun building this, and I'm very happy with the result. And of course, here are some photos as always.
  25. TECHNIC PULLBACK CONTEST RESULTS Congratulations to all the winners! 1st The Tiger Pull Bug by MegaRoi Discussion topic 2nd Pentagon Clock by Didumos69 Discussion topic 3rd Top Fuel Tractor by Anto Discussion topic WINNERS1. The Tiger Pull Bug by MegaRoi - 295 Points2. Pentagon Clock by Didumos69 - 205 Points 3. Top Fuel Tractor by Anto - 115 PointsRESULTSCONTEST RESULTS1. The Tiger Pull Bug by MegaRoi - 295 Points (53 votes, entry 10)2. Pentagon Clock by Didumos69 - 205 Points (39 votes, entry 24)3. Top Fuel Tractor by Anto - 115 Points (32 votes, entry 2)4. Steampunk Clock by Ludo Visser - 84 Points (19 votes, entry 15)5. Wind up tracked racer by Marxpek - 79 Points (16 votes, entry 19)6. Mini table clock by Davidz90 - 78 Points (15 votes, entry 8)7. Bridge by nick97 - 73 Points (18 votes, entry 9)8. Volvo Iron Knight by Jurss - 66 Points (18 votes, entry 12)9. The Click Counter by schraubedrin - 66 Points (14 votes, entry 25)10. Powerful Racing Truck by super-jaschka - 49 Points (14 votes, entry 14)11. Twinrotor Helicopter by Rudivdk - 48 Points (14 votes, entry 22)12. Roadster 2 by Zerobricks - 44 Points (17 votes, entry 16)13. Pullback Motorcycle by Offroadcreat1ons - 38 Points (12 votes, entry 13)14. Crossbow by Seasider - 35 Points (12 votes, entry 11)15. Mini Tumbler by bastie77 - 28 Points (8 votes, entry 18)16. Retro-futuristic Racecar by Xewyz2001 - 26 Points (9 votes, entry 5)17. The Thunderer by juGSI16V - 23 Points (6 votes, entry 1)18. Sprite by februar88 - 6 Points (2 votes, entry 21)19. Traxxas Slash by DamonMM2000 - 4 Points (1 votes, entry 6)20. Super Shock Buggy by TechnicRCRacer - 4 Points (1 votes, entry 20)21. Formula One by Cogliostro - 1 Points (1 votes, entry 4)22. Pull Back Race Buggy by Horace T - 0 Points (0 votes, entry 23)CONTEST SUMMARY Scores and stats don't entirely match due to disqualification.