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makerzoid Robot Master Coding Robots,200+ in 1 APP Controlled Robotics Kit,Programmable,Educational Toys Set with 47 Video Courses,STEM Building Blocks,Robot Toys for Boys Girls,600 Pieces (Premium)

    • Based on 22 reviews
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Availability: In Stock.
Fulfilled by Amazon
Arrives Tuesday, May 14
Order within 10 hours and 19 minutes
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Edition: Premium


Features

  • [600+ blocks and 200+ Robot Models in 1] With this Robot Master Premium building blocks set, you can build more than 200 robots from simple to complex, which contains a lot of robot knowledge such as machinery, gears, structure, transmission, etc.Both Children and parents will enjoy the fun of building a robot and making a programming for it. At the same time, it helps develop children's mind, DIY and logical thinking ability.
  • [Home Tutor&Teaching Tool for Coding Learning]This ROBOT MASTER robot kit is equipped with 47 robotics courses for kids to learn how to build, control and code at home while playing with this toy set.It also comes with 2 built-in motors and 2 sensors(Batteries NOT included.).
  • [Graphical Programming &APP Control]Kids will learn to code and develop creative problem-solving skills as they play with this interactive educational toy - ROBOT MASTER robot kit,featuring graphical programming, as simple as a drag and drop game. They can also bring this tech toy to life with APP control.
  • [Detailed Paper Manual &APP Instruction]The paper manual of Robot Master Premium Robot Kit teaches children how to build the robots from simple to complex, so kids can enjoy creating without the interference from smart devices. And it is also equipped with an APP to teach them how to build, control the robots and write a program.
  • [Fancy Storage Box&Sorting Plate]The big and fancy storage box is included in the Makerzoid Robot Master Premium toy set to help children develop a good habit of packing and collecting their own toys. And the sorting plate will be less time-consuming because kids could organize the building blocks based on the color and size.

Brand: makerzoid


Theme: Robot,Robots


Age Range (Description): Kid


Item Dimensions LxWxH: 16.14 x 11.81 x 4.72 inches


Educational Objective: Creative Thinking, Sorting Skills, Problem Solving Skills, Team Building Skills


Product Dimensions: 16.14 x 11.81 x 4.72 inches


Item Weight: 4.05 pounds


Manufacturer recommended age: 6 years and up


Department: unisex-child


Manufacturer: Makerzoid


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If you place your order now, the estimated arrival date for this product is: Tuesday, May 14

Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.

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Top Amazon Reviews

    • Buen kit pero puede mejorar
Edition: Premium
Es un muy buen kit para el uso diario de los niños, si lo planeas utilizar con tus pequeños en casa es altamente recomendable, muy parecido a los kits de las versiones lego (en cuanto a los bloques), los ladrillos son de alta calidad y ensamblan muy bien, tienen colores nítidos, brillantes que hacen que los niños se diviertan armando la enorme cantidad de diseños que contiene su plataforma. He probado diversos kits educativos de lego, chinos y de otro origen y por la calidad y ensamble para el uso doméstico, me quedaría con este. Sin embargo, si lo que deseas es implementar este kit en una escuela o salón de clases, hay algunos aspectos que debes valorar antes de adquirirlo, y necesarios que el fabricante atienda para que el producto tenga una calidad óptima, y me refiero a la parte de la electrónica: 1.- Los sensores de movimiento detectan perfectamente si hay o no, un objeto delante, sin emabrgo, son muy molestos cuando se necesita determinar distancias intermedias o cambios de color para seguir líneas. 2.- Los sensores de movimiento detectan objetos incluso si acercas tu mano u objeto por encima de él(en perpendicular a los leds), debería solo detectar obstáculos hacia la dirección a la que apuntan los leds(en paralelo a los leds). Esto dispara eventos inesperados en la programación y desepera a los niños, si no se conoce realmente su funcionamiento. 3.- Los cables de conexión, tanto de los sensores como de los motores son muy delgados y susceptibles a que se dañen fácilmente, considerando que son niños los que utilizan el kit. 4.- El proveedor no ofrece elementos electrónicos de repuesto en caso de daño de algún dispositivo, sobre todo si sucediera lo mencionado en el punto anterior, es necesario comprar otro kit (ya realicé la pregunta en el portal del fabricante y me informaron que no venden sensores o motores por separado). 5.- Los motores son potentes a altas velocidades, sin embargo a bajas velocidades, es tan bajo el torque que no logran activarse cuando estan montados, incluso, en modelos con bajo peso. Esto genera imprecisión en determiandas situaciones. 6.- Los motores son muy lentos en responder, lo que complementa la imprecisión de la que se mencionó anteriormente, por ejemplo, desde el código se envía el apagado o encendio del motor esperando a que casi inmediantamente los motores se detengan, situación que no ocurre y tardan mas de 1 segundo en hacerlo, llegando a ser fastidioso para los niños. 7.- La interfaz de programación es una adaptación del scratch, en diversas ocasiones se congela, no guarda los cambios y no es nada intutiva para un niño (fue probada en IOS). 8.- Debido a la lentitud de la respuesta de los sensores y motores, existe una urgente necesidad que se actualice este aspecto para que lo que se programa en el software realmente se ejecute en el robot. Esto origina también una desilusión en los pequeños al no poder realizar sus propios algoritmos. Esta situación se hace muy notoria cuando se asignan tiempos pequeños de trabajo a los motores, 0.6 segundos por ejemplo, el programa se termina ejecutando pero los motores no responden a todas las instrucciones que se han programado y realizan movimientos sin sentido, que no corresponden a los que se colocó en el editor. 9.- La interfaz de programación requiere urgentemente un rediseño. ... show more
Reviewed in the United States 🇺🇸 on November 15, 2022 by Marco Caballero
    • No lack with APP installed in Japan
Edition: Premium
Nice kit, but no way to get registered in the app. installed in Japan. No place to "put card number". Login can be done only via e-mail or phone number... neither worked :(
Reviewed in the United States 🇺🇸 on March 8, 2023 by Oleg Gusev
    • It's worth the money
Edition: Premium
My son likes the toy a lot. He is a little bit too young to read the instruction now so he just put random pieces together out of his imagination. I can see that when he is older he will like it more because he can follow the steps in the instruction manual. It is especially cool this toy comes with programming feature. When we put batteries in the figures, they could walk and move around. Makerzoid is advanced in this sense. I'd like to recommend this product to my friends. ... show more
Reviewed in the United States 🇺🇸 on March 24, 2023 by May
    • Very handy for learning and program coding with much fun!
Edition: Standard
Review Image by Chuan Chen Chuan Chen
Review Image by Chuan Chen Chuan Chen
I've been looking for something which could help me to learn the basic things about how the robotic control coding works, instead of jumping into some Online intensive courses. So I saw this set of robotic Lego toys at a show booth in 2023 CES Exhibit, and later ordered one. It's so cool, catching up the good time used to play Legos with my son, and learning some basics about robotic coding at the same time. The provided and free courses are very helpful to understand how to code the motion control. It's so much fun!!! ... show more
Reviewed in the United States 🇺🇸 on March 17, 2023 by Chuan Chen Chuan Chen
    • Let me help you get started!
Edition: Standard
I got started the wrong way...I scanned a QR code for a video tutorial in the manual, and that dumped me into a Chinese website (at least, I think it was Chinese, but I might very well be wrong about that). I went to the company's website and tried their chat system, but I got an automated response that said to email them; I guess they don't have a chat system anymore. I was a little annoyed and was going to return the product, but I decided to see if the company would respond to a question I posted here on Amazon, and I got a response within 24 hours that was very helpful. So let me share with you what I found was the best way to proceed. 1. First, you need access to the app. Get out your Apple or Google device...it's easier to work with the app on a PAD rather than a PHONE, but use whatever device you have available. Scan the QR code on the OUTSIDE OF THE ROBOT MASTER BOX, and it will take you to the app that you need to download. If you prefer to manually search the App Store or Google Play store for the app, search for "MAKERZOID," the company's name. You might get 2 results: Makerzoid and Makerzoid Kit. You want the former, "Makerzoid," NOT the Makerzoid Kit. 2. Once you start up the app, you'll either have to create a new account right away (step 3 below) or select the kit that you purchased. If you have to create an account first, see step 3. Otherwise, select the kit that you bought. In my case (and probably yours), you want to choose "Robot Master," then "Standard." 3. At some point, you'll be prompted to login or create an account. You want to create a new account using a phone number and a password of your choice. Fortunately, you can use a short, simple, easy-to-remember password if you'd like. No need to create an extra long password with uppercase, lowercase, numbers, and punctuation marks! You’ll receive a text message on your device to confirm the phone numberm and, once you do, you should be able to log in to your account. 4. I recommend you next click the GEAR ICON in the upper left corner. Tap Language, and select the correct language. You don't need to access the "Parameter" or "Mine" sections in Settings right now. So after setting the language, click the left arrow button in the corner to return the previous screen. 5. Click the COURSE option, and try to play the video. You won't be able to because it's locked. Tap on the EXCHANGE CODE option. You'll be presented with 2 boxes, one to enter the "number" and another box to enter the “password.” Remove all the bags of parts from the box until you get to the bottom where you'll find nice empty plastic bags (a nice touch, but there really big!) and a credit card-sized card sealed in plastic. Rip apart the plastic to get access to the card. Find yourself a quarter or another coin, and scratch off the label in the bottom right corner of the card. You should find an 8-digit number underneath it. 6. Now back to the 2 boxes in the app. In the first box, enter the really long "Card No:" in the bottom left corner of the card. It might start with "CC" and then have a long series of digits after it. Type in the entire number into the first box, and double check to be sure you didn't make a mistake. Be especially careful if your number contains a bunch of 0's like "000000." You want to be certain you enter the correct number of 0's. I'm not sure if the Card Numbers are standard, but my number (including the CC) was exactly 20 characters long. 7. Now for the Password box. No, you don't want to enter the password you created for your account in step 3 above. You want to enter the 8-digit code that you revealed in the bottom right corner using your coin. If you enter everything correctly, you'll see something like "Redemption Successful." Now you have access to all of the video tutorials in the app and anything else that might be locked. 8. Next, you'll want to organize all the parts. Trust me, you do. Otherwise, you'll end up with a mess of unorganized parts, and it'll be impossible to find whatever it is you need to assemble a kit. Also, by organizing everything into bags, it's less likely that anything will be lost. I recommend you keep all the parts from each individual bag together. Over time, you might find a better way to organize everything, but for now, organize by bag. 9. You can use the bags that they provide, but I found it easier to use a series of smaller kitchen Ziploc-type "snack bags" and "sandwich bags." The smaller snack bag size is better to store the bag of black, gray, yellow, and blue "pins." These will be important for just about everything you build. 10. Eventually, you'll get to the "Host Controller," the brains of the kits you'll end up building. The host controller is a small plastic "box" with a white top and a gray body that's covered with Lego-like pins and holes. It's around 2-1/2" long, 1-1/4" wide, and 1 inch tall. Take note that one end of it has 2 round holes while the opposite end has a small, plastic, power button. 11. Hold the controller in one hand with the white side facing DOWN and the gray side with the array of 3x7 Lego holes facing UP. With your thumb, push down and slide the gray side with the holes AWAY from the end containing the 2 round holes and TOWARD the end with the plastic power button. That's the lid that will reveal the battery compartment. 12. You'll need to insert 2 AA batteries, but you know what. For now, just put the host controller, the lid, and the 2 AA batteries into a snack bag until you actually need them. You'll have a fair amount of building to do before then, and you don't want to take a chance that the batteries end up leaking and ruining anything. But if you’re eager to start, keep reading. 13. In the bag with the Host Controller, the lid, and the 2 AA batteries, also include the light gray/dark gray cylindrical looking thing with the 2 thin black wires. That's the motor that makes the kits operate. 14. You'll probably want to rely on the app to learn how to put different models together, but pages 001-003 of the "Robot Programming MANUAL" that you find at the bottom of the box with the registration code card describes the Host Controller, how to insert the batteries, how to connect the Motor, and how to connect the Distance Sensor. That part of the manual will come in especially useful when the time comes that you need to put those critical parts together. If you wish, do it now, and then put that section into a bag by itself. (Continue reading.) 15. The Motor looks like it has a single black wire connected to it at 2 different points. But one end of the wire is connected to a small Lego-like CONNECTOR that is "2x2" in size. Detach this from the Motor, and you'll see that the Motor is at one end of the black wire, and the 2x2 Connector is at the other end. Page 2 of the Manual is a little confusing as to how the 2x2 Connector attaches to the Host Controller so let me help you with that. 16. Hold the Host Controller, white side up, with the Power Button end facing you. You'll see that the end of the white side at the Power Button end has 2 different 2x2 arrangements of Lego-pins with 5 holes in each (the holes are in the shape of a plus sign). 17. Hold the 2x2 Connector with the black wire, and affix it to the 2x2 section of pins on the RIGHT 2x2 arrangement of Lego pins on the white side of the controller, closest to the Power Button, but first read the next sentence: IMPORTANT: THE BLACK WIRE SHOULD BE EXITING THE CONNECTOR ON THE POWER BUTTON END OF THE HOST CONTROLLER. Don't try to attach the Connector so the wire exits the long edge of the Host Controller (you might end up bending or breaking the 2 small gold connections pins), and don't attach the connector so that the black wire extends across the entire white side of the controller. The best picture that illustrates this is the blue #1 box on the bottom of page 002 of the manual. 18. If you do put the 2 batteries in the Host Controller, the blue box #2 on page 002 shows you how one of the buttons on the Host Controller makes the motor spin one way while the other button right next to it makes the motor spin the other way. And on the opposite side of the Host Controller, there's a single button that stops the motor. 19. The Distance Sensor is a much smaller piece with a long thin black wire. Detach the CONNECTOR from the Distance Sensor. The Distance Sensor connects to the OTHER END of the Host Controller, the end with the 2 small circular holes. At that end, on the white edge, you’ll see 2 sections, each section containing a row of 3 holes. Attach the Distance Sensor to the LEFT SECTION so that it’s in the same row containing the Motor Connector. Again, the black wire should be exiting the end of the Host Controller with the 2 round holes. For now, put this entire assembly into a bag by itself. Again, if you’re worried, remove the 2 batteries so they don’t leak. You might not need this assembly until you finish your first project. 20. As for the app, there are both COURSE videos you can watch or, if you prefer, you can click on different "kits" that provide you with excellent step-by-step descriptions of how to put different things together. Choose whichever approach you prefer. My preference was to go with the Kits approach because each step is very simple and clear, and you and your child can go at your own pace instead of having to constantly pause and rewind the video you might be watching. And talk about Kits! In the BASIC section alone, there are some 66 different and fairly simple things you can start with, especially if your child is on the younger side. In the Mechanical section, you'll find 9 different models, 41 models in the YL Corps, etc. SO MANY PROJECTS TO BUILD! By the way, if you ever figure out what YL stands for, let me know! :) 21. Anyway, that's enough to get you started. On page 005 of the manual, you'll find a lengthy parts list, but like I said, organize everything into individual bags. If you're curious, you can look through the manual and see how to put different things together, but I think you'll agree that the app is the easier way to go. GOOD LUCK and ENJOY! ... show more
Reviewed in the United States 🇺🇸 on June 2, 2023 by Schnel

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