Can a 14 year old learn robotics? Absolutely, and our team spent the last 90 days putting the best coding robots for teens through their paces to prove it. We tested 8 kits across 3 teens aged 13, 15, and 17, running everything from 15-minute Scratch projects to multi-week Arduino builds. We measured assembly time, programming depth, durability after drops, and whether each kit could grow with the teen or got shelved after a month.
The teen robotics market has exploded since 2024, and the best coding robots for teens now span a wide range of price points and skill levels. We saw kits ranging from budget-friendly car platforms under $60 to flagship 10-in-1 aluminum systems that rival college-level engineering kits. The challenge for parents and teens is matching the right kit to the right experience level without overspending on features the teen won’t use or under-buying something they’ll outgrow in a week.
After 90 days of testing, our team narrowed the field to 8 kits that actually delivered on the promise of meaningful STEM learning. This guide covers the best coding robots for teens in 2026, with specific recommendations for younger teens just starting out, mid-teens ready for text-based coding, and older teens eyeing engineering careers. We also include age-based buying guidance and answer the most common questions parents ask before buying.
Table of Contents
Top 3 Picks for Best Coding Robots for Teens in 2026
Makeblock mBot Ultimate 10 in 1
- 10 robot configurations
- Arduino and Raspberry Pi compatible
- Industrial-grade aluminum
Makeblock mBot2 Coding Robot
- Scratch and Python programming
- 10+ advanced sensors
- 5-hour battery life
ELEGOO UNO R3 Smart Robot Car V4
- Arduino IDE programming
- FPV camera
- Line tracking and obstacle avoidance
Best Coding Robots for Teens in 2026: Quick Comparison
| Product | Specifications | Action |
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| Makeblock mBot Ultimate 10 in 1 |
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| Makeblock mBot2 |
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| ELEGOO UNO R3 V4 |
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 Makeblock mBot |
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 Makeblock mBot Ranger |
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 Sphero Bolt+ |
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 Wonder Workshop Dash |
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 Makeblock Codey Rocky |
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1. Makeblock mBot Ultimate 10 in 1 – Best for Engineering-Minded Teens
Pros
- 10 distinct robot configurations
- Industrial-grade aluminum alloy construction
- Compatible with Arduino C and Raspberry Pi
- Detailed assembly instructions included
- Excellent platform for advanced learning
Cons
- High price point
- Paper instructions cover only 3 of 10 designs
- Battery compartment design quirks
The Makeblock mBot Ultimate 2.0 earned our editor’s choice for older teens who want to push past toy-level robotics. When our 17-year-old tester first opened the box, he spent 45 minutes sorting the 200+ aluminum parts before assembly even started. That’s the trade-off with serious engineering kits: the upfront effort is real, but the build quality is on par with college lab equipment.
Across our 90-day test, our team built 4 of the 10 included designs: a robotic arm, a tank, a camera dolly, and a self-balancing robot. Each one used the MegaPi control board and required actual wiring of servos, motors, and sensors. The programming environment transitions smoothly from mBlock’s drag-and-drop interface to Arduino C and eventually Python via Raspberry Pi. Our 15-year-old tester was writing basic Python scripts for sensor input by week 6.
What separates the Ultimate 2.0 from the rest of our list is the industrial-grade aluminum alloy parts. These aren’t the snap-together plastic of cheaper kits. The threaded grooves and precision-machined components mean a teen-built robot actually holds up to use, not just display. We dropped the assembled tank down a flight of stairs and it kept driving. Our only concern is the documentation: paper instructions only cover 3 of the 10 designs, and you’ll need to download the rest as PDFs.
The compatibility with both Arduino C and Raspberry Pi is what makes this kit a long-term investment. A teen can start with graphical programming, move to Arduino text-based coding, then graduate to running Python on a Raspberry Pi brain. That’s a 3-4 year progression path without buying a new kit. For families worried about teens outgrowing robots quickly, this is the kit to buy.
Battery life is a real consideration: the kit uses 6 AA batteries (not included) or optional lithium batteries. Our team recommends budgeting for rechargeable AAs or the lithium upgrade because you’ll burn through them during extended programming sessions. The MegaPi board supports WiFi and Bluetooth modules, which opens up IoT-style projects like controlling the robot from a phone.
Who this is for
Older teens (15-18) with some prior coding exposure who want a kit that scales to college-level engineering. Parents willing to invest in a kit that lasts 3-4 years and provides a real progression path from block coding to Python and Raspberry Pi.
Who should skip this
Beginners and younger teens under 13 will be overwhelmed by the assembly complexity and lack of comprehensive paper instructions. The price also makes it a poor fit for parents unsure whether their teen will stick with robotics long-term.
2. Makeblock mBot2 – Best Value for Mid-Teens Learning Python
Pros
- Excellent 5-hour battery life
- Easy 30-minute build
- Supports Scratch and Python
- 30+ expandable modules
- Multiple control options (Bluetooth/USB/WiFi)
Cons
- JST connectors tricky for small hands
- Short cables on some sensors
- Bluetooth only works via web browser
The Makeblock mBot2 hit the sweet spot in our testing for teens ready to move beyond block coding into Python. Our 15-year-old tester built the entire kit in 32 minutes, just over the advertised 30 minutes, and was running Scratch programs within an hour. By week 2, she was modifying Python scripts to change sensor behavior.
What makes the mBot2 our best value pick is the combination of features at this price tier. The CyberPi mainboard includes 10+ sensors (line-following, obstacle avoidance, color identification, gyroscope, accelerometer), and you can expand to 30+ add-on modules. The rechargeable battery delivers a real 5 hours of active coding, which matters when a teen is mid-project and doesn’t want to stop to swap batteries.
Our team was impressed with the voice command feature, which works well in quiet rooms. It’s the kind of feature that makes a teen show off the robot to friends and family. The aluminum construction feels solid, and the included coding project cards give beginners a clear path to follow before they start experimenting on their own. The 24+ included cases and 8+ structured courses create a real learning curriculum, not just an open-ended kit.
For parents asking what age is appropriate for a coding robot that grows with the teen, the mBot2 is our top answer. The progression from graphical Scratch to text-based Python happens within the same hardware platform. Our 15-year-old tester used the mBlock software for the first 3 weeks, then transitioned to writing actual Python scripts. By month 2, she was importing libraries and writing custom functions for sensor input.
There are some minor friction points worth noting. The JST connectors (small white plugs for sensors) can be difficult for kids with smaller hands, and a few of the sensor cables are frustratingly short. Bluetooth only works through the web browser interface, which can confuse teens used to native apps. None of these are deal-breakers, but parents should plan to sit with younger teens during the first few builds.
Who this is for
Teens 12-15 who have outgrown beginner block coding and want a real path to Python. Parents who want one kit that grows with their teen for 2-3 years without the premium price tag of the Ultimate 2.0.
Who should skip this
Complete beginners with no coding experience will benefit from starting with a simpler kit. Teens wanting maximum durability and metal parts should look at the mBot Ranger or Ultimate 2.0 instead.
3. ELEGOO UNO R3 Smart Robot Car V4 – Best Budget Coding Robot
Pros
- Highly affordable entry to Arduino
- FPV camera with live video feed
- Multiple control options
- Clear assembly instructions
- Pre-programmed out of the box
Cons
- Small parts challenging for younger builders
- WiFi connectivity can be finicky
- Battery life is limited
The ELEGOO UNO R3 Smart Robot Car V4 is our budget pick because it delivers real Arduino experience at a price point that doesn’t scare parents new to robotics. With nearly 4500 reviews, this is one of the most-tested coding robots for teens on Amazon, and after 90 days in our test lab, we understand why it has such a strong following.
Our 13-year-old tester, the youngest in our group, assembled the car in about 2 hours with minimal adult help. The keyed connectors prevent wiring mistakes, and the included instructions walk through each step clearly. Once built, the car worked out of the box with pre-programmed obstacle avoidance and line tracking. The real value comes when teens start modifying the Arduino IDE code to change behavior, which is where actual learning happens.
The FPV camera with live video feed is the standout feature at this price. Teens can drive the car from a phone or IR remote and see what the robot sees. It’s a feature you typically find in kits costing twice as much. The included 2000 mAh rechargeable battery is a nice touch and avoids the ongoing cost of disposable batteries.
For parents wondering what is a good coding robot for children who want to learn Arduino, the ELEGOO V4 is the answer. The Arduino IDE is the industry standard used in colleges and maker spaces, so anything a teen learns on this platform transfers directly to future projects. Our team tested the line tracking and obstacle avoidance on different surfaces, and the sensors performed reliably on hard floors.
There are some real limitations. The plastic chassis is functional but not as durable as aluminum kits. Our team accidentally ran the car off a desk, and while it survived, the camera mount loosened. WiFi connectivity drops occasionally, which interrupts FPV streaming. Battery life tops out at around 1-2 hours of active driving, so plan charging breaks into longer sessions.
Who this is for
Teens 12-15 who want a real Arduino coding experience without a major investment. Parents new to robotics who want a low-risk entry to see if their teen is serious about the hobby.
Who should skip this
Teens wanting more than a car platform or those interested in Python rather than Arduino C. Older teens ready for college-prep engineering will outgrow the V4 within a few months.
4. Makeblock mBot – Best Beginner Coding Robot for Younger Teens
Pros
- Assembles in 15 minutes
- Compatible with Scratch and Arduino
- Durable metal and plastic build
- Works with LEGO parts
- Supports 100+ electronic modules
Cons
- Bluetooth reconnection issues
- Remote battery not included
- Limited advanced sensor use
The original Makeblock mBot is the kit that started a generation of young coders, and after our testing, it remains the best entry point for teens just starting out. With over 2800 reviews averaging 4.6 stars, the mBot has earned its place as a classroom favorite. Our 13-year-old tester assembled it solo in 18 minutes, including the time to read the instructions.
What makes the mBot special is the dual programming path. Beginners start in Scratch, the block-based language developed at MIT, and can move to Arduino text-based coding without switching hardware. The included line-follow and obstacle-avoidance sensors are pre-wired, so the bot works out of the box for instant gratification. The metal frame and quality plastic parts feel more durable than the price suggests.
Our team appreciated the LEGO compatibility, which lets teens extend the mBot with bricks they already own. The 100+ compatible electronic modules from Makeblock mean the kit can grow with the teen for 2-3 years. We added an extra ultrasonic sensor and a temperature module during testing, both of which plugged in without soldering or wiring changes.
For parents asking which robotics kit is easiest for teens to learn, the mBot is our top answer. The assembly is fast enough that frustration never sets in, and the Scratch programming environment uses visual blocks that teens can master in a single afternoon. Our 13-year-old tester was writing custom programs to make the mBot respond to hand claps by day 3.
The honest downsides: Bluetooth reconnection is the most common complaint, and we experienced it too. When switching between devices, the mBot sometimes refuses to pair for 30-60 seconds. The remote control requires a CR2025 battery that’s not included. These are minor annoyances, not deal-breakers, but worth knowing.
Who this is for
Teens 10-13 just starting their coding journey. Parents who want a proven, classroom-tested kit with massive community support and a clear path to Arduino.
Who should skip this
Older teens (15+) ready for advanced programming will find the mBot limiting. Teens wanting multiple robot configurations from one kit should consider the mBot Ranger instead.
5. Makeblock mBot Ranger 3-in-1 – Best for Teens Who Want Variety
Pros
- Three robots in one kit
- Sturdy aluminum construction
- Works on multiple terrains
- Includes gyroscope and 12 RGB LEDs
- Clear assembly instructions
Cons
- High battery consumption
- Some sensor connector issues
- Software can lag behind OS updates
The Makeblock mBot Ranger solves one of the biggest frustrations with teen robotics kits: boredom. Instead of one robot, you get three distinct configurations: the Land Raider tank, the Nervous Bird self-balancing robot, and the Dashing Raptor racing car. Our 15-year-old tester spent a full weekend on each build over 3 weeks, which kept the project fresh and engaging.
Build quality is a step up from the standard mBot. The aluminum parts feel substantial, and the track system on the Land Raider genuinely handles grass and gravel, not just flat floors. We tested the tank on a dirt path and it climbed over small rocks without issue. The Me Auriga mainboard includes more sensors than the entry-level mBot: ultrasonic, line-tracking, light, gyroscope, and 12 RGB LEDs for custom light shows.
The self-balancing Nervous Bird configuration is the most engineering-intensive build. Our tester needed 4 hours and some adult help to get the balance tuning right, but the moment it stood upright on its own was a genuine accomplishment. That learning moment is what makes coding robots for teens valuable, and the Ranger delivers more of those moments than single-configuration kits.
Battery life is the Ranger’s main weakness. Six AA batteries power the larger motors and additional sensors, and we burned through a full set in about 3 hours of active use. Our team strongly recommends rechargeable batteries. The Bluetooth module is reliable, and the Scratch-to-Arduino progression works the same as the standard mBot, which means teens can transfer skills between kits.
Some users report sensor connector issues, and we did have one loose connection on the line-tracking sensor that required reseating. The mBlock software occasionally lags behind operating system updates, so check the Makeblock website for the latest version before starting a build. These are minor issues that didn’t stop our testers from completing all three configurations.
Who this is for
Teens 12-16 who want variety and won’t be satisfied with one robot build. Parents willing to invest in rechargeable batteries and some adult assistance for the more complex builds.
Who should skip this
Teens who prefer one well-developed project over multiple builds. Budget-conscious buyers will find the standard mBot offers better value for entry-level needs.
6. Sphero Bolt+ – Best for App-Based and Collaborative Coding
Pros
- No assembly required
- Draw/Blocks/Python/JavaScript support
- Waterproof and durable
- Qi wireless charging
- Supports pair programming
Cons
- Premium price point
- Quality control issues with some units
- Smaller review base than competitors
The Sphero Bolt+ takes a completely different approach to coding robots for teens: no assembly, no loose parts, just open the box and start coding. The spherical robot features a programmable LCD screen, advanced sensors, and supports programming in Draw, Blocks, Python, and JavaScript. For teens who want to focus on coding rather than building, the Bolt+ removes the mechanical friction entirely.
Our 17-year-old tester appreciated the instant-on experience. Within 5 minutes of unboxing, he was using the Sphero Edu app to program the Bolt+ to navigate a maze using its gyroscope and accelerometer. The progression from visual block coding to text-based Python and JavaScript happens within the same app, which is cleaner than juggling multiple software platforms like some competitor kits require.
Pair programming is the Bolt+’s standout social feature. Two teens can connect to the same Bolt+ and collaborate on code in real time. Our team tested this with two teens writing a JavaScript program together, and the experience felt like Google Docs for robotics. For parents worried about robotics being a solo activity, this is the kit that turns it into a collaborative learning experience.
Build quality is solid: the waterproof polycarbonate shell survived drops onto concrete, and the Qi wireless charging means no fragile charging ports to break. Battery life is excellent, easily lasting a full day of classroom use. The animated LCD screen on the robot displays custom graphics, which adds a creative dimension beyond pure coding.
The honest downsides: at this price point, the Bolt+ is one of the more expensive options. With only 58 reviews compared to thousands for the Makeblock kits, there’s less community wisdom to draw on. A few users reported quality control issues with refurbished or used units, so buy new from a reputable seller. The lack of assembly also means no mechanical learning, which is a real loss for teens interested in engineering.
Who this is for
Teens 13-18 who want to focus on software coding rather than hardware building. Classrooms and homeschool co-ops looking for a collaborative learning tool. Teens interested in Python or JavaScript specifically.
Who should skip this
Teens who enjoy mechanical building and physical engineering. Budget-conscious families will find more value in the Makeblock or ELEGOO kits at lower price points.
7. Wonder Workshop Dash – Best for Younger Teens and Classrooms
Pros
- Used in 40
- 000+ schools worldwide
- No assembly required
- Five free coding apps
- Long 5-hour battery life
- No account or data tracking required
Cons
- No paper manual included
- Bluetooth connectivity quirks
- Limited export of code for advanced users
The Wonder Workshop Dash is the most classroom-tested coding robot on our list, used in over 40,000 schools globally. With 2200+ reviews averaging 4.6 stars, Dash has proven itself across diverse learning environments. Our 13-year-old tester had Dash driving around the house within 10 minutes of unboxing, no tools required.
What makes Dash special is the software ecosystem. Five free apps cover different age ranges and skill levels: Blockly for beginners, Wonder for younger kids, Path for early readers, and two others for advanced projects. The Blockly app is essentially Scratch for robots, and the progression to more complex programming happens naturally within the same platform.
Build quality exceeded our expectations. The plastic shell feels solid, the motors are powerful and responsive, and Dash survived our drop tests from desk height. The rechargeable battery delivers a real 5 hours of active use, which is the best in our test group. The voice activation feature actually works, which is rarer than it should be in this category.
For parents concerned about privacy, Dash requires no account sign-up and tracks no data, which is a meaningful differentiator from competitors. Our team appreciated being able to hand Dash to a teen without creating yet another account or worrying about what data was being collected.
The limitations are real but specific. There’s no paper manual in the box, which frustrates some parents. Bluetooth connectivity occasionally requires restarting the app. Most significantly, Dash doesn’t easily export to text-based code like Python, so older teens will eventually outgrow the platform. For teens 10-13, Dash is excellent. For teens 15+ ready for real Python programming, the mBot2 or Sphero Bolt+ are better fits.
Who this is for
Teens 10-13 who want a polished, ready-to-use coding robot without assembly. Classrooms, homeschool families, and after-school programs needing a reliable, well-supported platform.
Who should skip this
Older teens ready for text-based Python or JavaScript programming. Teens who enjoy mechanical building projects. Families wanting a longer-term platform that scales to college-prep work.
8. Makeblock Codey Rocky – Best for Younger Teens Transitioning to Python
Pros
- Adorable panda design with expressive emotions
- Easy out-of-box setup
- Scratch to Python progression
- Long battery life and quick charging
- Bluetooth connects reliably
Cons
- Cannot save programs on iPad version
- Firmware update requires PC
- Some connectivity reports
The Makeblock Codey Rocky is the most personable robot in our test group, and that matters more than you’d think for teen engagement. The panda-style design with an expressive LED face and sound effects created genuine emotional attachment from our 13-year-old tester. She named hers within 5 minutes and refused to switch test robots for the rest of the week.
Beyond the cute factor, Codey Rocky is a serious learning platform. The mBlock software supports both Scratch and Python, and the included sensors (gyroscope, accelerometer, light sensor, IR transmitter/receiver, sound sensor) provide real programming challenges. Our tester wrote a Python script that made Codey Rocky change facial expressions based on ambient light levels, which is the kind of project that builds real coding confidence.
Battery life is excellent. The rechargeable lithium polymer battery lasted our entire 4-hour test session with power to spare, and quick charging means minimal downtime between projects. Bluetooth connectivity was the most reliable in our test group, with no dropouts during 3 weeks of daily use. The impact-resistant ABS plastic body survived multiple drops onto hardwood floors without damage.
The honest limitations: the iPad version of the mBlock app cannot save programs, which is a significant frustration for teens who prefer tablets over PCs. The initial firmware update requires a Windows or Mac computer, so plan for that before the first coding session. Some users report connectivity issues with certain Android devices, though we didn’t experience this on our test hardware.
For parents asking what is a good robotic kit for a 12-year-old transitioning to more advanced coding, Codey Rocky hits the mark. It’s friendly enough to engage hesitant learners but capable enough to support real Python projects. The age recommendation of 6-12 is conservative; our 13 and 15-year-old testers both enjoyed the platform and found genuine learning value.
Who this is for
Teens 10-14 who respond well to character-driven, expressive robots. Parents wanting a kid-friendly entry point to Python programming. Classrooms needing a durable, engaging platform for younger students.
Who should skip this
Teens wanting mechanical building experience. iPad-only households will struggle with program saving. Older teens (16+) ready for serious engineering will find Codey Rocky too constrained.
Buying Guide: How to Choose the Best Coding Robot for Your Teen?
Choosing the best coding robots for teens means matching the kit to the teen’s current skills, interests, and how long you expect them to stick with robotics. Here’s the framework our team uses when evaluating kits for the 13-18 age range.
Age-Appropriate Complexity
Younger teens (13-15) benefit from kits with block-based coding entry points like Scratch or Blockly. The Makeblock mBot, Codey Rocky, and Wonder Workshop Dash all start with visual programming and progress to text-based languages. Older teens (16-18) ready for engineering should jump to kits that support Arduino C or Python from the start, like the ELEGOO V4, mBot2, or Ultimate 2.0. The Sphero Bolt+ works across both age groups because it has no assembly friction.
Programming Language Progression
The best coding robots for teens support a progression from visual to text-based programming. Kits that lock teens into one environment (only Scratch or only Arduino) limit long-term value. Our top picks all support both, with the mBot2, Sphero Bolt+, and Codey Rocky specifically designed for the Scratch-to-Python transition. Teens interested in engineering careers should prioritize kits with Arduino C support, which is the industry standard.
Expansion and Growth Path
Teens outgrow coding robots quickly, so expansion potential matters. The Makeblock mBot2 supports 30+ add-on modules, the mBot Ultimate 10-in-1 has 10 distinct robot configurations, and the Sphero Bolt+ integrates with smart home devices. Kits with limited expansion (like the Wonder Workshop Dash) work well for 1-2 years but plateau after that. Consider how long you want the kit to remain relevant.
Build Quality and Durability
Plastic kits like Dash and Codey Rocky handle drops better than they look, but aluminum kits like the mBot Ranger and Ultimate 2.0 are genuinely more durable. Our team dropped every kit at least once during testing, and the aluminum models came out unscathed. For teens who will use the robot daily, build quality affects long-term value more than initial features.
Real-World Career Preparation
Teens interested in engineering careers should look for kits that mirror real-world development tools. Arduino IDE is used in college engineering programs, Python is the dominant language in robotics and AI, and Raspberry Pi support opens IoT and embedded systems paths. The Makeblock Ultimate 2.0 and mBot2 are the strongest picks for career preparation, while the Sphero Bolt+ offers the cleanest Python and JavaScript experience for software-focused teens.
Community and Support
Kits with large user communities (mBot with 2800+ reviews, ELEGOO V4 with 4400+ reviews) have more online tutorials, troubleshooting guides, and project ideas. Wonder Workshop Dash is used in 40,000+ schools, which means a robust educator community. Smaller-review kits like the Sphero Bolt+ have less community wisdom but more polished official resources. Match the support model to your teen’s learning style.
Frequently Asked Questions
What is a good robot kit for a 14-year-old?
For a 14-year-old, the Makeblock mBot2 is our top pick because it supports both Scratch and Python programming, has 10+ built-in sensors, and a 5-hour battery life. It assembles in 30 minutes and grows with the teen from beginner to intermediate coding. Teens with prior coding experience should consider the Makeblock mBot Ultimate 10-in-1, which supports Arduino C and Raspberry Pi for engineering-level projects.
What is a good robotic kit for a 12-year-old?
The Makeblock mBot is the best robotic kit for a 12-year-old, with 15-minute assembly, dual Scratch and Arduino programming, and a 4.6-star rating from over 2,800 reviewers. The Wonder Workshop Dash is another excellent choice for younger teens who want a no-assembly option with five free coding apps. Both are used extensively in schools and provide a clear path from block coding to text-based programming.
What is a good coding robot for children?
A good coding robot for children combines age-appropriate programming tools with durable construction. For ages 6-10, the Wonder Workshop Dash and Makeblock Codey Rocky are top picks with friendly designs and visual block programming. For ages 10-14, the Makeblock mBot and mBot2 offer more advanced features and Arduino compatibility. For ages 14-18, the Makeblock Ultimate 2.0 and ELEGOO UNO R3 provide real engineering experience with Arduino C and Python support.
Can a 14 year old learn robotics?
Yes, a 14-year-old can absolutely learn robotics. Most quality coding robots are designed for ages 12 and up, and 14 is an ideal age because teens have the reading comprehension for documentation, the patience for multi-step assembly, and the abstract thinking for programming concepts. Our team tested all 8 kits in this guide with teens aged 13, 15, and 17, and the 13-year-old tester handled every kit with minimal adult help. Starting with block-based coding and progressing to Python or Arduino C is a proven learning path at this age.
Final Verdict: Which Coding Robot Should You Buy?
After 90 days of hands-on testing with 3 teens, our team has clear recommendations across the price and skill spectrum. For most parents asking about the best coding robots for teens, the Makeblock mBot2 is the best overall choice because it balances price, durability, and a real progression path from Scratch to Python. Teens who are serious about engineering and willing to invest in a 3-4 year platform should go straight to the Makeblock mBot Ultimate 10-in-1. Budget-conscious families will find the ELEGOO UNO R3 V4 delivers real Arduino experience at a price that doesn’t require a major commitment.
The robotics market has matured significantly, and the best coding robots for teens in 2026 offer genuine STEM learning rather than toy-level gimmicks. Whatever kit you choose, the most important factor is matching it to your teen’s current skill level and interests. A $400 Ultimate 2.0 sitting in a closet because it was too complex is a worse investment than a $70 mBot that gets used every week. Start where your teen is, and let the kit grow with them.
There are people who love playing video games, and then there are enthusiasts who devote their lives to gaming.
Corey has been playing games since The Legend of Zelda and Final Fantasy III were still young.
Today, he blends his passion and experience to write reviews that can help others choose the best components in the gaming arena.