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Found 11 results

  1. I am building a large ski resort with multiple fixed grip chairlifts and one detachable I am having problems with the fixed grip and I haven't done more than the frame on the detachable. the problems I am having with the fixed grip are simple, but I cannot figure out how to fix them. the chairs jam up a lot and the rope derails easily, both of which can damage the entire lift. on the detachable I need a small grip that can detach and reattach at the terminal, but flow easily over support and hold down sheaves. I am trying not to spent too much, but I want all of the lifts to work right. I am using power functions XL motors to power them.
  2. As part of our fully automated train layout (see more at our blog here: siouxnetontrack.wordpress.com), I have started to build a fully automated container warehouse. The warehouse should be able to store a large number of candy containers. I want to build four rows with shelves to store the containers, served by two robots that can store and retrieve the containers. The first thing I needed is to build the vertical lift for the stacker crane. I looked at other builds and found out that there are three possible mechanisms to create the vertical movement: Gears climbing a toothed bar (element 3743), a nice example can be found here: https://www.youtube.com/watch?v=GToA2tOVyHg Cables pulling the lift up, an example can be found here: https://www.youtube.com/watch?v=rCNwQVjXz60 Chain links, an example that uses the small elements 3711 can be found here: https://www.youtube.com/watch?v=fQIAAb8x8MI And as you may have guessed, I have tried something different. I use the worm gears (element 4716) to get the vertical movement, this is the first test setup: If you stack the elements 4716 on top of each other, they should be aligned correctly to create one, long worm gear. I just finished a first prototype of the stacker crane. The crane has two forks, in order to store or retrieve a container from either the left row or the right row. The lift can move up and down, the (horizontal) movement along the row needs to be build. One EV3 M motor is used to move the forks either to the left or to the right. It uses a color sensor to determine the middle position. One EV3 L motor is used for the vertical movement. A touch sensor is used to detect the bottom position. Watch the video to see a demo: More details will be added later. Enjoy watching and please let me know what you think. Hans
  3. 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.
  4. This is Lego's 42056 Porsche 911 GT3 RS set with some unique rallycross-inspired features I added making it the perfect sports car to drive in the snow. Features Suspension system raised to make the car about two studs higher Wheels and tires from the 42037 Formula Off-Roader Mudflaps LED light bar Front off-road lights Rear bash bars Optional snowplow that attaches to the front The lights are fake and don't turn on, and all of the other lime-colored pieces are from the 42037 set as well. I had a lot of fun making this. I just had to switch of the area of the springs to change the height for the rear without any pieces needed, but for the front, I had to remove the entire Porsche's body to make the lift there using a variety of pieces. Overall, I'm proud that a got the result I wanted, which was making the Porsche 911 GT3 RS higher (so it wouldn't bottom out) and equipping it with off-road features so I could have fun with this set in the winter. It does need to drive in snow only about an inch high so I could move it without getting stuck (and so the plow can move the snow too). I recommend to anyone who has the Porsche set to try these mods out for themselves this winter! Here's some more pictures of the car and a desktop wallpaper that I created wishing everyone at EuroBricks Happy Holidays!
  5. Oops, @Milan can you close this topic, it double posted itself. Thanks!
  6. REVIEW - 42052 - HEAVY LIFT HELICOPTER INTRODUCTION Helicopters, planes...basically everything airborne is +1 for me. The 9396 - Helicopter is one of my favorite models. I own three copies, which says it all. the news about a new helicopter made me very excited. The news about twin rotors made me even more excited. Although I must admit I was hoping for a Chinook style tandem rotor, instead of a double rotor where one is positioned on top of the other. This set does come with a Chinook style B-model, so maybe that will be worth building. One thing I immediately like better than the 9396 is the color scheme. I love the bright orange-white combination. This set seems to have a huge number of panels, which is not to everyone's liking. Let's find out what's going on underneath that smooth surface! Note: All images can be clicked for hi-res versions. SET INFORMATION Number: 42052 Title: Heavy Lift Helicopter Theme: Technic Released: 2016 Part Count: 1042 Box Weight: 1831 gr Box Dimensions: 57,0 cm x 37,3 cm x 8,0 cm Set Price (MSRP): € 119,99 Price per Part: € 0,115 Links: Brickset, Bricklink THE BOX The box is fairly big, which indicates a pretty big model. Unfortunately the box was damaged. Some cracks and dents, but luckily it wasn't ripped apart, like my Mercedes box. I'm not sure if TLG sends out the sets the same way when they sell via S&H, because I would be slightly disappointed to receive my sets like this. Update: I've seen more complaints about wrecked and/or damaged boxes, so there's room for improvement in the shipping department. The front of the box shows the helicopter lifting it's load. The model is 60 cm long and 53 cm wide. It also shows the contra-rotating rotors. As you can see an M-motor and battery box are included, so there are some powered functions. BACK The back of the box shows which functions are powered. We will deal with the functions later. It also shows the Chinook style B-model, which has motorised functions too. Looking at the front of the B-model I am not very tempted to build it. It looks like a flying guinea-pig CONTENT OF THE BOX The box contains: Sealed instruction booklet with stickers 6 Helicopter Blades 1 Sealed M-Motor 1 Battery Box 2 Soft Axles 10 Unnumbered Bags SEALED INSTRUCTIONS WITH STICKERS The stickers are sealed with the instruction booklet, like we are getting used to with bigger sets. I've said it before, but TLG deserves a big thumbs-up for this! The sticker sheet is still in perfect shape! HELICOPTER BLADES This set contains six of the Large Technic Rotor Blades, first released in the 9396 - Helicopter in 2012. PF BATTERY BOX AND M-MOTOR SOFT AXLES Two Soft Axles, or Flex Axles, are delivered unbagged. 19L? Who knows! More on these later BAGS Ten bags containing the rest of the, mostly white, parts. HIGHLIGHTED PARTS This chapter describes new and interesting parts. Not sure if it's a trend, but like the 24 Hours Race Car this set also has an abundance of panels. I've counted 51 of 'em (not counting the engine covers). It does have two new panels, introduced in most of the 1H 2016 sets. As from today this set officially contains the most Technic Panels. One more than the 42025 - Cargo Plane. 42052 - 51 panels 42025 - 50 panels 42039 - 47 panels BLUE 5x3 BENT PANELS These new Bent Panels seem to be very suited to make fenders/wheel arches and seats. AXLE AND PIN HOLE The axle counterpart of the Pin and Pin Hole. YELLOW 5L AXLE From what I can tell at the moment, the yellow 6L Axle is unique to this set. I made a mistake here. It's actually a yellow 5L axle instead of 6L. RED 6L AXLE Like the yellow 6L axle, the red 5L Axle seems to be unique to this set. This will obviously change over the course of time, but for now it's the only set containing them. I made a mistake here. It's actually a red 6L axle instead of 5L. 19L SOFT AXLES Finally, the black 19L Soft Axles! A lot of people will be glad to see these being used again. Only released in the 8450 - The Mission in 1999, this part has become very rare. DRUM TIPPER Of course these are no Cement Mixer Drum Tippers (60018 - Cement Mixer, 7990 - Cement Mixer). These are Helicopter Engine Covers, and quite good looking ones. They seem to be more versatile then you'd imagine, since they already appeared in 4 other sets. GREEN 3x11 PANEL Two green 3x11 Panels, not to be confused with bright green, used in the 42039. This is the same green as the 42008 - Service Truck from 2013. ORANGE PANELS A collection of 13 orange panels. WHITE PANELS A collection of 34 white panels. WHITE 5x11 TAPERED PANEL PLATE Introduced last year in the Fire Plane, this is a relatively new panel. 2x4 PERPENDICULAR BENT PIN CONNECTOR This 2x4 Perpendicular Bent Pin Connector was introduced in 2013 and it's one of those parts flying under the radar. You won't be needing this every day, but who knows when it might come in handy. PART LIST The set consists of 1042, shown below. THE BUILD Upon opening the booklet with building instructions, I noticed the color of the pages has slightly changed. The pages are lighter blue than we're used to. Probably to increase the contrast and make the difference between the darker colors better visible. This new color is used in every booklet of the new sets. The build setup is a bit different than we're used to. Usually you start by building one side, followed by adding things inside and finished by closing up the model. This time you start by building the fuselage, after which you continue with the gear box and rotors. ROTORS The image below shows the mechanism for the contra-rotating rotors. Actually I made a mistake here. I switched the two turntables. Luckily it didn't take me long to find out. At the top you can see an Axle Connector with Axle Hole which is connected to an axle going through the turntables. This axle is only connected to one of the turntables (obviously). The first set of rotors is connected to one of the turntables, while the other is connected to the axle going through the turntable. This is demonstrated in the video below. GEARBOX Here you can see the setup of the gearbox. A basic setup with a single layer of gears (more or less). You can see the 3L Driving Ring on both sides of the model, used to switch between the different functions. CARGO BAY DOORS I found the mechanism to open the bottom cargo bay doors to be very intriguing. Here you can see three stages of moving the H-Frame down. The video below demonstrates the gearbox and the mechanism for the cargo bay doors. This video shows the gearbox mounted on the fuselage, and the contra-rotating rotors. CARGO CONTAINER The cargo container wraps up the build. FINISHED MODEL Leaving the other building steps for you to discover, we skip right to the finished model. There's always a lot of debate about panels and closing a Technic model with them. I personally love a finished look with panels. Looking at the image below, I can only compliment the designer with his accomplishment. The helicopter looks fantastic! The design itself is fantastic and the color scheme is really spot on. This helicopter looks even better than the 9396 - Helicopter, which I will compare later in this review. The Drum Tipper parts used as engine covers is very well done. You would almost think they are designed to be used in this helicopter. SIDE REAR VIEW In this picture you can clearly see the rear cargo bay door/ramp and the landing gear. The tail rudders are operated manually, which is slightly disappointing. The solution in the 42025 - Cargo Plane was much better. The landing gear is pretty clever though. Very simple, but it works like a charm, using nothing more than gravity. SIDE VIEW The side view shows how well the helicopter has been designed. The panels align very well and the model is almost entirely closed. This is a matter of personal preference, but I absolutely love it. BOTTOM VIEW Yup, there it is...the battery box. You can also see the mechanism to operate the tail wing. I find this to be a weak spot of the model. The lever is positioned very close to the wing itself, which feels a bit useless. It would have been great to operate the wing with the orange Bionicle Tooth located near the tail gate. You can clearly see which panels are used for cargo bay doors. Two 3x11 panels are used as bottom cargo bay doors, and a 5x11 is used as the back cargo bay door (ramp). Both are operated by the Power Functions motor (see features and functions). FRONT VIEW REAR VIEW ADDITIONAL IMAGES Here are two additional images from different angles. PARTS LEFT It's interesting too see TLG provided an extra 19L Soft Axle. It appears to be used in the B-model, but it somehow feels like an added bonus, since this part is wanted by a lot of builders. The 6L"]http://alpha.brickli..."color":11}"]6L Rigid Hose[/url], which is also used in the B-model, is extra too. Since the instruction booklet tells us we are only supposed to get a single 19L Soft Axle, I am not sure whether it's used in the B-model (it looks that way though). FEATURES AND FUNCTIONS This set has the following features: Contra-rotating rotors (Power Functions) Opening bottom cargo bay doors (Power Functions) Opening rear cargo bay door/ramp (Power Functions) Operating the winch Operating tail wing (Manual) Operating tail rudders (Manual) Landing gear Castering nose wheel The following video demonstrated all of the functions/features. I have added an IR receiver and I am using a PF remote to operate the powered functions. As you can see all the functions work very smooth. The powered functions work pretty fast, so there's no waiting for ages before the cargo doors open up. The winch is the slowest of them all, but that makes sense. As you could read in the review, I don't really like the manual tail wind and rudder functions. I know a designer needs to make concessions, but wasn't it possible to operate the tail wing with the orange bionicle tooth. The castering nose wheel does work properly, and so does the landing gear. Both very simple, but they do their job. SUMMARY Like I said at the beginning of my review, I am fan of flying machines. And to be honest, I am an even bigger fan of helicopters than planes or jets. This might influence my judgement. I am also a big fan of white, orange and grey, so that's another plus. And I happen to like models finished with panels. Do you see where this is going?! I absolutely love this model. The 9396 - Helicopter was one of my favorite models, but I like this one even better. The closed design is something I like a lot, as long as the model is packing some functions too. Panels alone don't cut it. Well, this set has some cool features under those panels. The mechanism for the contra-rotating rotors is pretty nifty. So are the bottom cargo bay doors. The things I like the least is are the tail wing and tail rudders. The tail wing is operated manually, but it's a simple lever positioned very closely to the actual wing. And the rudders are operated by simply moving the rudders themselves. As with the Mercedes I am not a big fan of operating a model by using the switch on the battery box. It confuses me, and you can't easily reach it. I understand TLG can't throw in a remote and IR receiver each time they supply a PF motor, but it's probably one of the modifications most AFOLs will immediately apply. That being said, I absolutely recommend getting this fantastic model! SCORE Okay, so how do I grade this set? 9 DESIGN Absolutely magnificent. 8 BUILDING EXPERIENCE Great build with some clever techniques. 8 FEATURES Great functions, but rudder and tail controls need improvement. 8 PLAYABILITY Lots of things to operate, but would work better with a remote control. 9 PARTS Contains lots of new parts and loads of white panels. 9 VALUE FOR MONEY Worth every penny. Will buy another one. 8,5 ABSOLUTE EYECATCHER BONUS COMPARISON I will end this review with a comparison between the "new" and "old" helicopter. As you can see my 9396 has a yellow and black color scheme, instead of the original yellow and red, but it will give you a clear picture on how these two compare. More pictures can be found on my Flickr page. Thanks for reading and I hope you enjoyed it.
  7. Inspired by the Kinetic Device the "Lift", made by Jennifer Townley. I made it by Lego Parts. The pictures Side show A little detail And the most important, the video, the link is attached for backup. The mpd file was attached for anyone interested :) 999-Lego Kinetic Device with chains.zip
  8. dr_spock

    [MOC] Order Picker

    I made a little order picker and warehouse rack for my daily photo project. I took a forklift course last year and was told to always wear a safety harness when working at height. This could happen if you don't. Day 148 of 365: Order Picker by dr_spock_888, on Flickr
  9. Hi In my first posting i want to show you a little MOC from last year. It's a small PF scissor lift. Last week i made some photos in the garden. Here's a short video of it: That's it, i hope you like it. Greets from Germany, Heiko
  10. Based on 2013 Volvo FH16 6x4 its equiepted with ampliroll or hook lift system [media]http://www.youtube.com/watch?v=Bx8kawBn1Io[/media] Features: 1 M motor for steering 1 XL motor for drive 1 M motor and 1 linear actuator for the sliding/locking mechanism 2 Recievers 1 Standard battery pack 1 Flat bed 1 Wood log carrier 1 Open dump body? (i dont know how to call it) And openable doors Some more info: It uses 2 linear actuators for the jib but in order to make it work i needed to get more range so i used 2 tipper scissor style mechanisms to achive it. The sliding/locking mechanism uses a 12t to 24t because the jib flexes at the middle and its only got 2 fixed points this also means that it can only be powered when the jib is in the lower position something that real trucks use to prevent the jib from being accidentaly disengaged when its at the tipping position which could cause damage cause the body would fall down. The rear pendular suspension is achived by meshing a 12t to 20t gear so that they can rotate at the mesh (this is something i saw Zblj do in his videos) Things that can be improved: The rear chasis flexes cause it only uses 2 beams at the rear where the wheels are connected The linear actuators are too slow specially the sliding cause it uses a worm gear but i didnt have more room for other thing Since i build it i was told that in the real ones the 2 parts of the jib when they are in the hook position the jib has a contac point and then both of them move together so that the lenght of the point where it pivots to the point of the hook changes to have more power in the initial part of the lift http://www.brickshel...ry.cgi?f=527652
  11. I don't have much space to use and the servo motor needs to be lifted from the bottom and up totaling 90° radius. The servo needs to be lifted with pneumatics. I've built this model in SR3D Builder to show you guys. It's not really many pieces so anyone could build it IRL and try to make out something. It should be easily recreateable from the pictures. I'm pretty clueless and I don't know of that many different mechanical solutions with 4 different liftarms or so, so I'm asking for help in hopes that someone would help me