ACEBOTT Robot Kit ! Robotics for Kids Ages 8-16 ! STEM Toys for Boys.
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ACEBOTT Robot Kit ! Robotics for Kids Ages 8-16 ! STEM Toys for Boys.
69,99 $
Learning ACEBOTT Robot Kit Robotics for Kids
Fingers-On STEM robot learning. This STEM robotic kit combines coding, electronics, and robotics right into a a laugh fingers-on learning experience. Powered via an ESP32 controller and guided through sixteen tale-based tutorials, this robotics package allows kids a while eight–12 12-sixteen build actual-world STEM competencies even as sparking creativity. A really perfect introduction to robotics for kids a while eight–12 12-16, best for technology fairs, lecture room use, or at-domestic tasks.
Coding ACEBOTT Robot Kit Robotics for Kids
Construct Your own robotic – determine-infant DIY fun. This Arduino-well suited coding robot kit consists of HD films and illustrated step-by-step instructions, making it easy for children and dad and mom to collect together. Fantastic for circle of relatives STEM bonding, the technique boosts confidence and crucial questioning abilities. A exquisite choice for constructing units for boys and robotic kits for kids age 8-12 12-sixteen. Tutorial & code course: ACEBOTT authentic internet site → resources → WIKI and assembly Video. Observe: Batteries now not blanketed.
Expandable ACEBOTT Robot Kit Robotics for Kids
Expandable robot package – endless Creativity. This programmable robotic supports expansion with camera, robot arm, tank music, and sun panel kits (sold one at a time), making it one of the maximum attractive STEM toys for boys age 8-12 12-16. Kids can hold their adventure with the aid of upgrading functions as their curiosity grows—perfect for both coding toys for a long time eight-thirteen and engineering kits for kids age 14-16. App & far off manage. With both IR far flung and smartphone App (iOS & Android), this programmable robot automobile gives clean, bendy manage indoors and exterior.
Excitement ACEBOTT Robot Kit Robotics for Kids
Whether children are coding or simply playing, it enhances self belief and excitement while exploring era—an awesome robotics package for impartial gaining knowledge of. 360° Mecanum motion – learn with the aid of Exploring. The 4WD robotic automobile functions omnidirectional Mecanum wheels that allow complete 360° movement—sideways, diagonal, rotation, and drifting. Incredible for completing impediment challenges and narrow route navigation, this stem robot improves spatial reasoning and hassle-solving.
Pavement ACEBOTT Robot Kit Robotics for Kids
Ideal for more than one terrains like carpet, tile, and pavement. Inspiring STEM present. Combining engineering, robotics, and palms-on studying, that is the closing STEM package for youngsters age 12-14 and even terrific for engineering kits for youngsters age 14-sixteen. Whether or not you are gifting for birthdays, vacations, or a technology honest venture, this robotic kit makes an thrilling and educational present that kids and teenagers will love.
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| Color | Yellow+robotic Arm, Yellow+camera, Yellow+solar Panel, Yellow+tank Treads, Yellow |
|---|---|
| Brand Name | ACEBOTT |
| Age Range Description | Kid |
| Educational Objective | Coding Skills, Imagination Development, Logical Thinking, Problem Solving Skills, Programming Skills, STEM |
| Customer Reviews | 4.5 4.5 out of 5 stars (31) var dpAcrHasRegisteredArcLinkClickAction; P.when('A', 'cf').execute(function(A) { 4.5 out of 5 stars |
| Best Sellers Rank | #57,481 in Toys & Games (See Top 100 in Toys & Games) #102 in Remote- & App-Controlled Robots #898 in Kids' Electronics |
| ASIN | B0F886WQXX |
| Included Components | smart robot car kit |
| Item Height | 2.5 inches |
| Manufacturer | Shen zhen shi ai si bo ke ji you xian gong si |
| Item Dimensions | 9 x 7 x 2.5 inches |
| Theme | Vehicle |
| Feature | Inspiring STEM Gift. Combining engineering, robotics, and hands-on learning, this is the ultimate STEM kit for kids age 12-14 and even great for engineering kits for kids age 14-16. Whether you're gifting for birthdays, holidays, or a science fair project, this robot kit makes an exciting and educational gift that kids and teens will love. |
10 reviews for ACEBOTT Robot Kit ! Robotics for Kids Ages 8-16 ! STEM Toys for Boys.
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clickz4clickz4 –
Best Kit I’ve Seen in 12+ Years
I have been involved in competitive robotics (and robotics education) for over 12 years. — This is the best beginners kit I have ever seen.When you buy a robotics kit, you are buying three things. The engineering to design the kit, the physical parts of the kit and the instructions/lessons that come with the kit.First things first, this kit uses what we call COTS parts. (Common Off The Shelf) You could basically buy every part from Amazon and make your own kit. The laser cut acrylic chassis is custom and the sensors are on custom breakout (mounting) boards. But more or less all the components are off the shelf. The engineering comes in making sure they all work together and the few custom pieces fit properly.This is where many kids robotics kits end. You get parts, they sorta work together and if you’re lucky an app to go with it.ACEBOTT bills itself as a robotics education company not a toy company. I can see why. There are hundreds of pages of documentation with this kit. It’s like enrolling in a college course, not buying a toy. Sure the kids have fun while they learn but make no mistake, you can use this kit to do a whole lot of learning. The kit even has an adventure game type thing to keep the student interest. (see picture)This kit is the ‘base’ kit the student can add on to for years. I believe every add-on is available on Amazon. On the software side they give lessons with three different programming environments (languages) and the student can work their way up to a very advanced level. (python) It’s amazingly well thought out.Overall the instructions (really lessons) are great with one exception. They are obviously not written by a native speaker and it’s painfully obvious. But if you look past that, the lesson content is amazing.As far as the price goes, adding up the parts in my head, the price is very close to what the base parts would cost you. But that does not include the lessons which are priceless. I’ll say this: I’ve probably bought (or donated) over $10,000 in robot stuff. I can say without a doubt this is the best value kit I have seen. And it’s not close.Two final important notes.1) If you’re a parent and you buy this, just know they may not take to it. But that’s ok. Most parents buy their kids musical instruments when they they are young. Few kids grow up to play but parent are ok with that. Robotics might not be their thing. Keep it around, hopefully they will grow into it.2) It’s near impossible for me to give you an age range on this. An interested 8 year old with LOTS of adult help would get a lot out of it. I’d think 6th-7th grade might be the lower limit if they are learning solo. You do not need to be a geek parent to help the kid. You can use this to learn too.My conclusion won’t surprise you. Buy it.
2 people found this helpful
George GilmanGeorge Gilman –
Bored my STEM focused nephew due to subpar instructions
I have a nephew in the middle of the reported age range of this product. He’s a bit of an engineering prodigy and has won some local STEM awards, including college scholarships, which is awesome for his age. As a practicing engineer myself, I’m very proud of him and try to encourage his advancement in this area as much as I can so picked up this kit to work on with him.We spent a couple of hours on this project, primarily him working on it with my supervision. The instructions are all online so I printed them out for him to have access. While I appreciate the design and concepts behind it all, I personally found the instructions to be a bit lacking in places, being unclear on exactly how things fit together during the mechanical construction. At this point, we haven’t gotten to programming yet but even though this type of thing is exactly up my nephew’s alley, he became bored with project relatively early on and abandoned it. The impression I got was that it was primarily due to the instructions as a couple of times, he’d put something together only to find out he had it backwards or something and need to re-assemble.I ended up finishing the mechanical assembly myself. Though I earned a degree in engineering many years ago, I found there were a couple of places myself that required some thought into how things were to be constructed. I didn’t have any big issues, but I could certainly see where someone less experienced would be frustrated with the kit.Personally, I love the design and all the things you can do with it. I just wish that for the advertised age range, things were a bit simpler to construct. Having connectors or screw holes that can only be done one way, that sort of thing. Or possibly outline some tests along the way, building things up module by module, as is good engineering practice anyway. Either that, or increase the advertised age.We haven’t worked through any of the software development yet. I’m hoping that with the graphical nature of the programming, my nephew will stay better engaged and we can still use it as a learning tool for that.I’m a little torn on scoring the stars on this one. I love the product but with it boring my nephew, who is the exact target of this product, I’ve got to take something away.
S. MillerS. Miller –
Very cool, fun, and educational
I’m a kid in my 50’s and thoroughly loved this. My dad brought home an Apple ][+ computer when I was 12 years old and I become obsessed. It turned in a 40+ year career for me. I think all kids should be exposed to a few STEM projects – you never know what might trigger a lifelong passion or career. Worst case, your kid is not interested and you are out a few bucks.I had never heard of the company ACEBOTT, but I would suggest taking a look at their website. They are really trying to bring robotics and programming to the young masses. They have great products, software, tutorials, videos, and education programs for schools.This is actually my second ACEBOTT kit. My first was a combo package of this Smart Robot Car (QD001) plus the Robot Arm Expansion Pack (QD007). Honestly, I found this robot car to be the most fun to build and use, so I would start here. You can always buy the expansion packs separately if you want to continue with more. This second car was built by my son so we can do battles and stuff.This kit is really fun to build. We spent about 2 hours for the first time through and a little less for the second build. They have Lego-like instructions on their website as well as instructional videos on YouTube.Once assembled, you can freely program them to do whatever you want. ACEBOTT has their own program call ACECode, but you can also use other programs such as the Arduino IDE or Microsoft MakeCode. The ACECode software is a great place to start, and it includes a bunch of sample apps to get your robot going right away.The ACECode program is great for newbies. You can use their drag-and-drop “blocky” interface to build apps with little knowledge about programming languages. However, there is a window on the side that shows the resulting underlining C code or Python code that is being built as you drag the building blocks around. It’s a brilliant way to teach programming – over time, users can start making changes directly to the C or Python code.As for ages, ACEBOTT recommends 16+. That seems about right, but I would definitely say younger kids could grasp this if they seem STEM minded (or have help from STEM minded parents/siblings). I think the fear is that you don’t want to push kids away from STEM if they are too young and get frustrated.
2 people found this helpful
Megan –
Decent toy, great for teens but pricey!
I purchased this for my 9 year old daughter but we quickly realized it was quite advanced for her. I had to do most of the building myself. It’s recommended for ages 8-12 but I feel like this is way off and it’s better for teenagers. As an adult, I had fun building this and playing with it so I don’t really think there is an age limit. Everything went together nicely but the instructions could be more clear especially since some pieces have to face certain ways and it’s difficult to see this in the instruction images. I also didn’t realize that a special battery had to be purchased separately in order to use this so it makes this pricey toy even more expensive. It is a cool learning toy but I don’t think it’s quite worth the cost. $50 max would be my limit but of course that’s just my opinion on this, some might find it well worth the full price. The quality is good and we will get some good fun out of the toy.
TFM –
Great Robotics Kit, More Advanced than Age 8 as Suggested, Lithium Batteries Not in Box
This is a great STEM kit for a young person with exceptional interest in robotics and programming. I confess to being an older scientist (biologist) thinking it would be fun to do it myself and then give it to a young family member. I think is more of a project for a child of 12 or older, rather than 8+ as stated. The parts are well made, well-packaged and labeled. There are no print instructions so it requires downloading tutorials from ACEBOTT and working from those. It also ships without the two required lithium batteries and those are not easily available or to get shipped in Hawaii so be sure you can get the 18650 Li-on batteries. Documentation with the kit is very limited so you will rely on the tutorials to make it work. Children in my family are too young for this, but it will be useful in our local school robotics program. I gave up early on as I think some children might do, but a kid with strong interests in robotics would likely enjoy the challenge.
HonuetteHonuette –
Well done! Great Kit to “Empower Children, Create Future”
11 yo LOVES this. He’s really into robotics and dove right in to put this kit together. The instructions were pretty good – mainly he relied on the photos and only read the words when necessary. Instructions are available via QR code but we printed them out at his request to avoid continuously referring to a phone screen. The parts are well made with precision. One drill hole for the plate for the robot car computer was slightly off alignment so an intended screw couldn’t be used there, but there were three other attachment points for the same piece that seemed to adequately secure it. The many pieces were labeled well. Cute features were noted including the cat-head shaped sensors plate and many stickers. The photo is after about 2 hrs. of focused assembly. We still need to get batteries (two 18650 rechargeable lithium 3.7V) and finish the robot arm so he plans to work on both tomorrow. He’s excited about the prospect of programming the robot. Assembling this kit gave him a real sense of independent accomplishment, and he pointed out the motto on the box, “Empower Children, Create Future”. It made a great and educational afternoon project! (He thinks an 8 yo might be a little challenged putting it together.)
CharlesCharles –
Decent, but not completely kid friendly.
All parts come in small resealable baggies, but are loose within the container itself. This lead to a few of the components being slightly bent, not so badly as to be in danger of separation, but definitely puts undue stress on the pins.There are no instructions included within the container. You have to download them from a qr code. The qr code leads to website containing multiple different tutorials for other parts, requires some looking to actually find the correct tutorial.The tutorial is 2.4 gigabytes zipped because it also includes all of the expansion packs in one set.The file name scheme is abysmal, with nothing to indicate which file is for which module or for the car itself. The instructions are pretty standard, nothing amazing but definitely simple and thorough enough for children to followThe included battery pack is made for 18650 cells, which aren’t included along with the product. A link to the cells to purchase separately is included. No alternative method for power is suggested/provided.ESP32 is equipped with USB power as well as barrel jack.The kit includes a full roll of electrical tape, though not inside of its own package, leading to sticky residue over some of the bags and components.It has a custom ESP shield to plug all components into, which makes this kit less of a wiring project and more of a coding project with construction parts. The wires seat nicely and should be fine for most kids. However, any adults helping them may struggle to manipulate the wires with their larger hands.The acrylic sheets were pretty difficult to separate from their covers. It took a sharp object to actually peel it back.Hardware fits together well, included cross wrench and screwdriver aren’t amazing, but adequate for putting the kit together.Overall, this is a decent kit with some nice parts, is a lot of fun to assemble, and a great way to learn robotics. However, young children will need some supervision to get this assembled.
Jcat –
A great kit, and a very flexible base for learning/hacking. You supply 2×18650 batteries.
I’ve put together a few AceBott kits, and I’ve always been happy. This kit is no different – the hardware is solid, and assembles easily. The electronics are pretty standard, but you do get some custom equipment (e.g., the ‘robot’ board to integrate control over the motors and other sensors). The tutorials are well-enough put together, but you can download the code directly as well. Overall, this is a really fun rover-style project with options for remote video, phone-based control, line following, etc… It’s a great option for someone with intermediate Arduino/ESP32 experience that is looking to get more into robotics. While a patient and curious beginner could ‘connect the dots’ without much prior experience, I think it would be worth having a more experienced guide. All told, it’s a good value – a good selection of components, a solid kit, great learning potential, and lots of fun. I’d recommend it for ages 12+.As noted in the title, this doesn’t come with 18650 batteries – I’ve received some slightly different battery holders in my prior kits, so make sure you check what style you need (button vs. flat-top, etc…)
Knight Flyer –
Great kit, with a few issues.
This is mostly a great kit — though there are a few areas where it could use improvement . Thus the 4 star rating.First the good stuff. Assembling the kit is pretty much a breeze. All the parts are well packaged and clearly marked. In most cases there are custom cable assemblies that make connecting the electronic parts quite straight forward. The assembly instructions are some of the best I have seen. Having said that, I should emphasize that is important to closely follow the instructions. It is easy, for example, to put the servo on the wrong side of the panel. This is not a fault of the design, it is just inherent in the nature of some of the parts.The first negative is that when you get everything together you have a brick sitting on four wheels. It does nothing until you program it. And that is the next issue: you will need to be reasonably familiar with the Arduino programming environment. That is not an issue in itself, it is just that this is not called out ahead of time. The other factor is that a student learns nothing about the vehicle itself: nothing about how the ultrasonic range system works, what a servo is, etc. There are some great write ups on other thing such as networking and such.Finally, when I assembled the the camera add on, I discovered that the timing for the servo was off and the camera would could be moved with the remote control.Summing up, as long as you understand that there are a few limitations, this is a great kit to put together and a blast to show off as it moves not only forward and backwards, but side to side as well.
Mr. AnonymousMr. Anonymous –
An intro to blocky style programming & robotics, but lacking on programming side.
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Overall this is a great little kit for getting into robotics and blocky programming.Assembly is fairly straight forward if you’re using the guide, although know that there is no printed manual or guide for the robot kit itself, or for programming. This is only available on the computer via a download package.Personally I think the wiring, labeling, and wiring diagrams could be improved with either cables that are different colors or simply wires with number tags on them. This would be easier for assembly and for tracking down any issues. In fact it might be worth labeling them as not even the circuit board has complete labeling on it. Some items are labeled, and others are not.As far as the programming side is concerned, I feel this is lacking. The kit does have a tutorial and is geared for beginners. It puts the tutorial into a story with problems to solve thus engaging the learner in the process. Theoretically this is good, although I question if it is the best approach. The ACECode program used for programming is a blocky design and programming in this manner is easy enough for beginners.Do keep in mind that the kit does not come with batteries. You’ll need to supply your own 18650 batteries. I didn’t see any information about whether the 18650s should be flat-top or button-top on the product page, and so reached out to ACEBott. They promptly responded and told me I needed flat-top batteries, which I then ordered. However after opening the kit and going though the assembly I find that the kit itself requires button-top. So that was a setback. Frankly, the kit should come with batteries in my opinion. Keep in mind that you’ll also need a method of charging the batteries, so that’ll set you back even more. Realistically the batteries and a decent charger are going to set you back another $30-$50, so in that respect the kit is far from complete.Overall I like it, and for the most part it was thought out and executed well. I don’t think an age range of 8-12 is at all realistic for most learners for the kit. Sure they could assemble it with help, and once the computer side is set up might be able to navigate it a little but for actual realistic learning high school age and older is more appropriate. Further, the kit and guide lack any guidance on programming basics, layout, etc. It just dives into placing commands in a certain order and make the car go. Again, at least high school age is more appropriate here.