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Heather Brown | 12 pages | 03 Feb 2011 | Andrews McMeel Publishing | 9780740797255 | English | Kansas City, United States 8 Books For Kids Who Are Obsessed With | Fatherly

Step 5: Wind up the wheels to store energy in the friction motor. You most likely will have to do this by hand — the tape will not be strong enough to allow you to pull back the car part on the ground like when it was in original car form. Once wound, place the bot on a table or other smooth surface and let it go. Friction motors work by storing energy. As you pull the car back on the floor, you store energy in a coiled strip of metal. When you put it down, the coiled metal unwinds and causes the car's wheels to spin. How far a Wind-Up Brush Bot moves is a function of how strong the friction motor is. Most will last only a few seconds. But they are still fun to make and don't require batteries. Brush bots sometimes tip over. The Brush Bot Extreme has a simple modification, outriggers, to keep itself upright and pointed in the right direction. Step 2: The paper clip might break in the middle as you unfold it, but that is OK — you want two pieces anyway. Bend it back and forth to break it in half, or use needle-nose pliers to cut it. Needle-nose pliers have a built-in wire cutter, at the rear of the opening. You should have two strips of steel, and one will be slightly longer than the other. Step 4: Bend both ends of each metal strip to the height of the toothbrush head of your Brush Bot or even a tiny bit shorter than the height of the toothbrush. These metal strips are going to become outriggers to help keep your Brush Bot from tipping over. Step 5: Cut off a toothbrush head with the needle-nose pliers like you did for the original Brush Bot. Or, you can reuse the original Brush Bot after you pull off its motor. Place the outriggers across the top of the toothbrush head. Pull off the paper from the bottom of a piece of double-sided tape and put it over the top of the toothbrush head. For a permanent Brush Bot Extreme, add a few drops of super glue under the tape. Be sure to get adult help and permission if you plan to use super glue. Step 6: Pull the top backing paper off of the double-sided tape. Place the motor on the front of your Brush Bot Extreme. Bend one wire back and push it into the top of the double-sided tape. Step 7: Place the battery on top of the wire and press it down into the double-sided tape. Step 8: Take a small piece of clear tape and press the other wire into the tape. Leave the tape dangling in the air. Step 9: Pick up the Brush Bot Extreme. Press the tape and wire onto the top of the battery. Put the bot down and let it take off. You can stop it by picking it up and pulling off the top tape. Brush bots can be very top-heavy depending on the size of the motors and the batteries. They can tip easily because a heavy top raises their center of gravity COG. The COG is a point in the middle of an object where all of its mass is located. Any time the COG gets close to the edge of an object, like when the bot is shaking back and forth, the object might tip over. Here is a quick way to demonstrate this: set a toy car on the table on its wheels. Push the top of the car sideways. It is very stable because the COG is far away from the edge of the car. Now stand the car up on the side. If you push the car it will fall over easily. The COG inside the middle of the car is in the same spot in both cases. But in the second case, the COG is closer to the edge of the car, so it tips easily. By adding outriggers, you move the edge of the car away from the COG. The Brush Bot Extreme won't tip as easily because of the wide base. Cranes, bucket trucks, and many large construction vehicles use outriggers for this same reason. You can modify and add outriggers to any of your vibrots. Needle-nose pliers or wire cutters Disposable, battery-operated vibrating toothbrush Tape Fingernail brush Note: Dollar stores are a great place to buy a cheap toothbrush or fingernail brush Decorating materials pipe cleaners, wires, markers, stickers, and googly eyes. Step 1: Use wire cutters or pliers to cut off the toothbrush's head. You will use the remaining part of the toothbrush its handle as the motor. Step 2: Use a piece of tape to secure the brush motor to a fingernail brush, as shown. Step 3: Your Nail Bot is ready to go, but add some decorations first. For example, you can use a piece of colored wire or a pipe cleaner to create eyes or antennae. Wrap the piece of wire several times around the tapered end of the brush. Push up the wire between the nail brush and the toothbrush to hold it in place. Leave an equal amount on each end. Step 4: Using needle-nose pliers, pinch the end of the wire and start rolling it up. Roll the wire around the end of the pliers until you get the desired length. Step 5: It might be easier to slide the wire off and do the other eye. Make the eyes equal in length. Step 6: Slide the eyes back on and push them down until they are held in place between the two brush bodies. Step 8: Pick it up and turn it on using the switch on the brush handle. Put it down on a smooth surface and watch it go. Step 9: Use your imagination to devise a different decoration style. Your Nail Bot should reflect your originality and creative flair. This is how it starts people! And there are planets instead of houses. Boy worries something is wrong when his robot buddy powers down to recharge; robot worries his human pal might be sick when goes to bed. Neither understands the necessity for rest — classic misunderstanding! And while the idea of a robot watching a little boy sleep might give you the heebie jeebies, its no different than your kid nodding off near a smartphone. Sign up for the Fatherly newsletter to get original articles and expert advice about parenting, fitness, gear, and more in your inbox every day. Please try again. Give us a little more information and we'll give you a lot more relevant content. Your child's birthday or due date. Girl Boy Other Not Sure. Add A Child. Something went wrong. Other Editions 2. Friend Reviews. To see what your friends thought of this book, please sign up. To ask other readers questions about The Robot Book , please sign up. Lists with This Book. This book is not yet featured on Listopia. Community Reviews. Showing Average rating 3. Rating details. More filters. Sort order. Start your review of The Robot Book. This is such a cute book. The illustrations seem simple at first glance but they are very rich in color and depth. Caregivers can help very young readers pick out basic shapes in the illustrations while the sweet and self-evident message is good for slightly older readers. It also seems like the beginning of a longer book, which might encourage older readers to write their own continuation or a similar story. Jan 11, Mary Ryan rated it it was amazing. I adore this book. It humanises the robot - the illustrations are adorable, and it has moving parts out of cardboard. I have a lot of fun reading this book to our infant son. It keeps him engaged to although it is very short. Dec 16, Anna Jewkes rated it really liked it. A cool and fun book. Wish it was longer! Aug 22, Loni rated it liked it. May 03, alana rated it really liked it Shelves: childrenslit. Alas, the moving bits seem destined to fall apart.. Dec 12, Kaitlyn rated it it was amazing. Short, but cute, nonetheless. May 12, McKenzie rated it it was amazing Shelves: children-s-books. This is the cutest, best robot book I've read! Especially for toddlers or really early readers. It is a fat, hard book and is almost like a pop-up, but way better! It shows all the parts and they creatively move or turn with each page. My son loves it, and I love it! Makes for a great little boy's gift! Dec 10, Meredith rated it did not like it. Maybe I would have liked it better if the version I read had the moving parts? But it still seemed too simple. Especially since I'm looking for books to introduce my preschoolers to Hour of Code. Feb 15, Joella rated it it was amazing Shelves: board-book , robots. I LOVE this board book! But it has moving parts, so I don't think it will last long here at the library. But oh how I love the concept of it. And the illustrations and gears. I, Robot - Wikipedia

More Details Other Editions 2. Friend Reviews. To see what your friends thought of this book, please sign up. To ask other readers questions about The Robot Book , please sign up. Lists with This Book. This book is not yet featured on Listopia. Community Reviews. Showing Average rating 3. Rating details. More filters. Sort order. Start your review of The Robot Book. This is such a cute book. The illustrations seem simple at first glance but they are very rich in color and depth. Caregivers can help very young readers pick out basic shapes in the illustrations while the sweet and self-evident message is good for slightly older readers. It also seems like the beginning of a longer book, which might encourage older readers to write their own continuation or a similar story. Jan 11, Mary Ryan rated it it was amazing. I adore this book. It humanises the robot - the illustrations are adorable, and it has moving parts out of cardboard. I have a lot of fun reading this book to our infant son. It keeps him engaged to although it is very short. Dec 16, Anna Jewkes rated it really liked it. A cool and fun book. Wish it was longer! Aug 22, Loni rated it liked it. May 03, alana rated it really liked it Shelves: childrenslit. Alas, the moving bits seem destined to fall apart.. Dec 12, Kaitlyn rated it it was amazing. Short, but cute, nonetheless. May 12, McKenzie rated it it was amazing Shelves: children-s-books. This is the cutest, best robot book I've read! Especially for toddlers or really early readers. It is a fat, hard book and is almost like a pop-up, but way better! It shows all the parts and they creatively move or turn with each page. My son loves it, and I love it! Makes for a great little boy's gift! Dec 10, Meredith rated it did not like it. Maybe I would have liked it better if the version I read had the moving parts? But it still seemed too simple. Especially since I'm looking for books to introduce my preschoolers to Hour of Code. Feb 15, Joella rated it it was amazing Shelves: board-book , robots. I LOVE this board book! But it has moving parts, so I don't think it will last long here at the library. But oh how I love the concept of it. The stories are woven together by a framing narrative in which the fictional Dr. tells each story to a reporter who serves as the narrator in the 21st century. Although the stories can be read separately, they share a theme of the interaction of humans, robots , and morality , and when combined they tell a larger story of Asimov's fictional history of robotics. Several of the stories feature the character of Dr. Calvin, chief robopsychologist at U. Robots and Mechanical Men , Inc. Upon their publication in this collection, Asimov wrote a framing sequence presenting the stories as Calvin's reminiscences during an interview with her about her life's work, chiefly concerned with aberrant behaviour of robots and the use of " robopsychology " to sort out what is happening in their . The book also contains the short story in which Asimov's first appear, which had large influence on later science fiction and had impact on thought on ethics of as well. Other characters that appear in these short stories are Powell and Donovan , a field-testing team which locates flaws in USRMM's prototype models. The collection shares a title with the short story " I, Robot " by Eando Binder pseudonym of Earl and Otto Binder , which greatly influenced Asimov. Asimov had wanted to call his collection Mind and Iron and objected when the publisher made the title the same as Binder's. It certainly caught my attention. Two months after I read it, I began 'Robbie', about a sympathetic robot, and that was the start of my positronic . Eleven years later, when nine of my robot stories were collected into a book, the publisher named the collection I, Robot over my objections. My book is now the more famous, but Otto's story was there first. The New York Times described I, Robot as "an exciting science thriller [which] could be fun for those whose nerves are not already made raw by the potentialities of the atomic age. Schuyler Miller recommended the collection "For puzzle situations, for humor, for warm character, [and] for most of the values of plain good writing". At least three of the short stories from I, Robot have been adapted for television. Two short stories from the collection were made into episodes of Out of the Unknown : "The Prophet" , based on " Reason "; and " Liar! Both the original and revival series of The Outer Limits include episodes named "I, Robot"; however, both are adaptations of the Earl and Otto Binder story of that name and are unconnected with Asimov's work. In the late s, Warner Bros. The most notable attempt was one by Harlan Ellison , who collaborated with Asimov himself to create a version which captured the spirit of the original. Asimov is quoted as saying that this screenplay would lead to "the first really adult, complex, worthwhile science fiction movie ever made. Ellison's script builds a framework around Asimov's short stories that involves a reporter named Robert Bratenahl tracking down information about Susan Calvin's alleged former lover Stephen Byerly. Asimov's stories are presented as flashbacks that differ from the originals in their stronger emphasis on Calvin's character. Ellison placed Calvin into stories in which she did not originally appear and fleshed out her character's role in ones where she did. In constructing the script as a series of flashbacks that focused on character development rather than action, Ellison used the film Citizen Kane as a model. Although acclaimed by critics, the screenplay is generally considered to have been unfilmable based upon the technology and average film budgets of the time. However, the plot of the movie is mostly original work adapted from the screenplay Hardwired by Jeff Vintar , completely unlinked to Asimov's stories [8] and has been compared to Asimov's The Caves of Steel , which revolves around the murder of a roboticist although the rest of the film's plot is not based on that novel or other works by Asimov. Unlike the books by Asimov, the movie featured hordes of killer robots. Mickey Zucker Reichert was asked to write three [15] prequels of I, Robot by Asimov's estate, because she is a science fiction writer with a medical degree. She first met Asimov when she was 23, although she did not know him well. A tab is located in the front or underneath the car; press the tab in and the top comes off easily. For a higher quality pull-back car, you might need a screwdriver to remove the top. Step 3: Remove the friction-powered motor and the rear wheels from the car's frame. You will probably need to bend back a plastic tab with a screwdriver. Take care in removing this motor and you might be able to rebuild the toy car when you are done. Step 4: Using needle-nose pliers or wire cutters, cut the head off a toothbrush. Tape the motor to the top of the toothbrush head. Double-sided tape or a roll of clear tape will work. Step 5: Wind up the wheels to store energy in the friction motor. You most likely will have to do this by hand — the tape will not be strong enough to allow you to pull back the car part on the ground like when it was in original car form. Once wound, place the bot on a table or other smooth surface and let it go. Friction motors work by storing energy. As you pull the car back on the floor, you store energy in a coiled strip of metal. When you put it down, the coiled metal unwinds and causes the car's wheels to spin. How far a Wind-Up Brush Bot moves is a function of how strong the friction motor is. Most will last only a few seconds. But they are still fun to make and don't require batteries. Brush bots sometimes tip over. The Brush Bot Extreme has a simple modification, outriggers, to keep itself upright and pointed in the right direction. Step 2: The paper clip might break in the middle as you unfold it, but that is OK — you want two pieces anyway. Bend it back and forth to break it in half, or use needle- nose pliers to cut it. Needle-nose pliers have a built-in wire cutter, at the rear of the opening. You should have two strips of steel, and one will be slightly longer than the other. Step 4: Bend both ends of each metal strip to the height of the toothbrush head of your Brush Bot or even a tiny bit shorter than the height of the toothbrush. These metal strips are going to become outriggers to help keep your Brush Bot from tipping over. Step 5: Cut off a toothbrush head with the needle-nose pliers like you did for the original Brush Bot. Or, you can reuse the original Brush Bot after you pull off its motor. Place the outriggers across the top of the toothbrush head. Pull off the paper from the bottom of a piece of double-sided tape and put it over the top of the toothbrush head. For a permanent Brush Bot Extreme, add a few drops of super glue under the tape. Be sure to get adult help and permission if you plan to use super glue. Step 6: Pull the top backing paper off of the double-sided tape. Place the motor on the front of your Brush Bot Extreme. Bend one wire back and push it into the top of the double-sided tape. Step 7: Place the battery on top of the wire and press it down into the double-sided tape. Step 8: Take a small piece of clear tape and press the other wire into the tape. Leave the tape dangling in the air. Step 9: Pick up the Brush Bot Extreme. Press the tape and wire onto the top of the battery. Put the bot down and let it take off. You can stop it by picking it up and pulling off the top tape. Brush bots can be very top-heavy depending on the size of the motors and the batteries. They can tip easily because a heavy top raises their center of gravity COG. The COG is a point in the middle of an object where all of its mass is located. Any time the COG gets close to the edge of an object, like when the bot is shaking back and forth, the object might tip over. Here is a quick way to demonstrate this: set a toy car on the table on its wheels. Push the top of the car sideways. It is very stable because the COG is far away from the edge of the car. Now stand the car up on the side. If you push the car it will fall over easily. The COG inside the middle of the car is in the same spot in both cases. But in the second case, the COG is closer to the edge of the car, so it tips easily. By adding outriggers, you move the edge of the car away from the COG. The Brush Bot Extreme won't tip as easily because of the wide base. Cranes, bucket trucks, and many large construction vehicles use outriggers for this same reason. You can modify and add outriggers to any of your vibrots. Needle-nose pliers or wire cutters Disposable, battery-operated vibrating toothbrush Tape Fingernail brush Note: Dollar stores are a great place to buy a cheap toothbrush or fingernail brush Decorating materials pipe cleaners, wires, markers, stickers, and googly eyes. Step 1: Use wire cutters or pliers to cut off the toothbrush's head. You will use the remaining part of the toothbrush its handle as the motor. Step 2: Use a piece of tape to secure the brush motor to a fingernail brush, as shown. Step 3: Your Nail Bot is ready to go, but add some decorations first. For example, you can use a piece of colored wire or a pipe cleaner to create eyes or antennae. Wrap the piece of wire several times around the tapered end of the brush. Push up the wire between the nail brush and the toothbrush to hold it in place. Leave an equal amount on each end. Step 4: Using needle-nose pliers, pinch the end of the wire and start rolling it up. The Robot Book by Heather Brown

Most of Asimov's robot short stories, which he began to write in , are set in the first age of positronic robotics and space exploration. The unique feature of Asimov's robots is the Three Laws of Robotics , hardwired in a robot's positronic brain , with which all robots in his fiction must comply, and which ensure that the robot does not turn against its creators. The stories were not initially conceived as a set, but rather all feature his positronic robots—indeed, there are some inconsistencies among them, especially between the short stories and the novels. They all share a theme of the interaction of humans, robots, and morality. Some of the short stories found in The Complete Robot and other anthologies appear not to be set in the same universe as the Foundation Universe. The multiple series offers a sense of completeness, because all of its works are interconnected in some way. Some characters appear in more than one of the stories, and the manufacturer of the robots is often identified as the fictional corporation U. Robots and Mechanical Men. The Complete Robot contains most of Asimov's robot short stories. Missing ones were either written after its publication, or formed the text connecting the stories in I, Robot. The first book not a true novel is I, Robot , a collection of nine previously published short stories woven together as a 21st-century interview with robopsychologist Dr. Susan Calvin. Daneel Olivaw. They are set thousands of years after the short stories and focus on the conflicts between Spacers — descendants of human settlers from other planets — and the people from an overcrowded Earth. Another short story found in The Early Asimov anthology , " Mother Earth ", is set about a thousand years before the robot novels, when the Spacer worlds chose to become separated from Earth. One source of inspiration for Asimov's robots was the Zoromes, a race of mechanical men that featured in a short story called "The Jameson Satellite", by Neil R. Asimov read this story at the age of 11, and acknowledged it as a source of inspiration in Before the Golden Age , an anthology of s science fiction in which Asimov told the story of the science fiction he read during his formative years. In Asimov's own words:. It is from the Zoromes, beginning with their first appearance in "The Jameson Satellite," that I got my own feeling for benevolent robots who could serve man with decency, as these had served Professor Jameson. It was the Zoromes, then, who were the spiritual ancestors of my own " positronic robots," all of them, from Robbie to R. Not all of these stories are entirely consistent with the Asimov stories. Shortly before his death in , Asimov approved an outline for three novels Caliban , Inferno , Utopia by Roger MacBride Allen , set between Robots and Empire and the Empire series , telling the story of the terraforming of the Spacer world Inferno, and about the robot revolution started by creating a "No Law" Robot, and then New Law Robots. Boy worries something is wrong when his robot buddy powers down to recharge; robot worries his human pal might be sick when goes to bed. Neither understands the necessity for rest — classic misunderstanding! And while the idea of a robot watching a little boy sleep might give you the heebie jeebies, its no different than your kid nodding off near a smartphone. Sign up for the Fatherly newsletter to get original articles and expert advice about parenting, fitness, gear, and more in your inbox every day. Please try again. Give us a little more information and we'll give you a lot more relevant content. Your child's birthday or due date. Girl Boy Other Not Sure. Add A Child. Something went wrong. Please contact support fatherly. Like fatherly on Facebook. You can also find cheap toys at thrift stores that cost less than two or three dollars each. As you take them apart, think about creative uses for their parts. Even if your toy doesn't match the one shown in a project, you can use it to create your own robot and give it an original name like Jessica's Dazzling Dino-Bot or Max the Motor-Bot. Moving robots need a source of motion, and to create motion, they need a motor. The first several projects in this book — vibration bots and walking bots — are powered by simple, small motors. Electric motors are found in many common devices. Dead cell phones are a great source of very small vibration motors. Small hobby motors are found in battery-operated cars. An old computer CD drive has a motor that easily can be powered by a 9V battery. Disposable vibrating toothbrushes also have motors, and many toys have wind-up motors. Of course, you can always buy motors at electronics stores or hobby stores. Having a motor to power your robot is essential, but you also have to get the motion to the ground to make your robot move. That means your robot will sometimes need some type of wheels or legs. Old toys are a great source for wheels, but you can also buy wheels from hobby and craft stores. Most vibration bots, or vibrots, don't even need legs, making them easy and cheap to build. You also need wire to build a robot. Keep any wire you find in broken electronics. You can also buy a spool of wire at a hobby, electronics, or hardware store. Another good investment is a set of wire strippers. Wire strippers allow you to easily strip the protective insulation off wires you are trying to join. Wire strippers are available at electronics, hardware, and dollar stores. Switches can help you easily control the electric circuits that power your robots. A simple switch breaks the flow of electricity and gives you more control over your device. Switches are found in many types of toys and most electronics. You can also buy switches at electrical supply stores, but it is more fun to repurpose old stuff. Plus, you can save money and help the environment by reusing objects. Of course, the easiest way to turn a toy on and off is to disconnect the battery. Many of the bots in this book can be turned off that way. Higher-end robots also contain sensors to help them "think. Eventually, all robotic engineers turn to computer programs to guide their robots. I will leave that for you to investigate independently after you've completed the beginner projects from this book. This chapter focuses oh creating bots powered by vibrating motors. Everything from cell phone vibrators to dead toothbrushes to hobby motors will be used to power these easy-to-build devices. The idea for this easy-to-make vibration bot was first published by Evil Mad Scientist www. From that beginning, Brush Bots or Bristle Bots have become a robotic sensation, with many people creating their own variations. Cell phone or pager vibrator motor Needle-nose pliers or wire cutters Toothbrush Double-sided tape or tiny rolls of clear tape Button battery. Step 1: Remove the miniature vibration motor from a dead cell phone or pager. This motor is what causes a cell phone or pager to vibrate when put in silent mode. It is a very tiny electric motor with a weight on the end, outside the motor case. The weight is off center, so when the motor runs it vibrates. As you remove it, keep as much wire intact as possible. You can also buy these motors at electronics or hobby stores if you don't have a dead phone or pager at hand. Some cell phones have a round vibration motor that looks like a small battery. This type of motor will also work, but you will usually have to solder wires to it first because it has very short lead wires. Here is a picture of the round pancake-style vibrator motor. Step 2: Using needle-nose pliers or wire cutters, cut the head off a toothbrush. If the toothbrush has been used, make sure you wash it thoroughly first. Step 3: Push the bristles of the toothbrush in one direction several times. This will slightly bend the bristles in one direction, which will help your Brush Bot vibrate in one direction instead of skittering in multiple directions. Step 4: Put a small piece of double-sided tape on the back of the toothbrush head. You could also use a tiny roll of regular tape with the sticky side out. Place one of the exposed wires from the motor onto the tape and press it down. Step 5: Place a button battery on top of the wire and press it into the tape. The wire already stuck to the tape needs to be sandwiched between the motor and the tape. It does not matter which way the battery faces because the motor can spin in either direction. Step 6: Place the motor on top of the double-sided tape. You want the weight to slightly hang over the end of the toothbrush head. One exposed wire should be stuck to the sticky part of the tape. The other wire should be up in the air and free. Step 7: Bend the free wire so it makes contact with the top side of the battery. Your Brush Bot should start vibrating. If not, check the wire connections. Put the vibrating robot on a smooth surface and watch it go. You can gently prod it with your fingertips to move in one direction. You may also want to use a small piece of tape to hold the top wire in place if it comes loose. But if your wire is bent down, it will probably stay on without tape.

Robot series - Wikipedia

While the junior engineer is tinkering away, parents will also be charmed by the story's warm text, which reveals the true secret behind what makes our robot tick. Here's a little hint: It isn't a gear, or bolt, or some other mechanical part, it's what's in his heart that counts the most. Perfect for year-round gift-giving, the book will be packaged inside a protective poly-bag. Get A Copy. Board Book , 12 pages. More Details Other Editions 2. Friend Reviews. To see what your friends thought of this book, please sign up. To ask other readers questions about The Robot Book , please sign up. Lists with This Book. This book is not yet featured on Listopia. Community Reviews. Showing Average rating 3. Rating details. More filters. Sort order. Start your review of The Robot Book. This is such a cute book. The illustrations seem simple at first glance but they are very rich in color and depth. Caregivers can help very young readers pick out basic shapes in the illustrations while the sweet and self-evident message is good for slightly older readers. It also seems like the beginning of a longer book, which might encourage older readers to write their own continuation or a similar story. Jan 11, Mary Ryan rated it it was amazing. I adore this book. It humanises the robot - the illustrations are adorable, and it has moving parts out of cardboard. I have a lot of fun reading this book to our infant son. It keeps him engaged to although it is very short. Dec 16, Anna Jewkes rated it really liked it. A cool and fun book. Wish it was longer! Aug 22, Loni rated it liked it. May 03, alana rated it really liked it Shelves: childrenslit. Alas, the moving bits seem destined to fall apart.. Dec 12, Kaitlyn rated it it was amazing. Short, but cute, nonetheless. May 12, McKenzie rated it it was amazing Shelves: children-s-books. This is the cutest, best robot book I've read! Especially for toddlers or really early readers. It is a fat, hard book and is almost like a pop-up, but way better! It shows all the parts and they creatively move or turn with each page. My son loves it, and I love it! Makes for a great little boy's gift! Dec 10, Meredith rated it did not like it. Maybe I would have liked it better if the version I read had the moving parts? But it still seemed too simple. Especially since I'm looking for books to introduce my preschoolers to Hour of Code. Feb 15, Joella rated it it was amazing Shelves: board-book , robots. I LOVE this board book! But it has moving parts, so I don't think it will last long here at the library. But oh how I love the concept of it. And the illustrations and gears. Just makes my little heart "tick" like a robot's insides. Aug 21, Monica rated it it was amazing. She's not asking for it by name, yet, but my 4. I like that she likes it, and the simple, important message: "It's what's on the inside that counts". Oct 08, Alison rated it it was amazing Shelves: lilly. Beautiful and intricate. My daughter adores this book. Feb 28, Charlie Beck rated it liked it Shelves: lisreading-log. A short book about robots with moving gears and other parts. Unusual, eye-catching pictures. What's not to like? Aug 30, Launna rated it it was amazing. The coolest interactive book I've seen. I wish it was longer. Nov 23, BookKids rated it it was amazing Shelves: catalog-pick , nonfiction. We can all agree that robots are awesome, but do we really know what makes them tick? Luckily this funky new book is all geared up to help us figure it out. Zot changes his ways when he falls in love with a baby telephone toy who could resist that? A tale as old as time. Hopefully they come up empty handed, otherwise you have much bigger problems. Age: Robots, Robots, Everywhere! It centers on a pair of robots who become fast friends and try to one-up each other by wearing different costumes including — you guessed it! The book reinforces the worthwhile idea that friendly competition breeds a stronger bond. Unless of course Super Smash Bros. But, your kids will likely enjoy the story of a motherly bird who takes a lost droid under her wing and eventually teaches him to fly. This is how it starts people! And there are planets instead of houses. Boy worries something is wrong when his robot buddy powers down to recharge; robot worries his human pal might be sick when goes to bed. Neither understands the necessity for rest — classic misunderstanding! And while the idea of a robot watching a little boy sleep might give you the heebie jeebies, its no different than your kid nodding off near a smartphone. Sign up for the Fatherly newsletter to get original articles and expert advice about parenting, fitness, gear, and more in your inbox every day. Please try again. Give us a little more information and we'll give you a lot more relevant content. Your child's birthday or due date. Girl Boy Other Not Sure. Add A Child.

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