What's the easiest way to make a robot out of a phone? Ten homemade robots.
We usually talk about robots created by various research centers or companies. However, robots are being assembled around the world with varying degrees of success. ordinary people. So today we present to you ten homemade robots.
Adam
A German neurobiology student assembled an android named Adam. Its name stands for Advanced Dual Arm Manipulator or “advanced two-handed manipulator.” The robot's arms have five degrees of freedom. They are powered by Robolink joints from the German company Igus. External cables are used to rotate Adam's joints. In addition, Adam's head is equipped with two video cameras, a loudspeaker, a speech synthesizer, and an LCD panel that imitates the movements of the robot's lips.
MPR-1
The MPR-1 robot is notable for the fact that it is constructed not from iron or plastic, like most of its counterparts, but from paper. According to the creator of the robot, artist Kikousya, the materials for the MPR-1 are paper, several dowels and a couple of rubber bands. At the same time, the robot moves confidently, although its mechanical elements are also made of paper. The crank mechanism ensures the movement of the robot's legs, and its feet are designed so that their surface is always parallel to the floor.
Boxie Paparazzi Robot
The Boxie robot was created by American engineer Alexander Reben from the Massachusetts Institute of Technology. Boxie, somewhat similar to the famous cartoon character Wall-E, should help media workers. The small and nimble paparazzi is made entirely of cardboard, it moves using caterpillars, and navigates the street using ultrasound, which helps it overcome various obstacles. The robot conducts interviews in a funny child’s voice, and the respondent can interrupt the conversation at any time by clicking on special button. Boxie can record about six hours of video and send it to its owner using the nearest Wi-Fi point.
Morphex
Norwegian engineer Kare Halvorsen created a six-legged robot called Morphex, which can transform into a ball and back. In addition, the robot is able to move. The movement of the robot occurs due to motors pushing it forward. The robot moves in an arc rather than in a straight line. Due to its design, Morphex cannot independently correct its trajectory. IN this moment Halvorsen is working to resolve this issue. An interesting update is expected: the creator of the robot wants to add 36 LEDs that would allow Morphex to change colors.
Truckbot
Americans Tim Heath and Ryan Hickman decided to create a small robot based on Android phone. The Truckbot robot they created is quite simple in terms of its design: HTC phone G1 is located on top of the robot, being its “brain”. At the moment, the robot can move on a flat surface, choose directions of movement and accompany all sorts of phrases with collisions with obstacles.
Robot shareholder
One day, American Brian Dorey, who was developing expansion boards, encountered next problem: It is very difficult to solder a double-row pin comb with your own hands. Brian needed an assistant, so he decided to create a robot that could solder. It took Brian two months to develop the robot. The completed robot is equipped with two soldering irons that can solder two rows of contacts at the same time. You can control the robot via a PC and tablet.
Mechatronic Tank
Every family has its own favorite hobby. For example, the family of American engineer Robert Beatty designs robots. Robert is helped by his teenage daughters, and his wife and newborn daughter provide them with moral support. Their most impressive creation is the self-propelled Mechatronic Tank. Thanks to its 20 kg armor, this security robot is a threat to any criminal. Eight echolocators mounted on the robot's turret allow it to calculate the distance to objects in its field of view with an accuracy of an inch. The robot also shoots metal bullets at a speed of a thousand rounds per minute.
Robodog
An American named Max created a mini-copy of the famous one. Max made the supporting structure of the robot from scraps of five-millimeter acrylic glass, and to fasten all the parts together he used ordinary threaded bolts. In addition, when creating the robot, miniature servos were used, which are responsible for the movement of its limbs, as well as parts from the kit Arduino Mega, coordinating the motor process of a mechanical dog.
Robot ball
The Kolobok robot was designed by Jerome Demers and works for solar powered. There is a capacitor inside the robot that is connected to the solar power parts. It is needed to accumulate energy in bad weather. When solar energy enough, the ball begins to roll forward.
Roboruk
Initially, Georgia Tech professor Gil Weinberg designed a robotic arm for a drummer whose arm was amputated. Gil then created automated technology synchronization, thanks to which a two-armed drummer could use a robotic arm as extra hand. The robotic arm reacts to the drummer's playing style, creating its own rhythm. The robotic arm can also improvise, while analyzing the rhythm in which the drummer plays.
Today we will tell you how to make a robot from available materials. The resulting “high-tech android,” although it will be small size and is unlikely to be able to help you with housework, but will certainly amuse both children and adults.
Necessary materials
In order to make a robot with your own hands, you do not need knowledge of nuclear physics. This can be done at home from ordinary materials that you always have on hand. So what we need:- 2 pieces of wire
- 1 motor
- 1 AA battery
- 3 push pins
- 2 pieces of foam board or similar material
- 2-3 heads of old toothbrushes or a few paper clips
1. Attach the battery to the motor
Using a glue gun, attach a piece of foam cardboard to the motor housing. Then we glue the battery to it.
At the very end of the destabilizer, drop a couple of drops of glue, or attach some decorative element - this will add individuality to our creation and increase the amplitude of its movements.
3. Legs
Now you need to equip the robot with lower limbs. If you use toothbrush heads for this, glue them to the bottom of the motor. You can use the same foam board as a layer.
5. Battery connection
Using a heat gun, glue the wire to one end of the battery. You can choose any of the two wires and either side of the battery - the polarity is in in this case does not play a role. If you're good at soldering, you can also use soldering instead of glue for this step.
6. Eyes
A pair of beads, which we attach with hot glue to one end of the battery, are quite suitable as the robot’s eyes. At this step, you can show your imagination and come up with appearance eye at your discretion.
7. Launch
Now let's bring our homemade product to life. Take the free end of the wire and attach it to the unoccupied battery terminal using adhesive tape. You shouldn't use hot glue for this step because it will prevent you from turning off the motor if necessary.To create your own robot, you don’t have to graduate or read a ton. It is enough to use step by step instructions, which is offered by robotics masters on their websites. You can find a lot on the Internet useful information, dedicated to the development of autonomous robotic systems.
10 Resources for the Aspiring Roboticist
The information on the site allows you to independently create a robot with complex behavior. Here you can find example programs, diagrams, reference materials, ready-made examples, articles and photographs.
Dedicated to newcomers to the site separate section. The creators of the resource place considerable emphasis on microcontrollers, the development of universal boards for robotics, and soldering of microcircuits. You can also find here source codes programs and many articles with practical advice.
The website has a special course “Step by Step”, which describes in detail the process of creating the simplest BEAM robots, as well as automated systems based on AVR microcontrollers.
A site where aspiring robot creators can find all the necessary theoretical and practical information. Also posted here a large number of useful thematic articles, news updates and you can ask questions to experienced roboticists on the forum.
This resource is dedicated to a gradual immersion into the world of robot creation. It all starts with knowledge of Arduino, after which the novice developer is told about AVR microcontrollers and more modern ARM analogues. Detailed Descriptions and the diagrams very clearly explain how and what to do.
A site about how to make a BEAM robot with your own hands. There is a whole section dedicated to the basics, also given logic, examples, etc.
This resource very clearly describes how to create a robot yourself, where to start, what you need to know, where to look for information and the necessary parts. The service also contains a section with a blog, forum and news.
A huge live forum dedicated to the creation of robots. Topics for beginners are open here, interesting projects and ideas are discussed, microcontrollers are described, ready-made modules, electronics and mechanics. And most importantly, you can ask any question about robotics and receive a detailed answer from professionals.
The amateur roboticist's resource is primarily dedicated to his own project"Homemade robot." However, here you can find a lot of useful thematic articles, links to interesting sites, learn about the author’s achievements and discuss various design solutions.
The Arduino hardware platform is the most convenient for developing robotic systems. The information on the site allows you to quickly understand this environment, master the programming language and create several simple projects.
Electronics lovers and people interested in robotics do not miss the opportunity to independently design a simple or complex robot, enjoy the assembly process itself and the result.
You don’t always have the time or desire to clean the house, but... modern technology allow you to create cleaning robots. These include a robotic vacuum cleaner that travels around rooms for hours and collects dust.
Where to start if you want to create a robot with your own hands? Of course, the first robots should be easy to create. The robot that will be discussed in today’s article will not take much time and does not require special skills.
Continuing the theme of creating robots with your own hands, I suggest trying to make a dancing robot from improvised materials. To create a robot with your own hands you will need simple materials, which can probably be found in almost every home.
The variety of robots is not limited to the specific patterns by which these robots are created. People always come up with original interesting ideas how to make a robot. Some create static sculptures of robots, others create dynamic sculptures of robots, which is what we will discuss in today's article.
Anyone can make a robot with their own hands, even a child. The robot, which will be described below, is easy to create and does not require much time. I’ll try to describe the stages of creating a robot with my own hands.
Sometimes ideas for creating a robot come completely unexpectedly. If you think about how to make a robot move using improvised means, the thought of batteries comes to mind. But what if everything is much simpler and more accessible? Let's try to make a robot with our own hands using mobile phone as the main part. To create a vibration robot with your own hands, you will need the following materials.