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These DIY projects are a fun way to create hanging ornaments or for putting in goody bags letting kids do them at home! You need create a free account with Avatara to start with and then you can straight away start creating your own customized 3D avatar. While a lot of attention is given to the more noble pursuits of 3D printing technology, from generating prosthetic limbs for amputees, to monitoring brain trauma, to saving wild rhinos from illegal poaching, it's also important to remember that 3D printing can also be used for good old-fashioned fun. As an aspiring avionics student, Philippines-based, 16-year-old Timothy, known to the Instructables community as treyes4, has combined his passions for RC, gadget hacking and 3D designing in order to create an impressive quadcopter frame that seems to be equal parts technology, design, and adrenaline-pumping fun. The frame he designed is based on the 250 Blackout Mini Quad, a frame famous for its ability to withstand crashes and pitch forward with ease and speed. Of course, it's not quite that simple to build a high-powered, fast-moving, acrobatically inclined helicopter. Timothy estimates that the entire project took him roughly eight hours of printing time, and cost $56 in the Philippines. When it comes to the electronics, wiring, and calibrating, Timothy clearly knows his stuff. Finally, he provides an app for Android phone users that will allow them to control the quadcopter wirelessly. While avionics and 3D printing are Timothy's personal hobbies, he has educational ambitions as well.
Design Your Own Home: Architecture has been tested by Softonic, but it still doesn't have a review in English.
So you can imagine our excitement at the release of the much anticipated Lego Movie in cinemas. You can unsubscribe at any time and we'll never share your details without your permission.
You can even choose any of the Premade Avatars, Start from scratch with a blank avatar, choose from thousands of avatars and upload your photo to convert it into a 3D avatar.
Therefore, Timothy provides the STL file as well as very detailed tools, materials, photos, and step-by-step instructions to help build your very own H Quadcopter. Specific print settings are also provided, since it is crucial to control the weight and stiffness of each part to ensure proper flying. Of course, this will depend on your own level of experience with 3D printing and the types of tools and materials that are already at your disposal. Still, for the less experienced among us, he provides specific recommendations and even links based on his personal wishlist. Unfortunately, iPhone users will have a bit more legwork to do, however he suggests looking for Multiwii programs instead.


Along with his high school team (Don Bosco Technical Institute Makati), Timothy has entered The Next Bright Idea 3 Elevator Pitch Challenge. We do not encourage or condone the use of this program if it is in violation of these laws.
This includes to personalise ads, to provide social media features and to analyse our traffic. To celebrate the film's release, we asked digital artist Pat Imrie to create this awesome CB superhero Lego mini-figure.
The package includes 4 foam wands with feathers attached, beautiful stickers and jewels to decorate the wand.
And then, you can transport it to which ever social network that you want and it Avatara also allows you to add a message to your customized avatar. But wanna remark on few general things, The website style is wonderful, the articles is really excellent : D. Some of the tools listed include a cordless drill, soldering iron, alex wrenches, and various types of screws, most of which are available online if you don't have a local tool shop nearby. In order to do flips and acrobatic moves with the quad, for example, he suggests going with the Mulitwii flight controller series.
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And now you design one too with his brilliant step-by-step guide on how to create your own 3D Lego character. He also gives personal tips on which motors he thinks are overpriced (the DJI 920KV) and which chargers are worth paying for in order to maintain your batteries' health.
If you're as inspired as we are by this H Quadcopter design, head over to The Next Bright Idea website to vote before January 6th.
This guide was created using Maya, but any 3D software can be used including free software such as Blender (head here for some Blender tutorials to get you started). I also collected other reference images of various mini-figures from different angles to help me add in details where required. Modelling the Head Primitives and bevels will be the most common elements to creating this characterPrimitives and bevels will be the most common elements to creating our Lego mini-figure. Starting with the head, create a Polygon cylinder with 12 sides and delete the caps off the top and bottom.
Fill in the cyclinder caps with clean, quad-faced topologyNow match the cylinder with the reference images and apply a rounded bevel to the top and bottom edges. Modelling the body and hips Delete the bottom face of the cube and scale the top vertices inStarting with a cube we will delete the bottom face and then scale the top vertices in to create a trapezoid shape. Then we will select all but the bottom set of edges and apply a rounded bevel to them to create the desired look.
Select all but the bottom set of edges and apply a rounded bevelBefore adding in new edge loops to help refine the shape and support the newly created bevels.


Refine the shape of the body before adding in new edge loopsNext we will extrude the base in to create a recess for where the legs would go. Now select the edges and extrude up to create a neck peg, lastly cap off the hole and add in edge-loops to clean up the mesh.
Create a circular hole and extrude up for the neck pegFor the hips start with a polygon plane, eight divisions wide and adjust the shape into an archway.
Create the hips using a polygon plan with eight divisionsWe will then add in new edge loops to support the shape before extruding the faces outward to create the hips. Extrude the faces outward to create the hipsFinally, create a cylinder with 12 sides and clean up the cap geometry as we did before and scale it down to match our hip geometry.
Create a cylinder with 12 sides for the centre of the hipsThen select the top eight faces and extrude them up and flatten them out to create the centre of the hips, adding edge loops where appropriate to cleanup and finalise the geometry. Modelling the arm and hand Reshape an eight-sided cylinder with the forearm referenceStarting with an eight-sided cylinder delete the caps and line up and reshape the cylinder with the forearm reference.
Now add in more edge loops to give us more geometry to further refine the shape of the arm.
Add in edge loops to further refine the arm shapeLastly, select the edges around the wrist area and extrude them up to create a recess for the hand.
For the hand, start with a 10-sided cylinder and delete the two underside capsReshape the hand based on the side reference before selecting all the faces and extruding them inwards to create thickness. Modelling the leg Start the legs with a 16-sided cylinderFor the leg we start with a 16-sided cylinder and delete all but one cap, adjust the topology as in image above.
Now select four faces on the underside and extrude them downwards, before adjusting the topology to create the shape seen below.
Select four faces on the underside and extrude them downwardsCreate the foot by extruding out a bottom edge, then add in a border edge around the leg shape to help create clean topology later on. Create the foot by extruding out a bottom edgeNext select all the faces of the leg shape and extrude them to create thickness of the leg. Create the thickness of the leg by extruding facesThen add in some supporting edge loops so that we can create the holes at the back of the legs.
Add some supporting edge loops to create the holes at the back of the legsTo create the holes we will split a vertex on the back of the leg and add in additional edge loops to create an eight-sided hole. Create a hole by splitting a vertex on the back of the legNow extrude edges in to create the finished hole, and repeat the process for the top hole, adding in edge-loops where required to finish off the leg geometry. Extrude edges in to create the finished holeYou now have your very own 3D version of a Lego mini-figure, which you can model accessories for and texture however you see fit. Maya tutorials: 40 awesome projects to try today The best 3D movies of 2014 Download free textures: high resolution and ready to use now What should our Lego superhero be called?



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