Nanoblocks SantaSanta LegoSanta ClausPuzzle SantaPuzzle Mini3D PuzzleSeth S LegosLego IdeëenLego S WowForwardLego Santa Claus. Come on dads build this for the kids....even lego gets into the xmas mood lol Your Lego® set guide 10252 VW Beetle press releasePosted by Huw, 14 Jun 2016 14:00Volkswagen Beetle Here is the press release for the next LEGO direct-to-consumer set, and it's a beauty! 10252 Volkswagen Beetle, 1,167 pieces. US $99.99 – CA $129.99 – DE 89.99€ – UK £69.99 – DK 799.00 DKK Available July 14 for VIPs, August the 1st everyone else. Head for the beach with the VW Beetle! Celebrate the iconic VW Beetle with this awesome LEGO® Creator Expert reproduction. This detailed model comprises a number of special features and elements that help recreate the distinctive Beetle characteristics, including an azure-blue color scheme, curved fenders, flat windshield, VW logo, and an authentic 4-cylinder air-cooled engine and fuel tank. The accessible interior features beige-colored, forward-tilting seats, dashboard and steering wheel, and the roof-mounted surfboard and a cooler box can be removed.
This model has been designed to provide a challenging and rewarding building experience with a touch of nostalgia. 1960s VW Beetle with surfer theme features an array of brick-built details including an azure-blue color scheme, curved fenders, white rims with distinctive hubcaps, round headlights, wing-mounted turn signals and opening hood, trunk and doors. Use the included stickers to choose 1 of 4 license plates. Remove the cooler box and surfboard from the roof rails. Tilt the rear seat forward to access the storage space with fabric beach towel. Lift the hood to access the spare tire and fuel tank. Open the trunk to reveal the authentic, 4-cylinder air-cooled engine. Open the doors or remove the roof section to access the detailed beige-colored interior with dashboard, steering wheel and tiltable front and back seats. Special elements include a round tile with printed VW logo, arched fender elements and an updated windshield design. VW Beetle including surfboard and cooler measures over 11” (15cm) high, 10” (29cm) long and 4” (12cm) wide
Additional images can be seen on the set details page. Return to home page »Pelle wanted a Lego VW Camper for Christmas. He didn't get one so he build his own version using the Lego he already had.pin 67heart 12Here is Pelle's version of the Lego Mini Cooper.pin 31heart 5Campers TrailersTravel TrailersTiny TrailersVintage TravelHappy CampersCamping IdeasGlam CampingComfort CampingCamping FunForwardLEGO camperSee Morepin 1Lego 6Add LegoLego MiniJust LegosKalon LegosAlternate ShotPolice LegoDream LegoLego ArtworkForwardPolice are on their way!!! *HANDS UP!* #police #legoSee MoreModular BookshopLego BookshopBookshop LendLego Buildings HousesModular BuildingsModular CityModular StyleMoc ModularModular DesignForwardBook Shop | Flickr - Photo Sharing!See Morepin 53heart 2Volkswagen ServiceLego VolkswagenLego VwVw T1Repair WorkshopGarage WorkshopWorkshop TypeDetailed GarageVolkswagen WorkshopForwardBesides my passion for LEGO bricks I've always been involved in vintage car and motorcycle issues and I have always been fascinated by “garage life”.
For this reason, after having built the last few years almost exclusively 1/13 scale trucks, last winter I devoted myself to a new project: a workshop for vintage VW Transporter (especially T1 and T2). The idea comes out from LEGO set #10220 which I bought in 2011 and has remained MISB (Mint In Sealed Box) until a few months ago. See Morelego steam trains - Google Searchpin 66heart 5T1 CaravanCooper CaravanCaravan TrailerTrailersLego ConbyIt S LegoLego CarsLegorific LegosBoys LegosForwardLEGO MINI Cooper Caravan & more!See Morepin 43heart 7Lochies LegoLego NerdIncredible LegosLego SeasonsExquisite LegoOverige LegoCyclopic BricksInteresting LegoLego CreaturesForwardCreatures from LEGOSee Morepin 16heart 6Cam S LegoLego S ForLego ️Lego DudesLego LoveG Man S BoardLego Where SSculptural Lego BlocksWhere S Waldo WallyForwardLEGO Where's Waldo CubedudeSee Morepin 5Google Australia has announced the release of Build with Chrome (or Build for short), perhaps the simplest online LEGO builder we've seen, and one that works right in your browser - as long as its ChromeGoogle Australia has announced the release of Build with Chrome (or Build for short), perhaps the simplest online LEGO builder we've seen, and one that works right in your browser - as long as its Chrome.
Completed models are located on a Google Map, which effectively becomes a permanent exhibition space of submitted LEGO models.Initially presenting the user with a familiar Google Map-style interface focused on a LEGO-fied depiction of Australia and New Zealand, users are invited to zoom in to view completed models and select a plot for their own creation.Google may describe this as the "largest LEGO set you’ve ever seen," but you'll find you're limited to one 32 x 32 patch at a time, building with 12 instantly-familiar brick types with doors and windows filed under an "extras" tab. There's a choice of ten colors which can be applied brick by brick.The construction tool was built by Google using WebGL, and Google claims the apparent simplicity belies the power of the app, which it claims "would not have been possible a couple of years ago." Build with Chrome proves simple enough to use, especially to anyone with experience of Google's 3D modeling tool, SketchUp. Submitted models are subject to an approval process prior to being published on the map.
At the moment plots on the map are limited to Australia and New Zealand (though there is acres of space to get building), but Google hopes to expand to other countries.The project forms part of LEGO's Festival of Play, which marks the 50th anniversary of LEGO in Australia. Whether Build is here to stay in the long term isn't clear. We hope it is.The timelapse video below shows the creation of the Sydney Harbour Bridge using Build with Chrome.Sources: Build with Chrome, Google Australia, via the VergeIt was the morning of my thirteenth birthday, and I was filled with the usual birthday excitement. I was most eager to see my friend Lilya. Lilya, a family friend, could adapt just about anything. It was her philosophy that I, as a blind person, should have equal access to everything that my sighted peers had. That morning she arrived toting a large cardboard box and a binder. The box was labeled, “LEGO Battle of Almut, 841 pieces.” The binder contained a set of Brailled instructions.
The gift caught me totally by surprise. I didn’t think that, as a blind person, I’d ever be able to follow the instructions to build the creations depicted on the LEGO box without the help of a sighted person. But I was wrong. My first encounter with LEGO came when I was four years old. My parents bought me a Duplo train. Duplo is the larger and more child-friendly brother of LEGO. I had great fun rearranging the cars, stacking them, and connecting the people and freight pieces in various ways. My introduction to real LEGO came a year later. One day when I was five, Lilya was driving me home from a music lesson when suddenly she pulled over, stopped the car, and got out. A few seconds later she returned with something big and heavy creaking in her arms. “Look what someone left on their sidewalk!” she said. “It has a ‘Free’ sign on it.” I opened the box and reached inside. It was filled to the brim with LEGO pieces. That box on the sidewalk began my love affair with LEGO.
I have always enjoyed touching or manipulating things, to get an idea of my surroundings. For me, LEGO proved to be the ultimate manipulative. I could sit for hours with a tray of LEGO pieces, sorting them and mixing them together. Above all I loved to build structures that were always new, always original, and always completely my own. However, I knew I was not up to building real LEGO sets by myself. When my dad had free time, we’d sit down and build together. Dad would tell me which piece we needed, and I’d search until I found it. Then he would tell me where it was supposed to go. Little by little a structure would take shape. It was a fun process, but it was incredibly time-consuming. Since my dad was often busy, sets tended to remain unfinished. Eventually I would take a few LEGO people out of the set and dump the rest into the LEGO bin for building my own creations. As I grew older, I saw more and more of my friends having fun with LEGO. They followed intricate instructions, and independently they built X-wing starfighters from Star Wars and the Hogwarts Castle from Harry Potter.
Meanwhile, I was left behind with my own imagination. Once in a while my father and I built small LEGO action figures called Bionicles, but we never had time to build a large LEGO set. I drooled over large LEGO sets on the Internet, never thinking that I’d be able to build them myself. Lilya could make just about anything accessible for the blind. Making things accessible was a challenge she enjoyed, but LEGO was different. It was impossible to Braille the blueprints. The instruction manuals had no words, and they were too complicated to be turned into raised-line drawings. Building a model required so many steps that I couldn’t copy them all. LEGO was the only thing that stubbornly resisted adaptation. For my thirteenth birthday, Lilya had custom made instructions for the Battle of Almut, a Middle Eastern domed castle. How had she done it? Where did she find text-based instructions? It turned out that she didn’t find them–she created them! Lilya wrote out the instructions step by step, describing every blueprint, giving names to every kind of LEGO piece, figuring out the most logical sequence for a blind person to follow.
She also sorted the LEGO pieces, putting the pieces necessary for each step into a Ziploc bag and labeling each bag in Braille. Finally I was able to do something kids do all the time! I knew I was too old for LEGO. I was thirteen, and most of my friends had stopped building at nine or ten. But I didn’t care. LEGO is an excellent brain strain. It’s a great way to improve spatial awareness and spatial reasoning–areas where blind people sometimes have trouble. The text-based instructions are so complicated that it can be difficult for a sighted person to comprehend them. Try to figure out something like this sequence from Book 1 of the Lego Tower Bridge Set, No. 10214: Key: F = flat. FS = flat smooth. PP = previous piece.Put a F 32x16 hor on the table. It is blue and symbolizes the Thames.Put a 6x1 with side holes ver on the left edge, in the middle (skipping the front five rows).Repeat symm on the right.Put a FS 4x2 hor to the left of the PP, in the middle (on the 8th and 9th rows).
Put a 2x1 slide ver to the left, slide to the right.Repeat Steps 1-2 symm on the left. Later sets were easier for Lilya; she realized that she could just type the instructions on the computer and e-mail them to me, and my screen-reader took care of the rest, so there was no need to braille anything. Sometimes though, there were difficulties. Sometimes Lilya made a mistake. More often I claimed she had made a mistake and then realized that I had misread her instructions. Some structures were so shaky that I needed another pair of hands to steady them until sections were connected ten steps later. For the life of me I couldn’t figure out how to build a 1930s General Electric refrigerator. My only consolation was that the friend who finally put it together works as a watchmaker for Rolex–and it took him forty minutes! Now, having described over twenty LEGO sets, our jargon is clear and concise. The terms we use are similar to the piece names originally chosen by the LEGO Group.
The instructions have grown shorter, and my fingers have grown more nimble. I find that the most rewarding sets to build are Modular Buildings, which are LEGO-PEOPLE-SCALE houses, shops, and fire stations. The buildings are realistic, and include tons of interior detail– couches, coffee makers, and working elevators are all built from LEGO. As I build a set I develop a better sense of what a building looks like and how it is laid out and constructed. For blind people LEGO sets act as miniature 3D substitutes for real-life buildings in lieu of two-dimensional photographs. LEGO allows me to see things that are impossible to explore by touch, such as the arches of a Middle Eastern palace or the towers of the Tower Bridge. I would like to get my instructions out to the blind community. I would like every blind person to be able to download the instructions, buy a set, have a sighted person sort the pieces, and feel on par with a sighted builder. I want every blind person to feel that the once impossible is now possible;
that he or she can now build a miniature LEGO world. Currently I have accessible instructions for the following LEGO sets (set numbers are in parentheses): Though the following sorting instructions and tips are pretty obvious to the average sighted person, I’m putting them here, just in case. In most larger sets, the plastic bags with the pieces in them will be numbered. Each bag has sub-bags, e.g Bag 1 has six sub-bags. Take a lot of Tupperware containers or bowls, and dump out all the pieces from bag 1. Then sort them by color. The smallest pieces come in a separate sub-bag of bag 1, so don’t mix them with the other pieces. Then take a bunch of Ziploc bags, a permanent marker, Lego’s graphical instructions, and the textual instructions, (make sure that the pieces you are putting into a ziploc are the same in the graphical and text-based instructions), and then sort the pieces according to Lego’s instructions. Take another ziploc and label it Extras. Put all the pieces you end up with at the end of the sorting process into this bag, and trust me, you’ll have some extras, with no idea as to where they came from.
Sorting Lego is like taking apart a watch, you’ll always end up with extras, but don’t worry, they’ll find their place during the building process. Next, if the same type of piece comes up in different colors, e.g 1 blue 1x2 amongst grey 1x2s, then put the blue 1x2 into a separate bag, which you should put inside ziploc 1. Also check with the text-based instructions to make sure you are sorting according to their specifications as well as Lego’s. Make sure not to overstuff a ziploc, put 5-20 pieces, per bag; more than that will be unwieldy. If you have 1x1 flat-smooth pieces, in blue, and green, as well as other pieces which are needed for construction of a step, label one bag, A, and the other bag b, put the pieces into a and b as the graphical and text instructions dictate, and put them inside of Bag 1. After you’ve sorted about 20 bags, put them into a large Ziploc bag, and label it Large Bag 1. It’s easier for a blind person to rifle through 20 bags, rather than 50 to find the bag they need.