An Idea appeared in my mind a question Why did not make a robot to do some cool staff? then I have already started to learn programming of electrical circuits, and annexd to the talent in making paper craft models.
For example, if the object is 10 cm away from the sensor, and the speed of the sound is 340 m/s or 0.034 cm/s the sound wave will need to travel about 294 u seconds. But what you will get from the Echo pin will be double that number because the sound wave needs to travel forward and bounce backward. So in order to get the distance in cm we need to multiply the received travel time value from the echo pin by 0.034 and divide it by 2.
Papercraft Robot Download
Download Zip 🔥 https://tinurll.com/2yGaRs 🔥
Pepakura and Paper replika (among others) are actually great when it comes to providing inspiration and physical models for robots. Your idea of adapting the Burn-E model would certainly be nice. If you can find a few models which are all the same scale, this post can be really popular. Imagine an inexpensive paper-based Wall-E (even cardboard tracks) with inexpensive servos. Looking forward to seeing your progress.
Congratulations! You have decided to enter the fabulous world of Official Instructables Robot Papercrafting. With just a few supplies you (hopefully) have around the house, you can construct a desk buddy, a guardian of your television remote, or a dashboard ornament.
Even if you don't have any experience with paper projects, we think you'll have fun putting this together. This model was inspired by this Instructable (we updated the graphics using official Robot images).
You'll notice the dashed line along the edges. You should try to cut on the actual dashed line; the color that bleeds over the edge is just in case your cuts aren't perfect, there isn't a plain ol' white edge.
To make the folds on the tabs and for each of the faces of the body, it's easiest to mark and score where all of the folds will be. Flip it over so the colored side is face down. Wherever there's a tab, draw a light line connecting the two points at the ends where the tab meets the main body (the folding tabs are a slightly different color than the robot body). This line is simply a guide for you to score where the fold will be. Then, run your scissors very lightly over the line. You'll find that this makes the tabs easier to fold and 'stick' to their desired positions better.
With the body folded in place (see image), dab a little glue/run your glue stick on the tab. Then, fold them over and affix each tab to the adjacent section. The end result should resemble a box shape.
The legs, like the arms, are simple but require a little bit of finesse. Put a little bit of glue on the side tab of the leg and form a cylinder. If you're having trouble pressing the tab to the interior of the cylinder, you can use a pencil to apply pressure until the glue has dried.
At this point, each of the individual appendages and head should be complete and you should be ready to put it all together. The head and arms are pretty simple. You can have the head looking in whatever direction you'd like and a bit of glue should do the trick. For the arms, just fold the tab and stick it to the side of the body with some glue.
The leg placement is the important part. If they're too far forward or towards the back of the body, it won't balance and your robot won't stand on its own. Who wants a robot that needs to lean on a pencil holder or computer monitor?! On the bottom of the body you'll see two darker circles. That's generally where the legs should go. If you're having trouble getting the robot to stand, if you attach them at a very slight stagger (as seen in the picture above), that should help.
We'd love to see your creations on social media so if you post it on Instagram, Twitter, or wherever, be sure to tag it #instructablesrobot - we might even retweet/re-gram (is that a word?) it!
So a robot may not look like a human or talk or act like one. For example most of us agree that the industial robots do not look or act like humans, nor does the printer on your desk. (a mechanical device that automatically (without help of an operator) prints text or images)
So, this is clearly a robot and one with very unique and elegant design. Building something like that out of ordinary paper requires a great engineer and a lot of patience that not all of us have.
Keep up the good work!
Reminds me of the cut out and assemble paper clock books. I used to buy them every time I found a copy in a used book store. Never could fully assemble it though. The escapement would always either break or not have enough friction to drive the gears.
Hey guys I'm always learning cool new stuff and this is one I think is valuable honestly because very few people have a 3d printer but most people have access to paper , a printer , scissors and glue. While I was at the Dragoncon convention I saw all kinds of costumes , robotic animation of characters for sci do stuff , and more. I had to ask them how they did it and most use the Pepakuru or Papercraft method. Pepakuru is a Japanese word for papercraft but many people call it that because it's origin is Japanese.
Pepakuru was one of the first things I thought about using when I started building robots, I mentioned it in one of my first topics. And there is a very good reason why I have not used it to build any robots to date... because it is very time consuming.
There are a lot of replica props and costumes discussed on www.TheRPF.com, I am part way through making a full Iron Man suit, I have been since around this time last year, so far I have got the helmet done but still not satisfied with the results.
Not only do you need to cut out and stick hundreds or thousands of small paper/card/foam pieces together but you also need to strengthen them with fibre glass, smooth them with filler, sand, rinse and repeat.
James over at xrobot.co.uk uses (or did use) pep to make his ironman armour but it took a long time and has since been improved using other methods (side note, check his site, he has some really awesome projects).
Your right it's time consuming but when we are talking about building a custom robot outside of just clicking some premade parts together there is no way to avoid work. It's not for everyone that's why ezbits exist but for those like me who love to add detail and personality fabrication is always useful.
The way to avoid the work is to 3D print. Pep is great if you have the time and lack the funds to 3D print, I will give it that, I just don't have the time (and am too much of a perfectionist to accept a lot of what others seem to believe is good enough - as can be seen by Melvin's arms taking 4 attempts so far and I'm still not satisfied with them).
Some things are awesome to 3d print don't get me wrong but there are size limitations. Its possible but very difficult to create smaller pieces and then glue them all together from seperate 3d prints but if they all are not just right now they are glued together and you gotta start over or try to rip them apart to figure out which piece is slightly off. This is for things possibly s little bigger than a consumer 3d print can handle.
I have the full version but to be honest the viewer would have done what I needed it for just fine. If you are going to use it to make your own designs then go for the full version, if you only want to use what's readily available at places like The RPF have a play with the viewer only
These ones I just posted the wheels are paper but I imagine you could cast them and use them as a mold to make foamy wheels or run by a hobby shop they have wheels for cars or planes with preformed plastic hubs that are easy to attach to motors or servos. Again something fun and easy for those who don't have access to a 3d printer. Plus if you destroy the body playing against friends it's cool , it's just paper that had been soaked with white glue or resin. Like a paper mache robot I will post more as I find them.
You can also use foam to make them if you want something more flexible and longer lasting. Those foam floor tiles that click together that they use in childrens play areas are ideal, or yoga mats, the thin ones, they work great (they are what my full size IronMan robot is being made from). Coat it in a 50/50 mix of PVA glue and water and it'll be ready for fibreglass resin and filler or even painting without the strengthening of fibreglass.
Thanks guys. Very cool info. Sorry to wander the topic a little but while looking at the battle bots the first thought I had was "Put a light frame in it and it would be a little more durable." I never thought if it before but I guess one could use chicken wire and make frames of parts and then dress them and stick them together. Kind of like paper mache or something.
Looking for more robot papercrafts? Check out my robot craft pack I offer in my Etsy shop. It has 5 different robot crafts included. This is one of my boys favorite requests for me to print out for them!
It's been a while since I was doing a big papermodel project for free. I asked Paper Replika's friends on PR Facebook page and I was hooked on Iron Giant idea. So here it is the first part of Iron Giant papermodel. It will be fully articulated and when fully assembled it will have height of 40 cm from head to toe. I will be releasing another part every one or two weeks, depending on the complexity of each parts. In this part you will need 1 sheet of 100 gram minimum card, small amount cardboard (1x1 cm 2 pieces), and a toothpick. There is no special glue at this part, you can use PVA glue or multipurpose glue.
I know this is not a very new movie (2013), but it was playing again on HBO recently so it caught my attention again. This science fiction movie delivered with stunning and beautifully designed props and CG graphics. I like this movie for a particular reason, but in the general this movie is nothing original, about future earth and ET or alien connection, but there is one idea that interested me though. It is about the soul or personality is like a data on a memory card or an HDD drive, it can be copied and it will feel the same and will react the same. It suggest human is just a biological robot that can be copied. On the CG side, I love those drones. 152ee80cbc
download avery design amp; print software
bcd storage calculator download