15 Robotics Competitions for High School Students

If you’re a high school student who’s interested in robotics, consider signing up to participate in a robotics competition! Many competitions take you beyond your high school curriculum and give you the chance to gain hands-on experience in the field of robotics – as well as the chance to earn a prize. They also make a great addition to your resume and college applications, as they show that you have genuine technical depth and understanding in a way that coursework often does not. You’ll also pick up on essential practical skills like communication, collaboration, and problem-solving. 

What do Robotics competitions for high schoolers include?

Robotics competitions vary in their formats and goals. Depending on the competition, you might be expected to design and program a physical robot to complete a game-based challenge using tools like CAD software, Java, C++, or Python. Many of these robots will also require sensors, so you might also have to learn how to integrate sensors like gyroscopes, encoders, and LIDAR into a working system. You might also get to write control algorithms for autonomous robots, debug embedded systems, or, in the case of Zero Robotics, program actual satellites aboard the International Space Station. 

Here are 15 robotics competitions for high school students worth checking out. 

You can also check out these guides on robotics summer camps, robotics research programs, and robotics internships for high school students!

Key Takeaways

• 15 robotics competitions cover a wide range of technical formats, from kit-based build competitions like FIRST Robotics Competition, VEX V5, and FIRST Tech Challenge, to fully autonomous events like Botball, RoboCupJunior, and Science Olympiad Robot Tour, to specialized platforms like SeaPerch for underwater ROVs and Zero Robotics for satellite programming aboard the ISS.
• Team sizes and structures differ significantly. Some events call for large teams with adult mentors (FRC and FTC both require two adult lead coaches; Zero Robotics teams can run 5 to 20 students), while others are built for small teams of two or three (VRC, SkillsUSA, TSA Robotics, Botball style regional teams).
• Several competitions require no physical robot build at all. Zero Robotics is purely programming-based, and Robot Tour, RoboCupJunior, and Botball emphasize full autonomy, meaning your code has to handle navigation, timing, and decision-making without any human input once the match starts.
• Many events double as engineering and communication exercises, not just coding tests. BEST Robotics, FTC, and SeaPerch all score teams on documentation, presentations, and design notebooks alongside raw robot performance, which builds skills that carry over directly into college applications and interviews.
• Combat and open-platform formats like the Norwalk Havoc Robot League and the National Robotics Challenge reward creative engineering trade-offs rather than following a fixed kit, giving students who like independent design work a different kind of challenge than standardized competitions.
• Robotics competitions are a strong way to build a technical profile, but they are not the only path. Students who also want a research-based credential or prefer an independent research project to a build competition might look into Horizon’s Research Seminars and Labs, a mentored virtual research program with 600+ specializations across fields such as data journalism, media studies, and the ethics of news and information.

15 Robotics Competitions for High School Students

1. FIRST Robotics Competition (FRC)

In the FIRST Robotics Competition each January, a new game challenge is released, and teams have six weeks to design, build, and program an industrial-sized robot from a Kit of Parts, then compete in three-team alliance matches on a themed field. You’ll work with Java, C++, or LabVIEW for programming, use CAD tools for mechanical design, and build real experience in systems integration, driver strategy, and iterative prototyping. Beyond the robot itself, teams are also expected to build a team identity, raise funds, and earn awards in categories like community impact, engineering documentation, and mentorship.

2. VEX V5 Robotics Competition (VRC)

VRC uses the VEX V5 platform, where two-robot alliances compete on a 12×12-foot field in matches split between a 15-second autonomous period and a 1:45 driver-controlled period. The current game, Push Back, requires you to score blocks into goals, control field zones, and park your robot, which means your programming needs to handle both autonomous decision-making and responsive driver control. Alongside standard matches, the Robot Skills Challenge has your robot competing solo against the clock, and Online Challenges let you submit CAD designs, animations, and engineering essays for separate judging. 

3. FIRST Tech Challenge

FIRST Tech Challenge sits between the accessibility of VEX and the scale of FRC. Teams design, build, and program robots to compete in a new game released every September, using Android-based control systems programmed in Java through OnBot Java or Android Studio. The engineering design process is central to FTC, where teams are judged not just on how their robot performs, but on how well they document their design decisions, iterate, and explain their engineering choices to judges. You’ll also participate in community outreach and awards evaluation alongside the on-field performance.

4. Zero Robotics

Zero Robotics is the only high school competition where your code actually runs in space. You’ll program Astrobee satellites, a real hardware aboard the ISS, to complete an annual game challenge inspired by problems of interest to DARPA, NASA, and MIT. You’ll write fully autonomous programs that control satellite speed, rotation, direction, and resource usage, like fuel and power, before testing in a simulation environment. The best-performing teams will get their code uploaded to the ISS for a live championship broadcast by an astronaut. This competition requires no physical build or kits of parts, only programming logic, strategy, and the constraint that once the match starts, no human intervention is possible. 

5. Botball

During the Botball competition, every robot must compete fully autonomously from start to finish. This means your programming has to handle everything from navigation and object detection to decision-making and timing, without a human touching the controller once the match begins. You’ll program in C, C++, or Java using the KIPR Wombat controller and work with motors, servos, and sensors that detect light, distance, color, and other parameters to navigate the game board. Regional winners advance to the GCER in Oklahoma, where they compete alongside international teams.

6. BEST Robotics

BEST Robotics hands every team the same mystery kit – plywood, PVC pipe, piano wire, motors, a programmable BRAIN controller, sensors, and a handful of other materials – and gives you eight weeks to build a robot capable of completing a set of precise tasks in a three-minute window. Judging covers five categories: robot performance, an engineering notebook, a marketing presentation, a team exhibit, and spirit and sportsmanship, meaning your documentation and communication skills are evaluated alongside what your robot can actually do. Engineers from local industries serve as team mentors throughout the season, which gives you direct exposure to how professional product development actually works.

7. National Robotics Challenge (NRC)

In the National Robotics Challenge, you’ll source your own materials, choose your own components, and engineer a solution that fits the specific challenge you’ve entered. Events span multiple robotics categories, and you’ll compete in divisions based on academic level. This competition format closely mirrors how engineering actually works more than kit-based competitions do. This also means that since there’s no mandatory kit purchase, the actual cost of participation is low relative to most other competitions. The open-platform format means the same skills you build here carry directly into college-level robotics work.

8. World Robot Olympiad (WRO)

WRO runs four competition categories: RoboMission, RoboSports, Future Innovators, and Future Engineers, each with different technical demands and formats. The current theme is Robots Meet Culture and asks teams to explore how robots can support, protect, and expand art and cultural heritage. RoboMission requires your robot to navigate a field and complete autonomous tasks; whereas, Future Engineers focuses on advanced robotics aligned with current research trends, including topics like machine learning and IoT integration. U.S. teams compete through national rounds before the strongest qualify for the international final, which draws over 500 teams and roughly 3,000 participants. 

9. SeaPerch

SeaPerch is an underwater ROV competition where you’ll design and build a remotely operated vehicle to complete pool-based missions and challenges. The current theme is Storm Response: Technology in Action for Recovery and Relief. Required competition components include a pool performance event, a technical design report, and a Meet the Team and ROV fact sheet. Optional components like a real-world innovation poster, community outreach documentation, and a presentation abstract give you additional ways to demonstrate the depth of your project. You’ll work with propulsion systems, basic electronics, and chassis design, making this one of the more accessible entry points into underwater robotics.

10. TSA Robotics   

TSA Robotics puts you in the driver’s seat, where your robot must navigate a 10×10-foot PVC-constructed course, picking up ten different payloads of varying shapes and sizes, and delivering each to a specific target zone within a ten-minute window. The challenge tests your robot’s maneuverability, gripper design, and control precision. Payloads include wooden eggs (placed individually in an egg carton), rings (hung on a vertical post), spring toys (placed inside a 3-inch PVC coupling), bean bags, and dino toys, each requiring a different mechanical approach. You can operate using FPV (first-person view with goggles or a screen) or line-of-sight control, and a secondary driver can assist with payload handling. Scoring is based on successful drops to specified targets: 10 points per payload, with faster times breaking ties. You can find more information here.

11. SkillsUSA Robotics and Automation Technology

In SkillsUSA, two-person teams are presented with a simulated industrial task and a set of wiring schematics. They must integrate a 6-axis industrial robot with a full range of peripherals, including PLCs (Programmable Logic Controllers), motorized components, sensors, and machine vision systems. You’ll configure, program, and demonstrate a fully operational automated robotic work cell using industry-standard practices, then present and document your approach to a panel of judges. Scoring covers technical accuracy, operational efficiency, speed, and team collaboration. If you’re interested in industrial automation, manufacturing technology, or robotics engineering as a career direction, this is one of the few high school competitions that puts you directly in front of the tools and systems professionals actually use on factory floors.

12. RoboCupJunior USA

RoboCupJunior USA runs three leagues – Soccer, Rescue, and OnStage – each testing a different dimension of autonomous robotics. All robots are fully autonomous, using sensors to perceive and respond to their environment without human control during competition. You can enter with any tool or technology you choose, from modifying an existing robotics kit to building everything from scratch, and any programming language is permitted. Top-performing teams at the USA event earn the chance to advance to the RoboCupJunior International Competition, the youth division of RoboCup, which is considered one of the world’s most selective robotics and AI events.

13. Science Olympiad Robot Tour (Division C)

Robot Tour is a precision autonomous navigation event where there is no remote control or human intervention. Your team will design, build, and program a single robotic vehicle to navigate a custom track, pass through gate zones, avoid obstacles like water bottles and 2×4 blocks, and reach a target at a set time as accurately as possible. The scoring turns on time accuracy; the closer your robot arrives to the designated target time, the better your score. This means your programming has to be precise enough to control speed, distance, and timing across a track you won’t see in its final configuration until competition day. Track layouts vary by competition level, and the specific placement of gates, obstacles, and the target point is set by event coordinators at each tournament, keeping the challenge unpredictable.

14. Robofest

Robofest is an autonomous robotics festival hosted by Lawrence Technological University that runs multiple competition categories under one roof, giving you flexibility in both format and technical approach. Game Division teams tackle math-based autonomous missions using fully self-operating robots, while the Vision Centric Challenge is a more advanced category specifically for high school students that incorporates computer vision into autonomous decision-making. The Unknown Mission Challenge tasks are entirely hidden until competition day, so your robot’s programming has to be adaptive rather than task-specific. Exhibition categories like RoboArts and RoboMed let teams bring creative and interdisciplinary robotics projects to a showcase format. 

15. Norwalk Havoc Robot League

NHRL is a combat robotics league where you’ll design and build a robot to go head-to-head with another in an enclosed cage, three minutes per match, to put your opponent out of commission before time runs out. If neither robot is knocked out, a panel of judges decides the winner. The engineering challenge is in the weight class constraints, meaning your robot must come in at or below 3lb, 12lb, or 30lb. This forces real design tradeoffs between weapon power, armor, locomotion, and maneuverability within a hard weight ceiling. Robots compete in a three-round qualifying stage where you’ll need two wins to advance to the single-elimination bracket, and both the winner and runner-up earn cash prizes. NHRL’s rules explicitly reward novel and unconventional designs, non-traditional locomotion systems like shufflers, bristle bots, Jansen linkages, and true walkers, and even earn weight bonuses.

One more option – Horizon Academic Research Program

If you’re looking for a competitive mentored research program in subjects, consider applying to Horizon’s Research Seminars and Labs! This is a selective virtual research program that lets you engage in advanced research and develop a research paper on a subject of your choosing. Horizon has worked with 1000+ high school students so far and offers 600+ research specializations for you to choose from. You can find the application link here!

Frequently Asked Questions

Do I need prior robotics or coding experience to join one of these?
No. Several of these are explicitly designed for beginners, including FIRST Robotics Competition, FIRST Tech Challenge, BEST Robotics, and SeaPerch, all of which state no prior technical experience is required. Mentors and coaches are typically there to help teams learn as they go.

Which competitions require the biggest financial commitment?
FIRST Robotics Competition is the most expensive at roughly $6,300 per season due to its Kit of Parts and event fees. FIRST Tech Challenge is more moderate at about $1,500. Many others, including Zero Robotics, BEST Robotics, National Robotics Challenge, and Norwalk Havoc Robot League, are free or have low entry fees since they do not require a mandatory parts kit.

Can I compete without a school affiliated team?
It depends on the competition. Norwalk Havoc Robot League welcomes builders of any age or affiliation with no school or team requirement. However, TSA Robotics and SkillsUSA both require active chapter membership at your school, and Science Olympiad Robot Tour requires registration through your school’s Science Olympiad team.

Which of these focus purely on programming rather than mechanical building?
Zero Robotics is the clearest example, since teams write code for real satellites on the International Space Station without building any physical hardware. Botball, RoboCupJunior, and Science Olympiad Robot Tour also emphasize fully autonomous programming, though they still involve some physical robot construction.

What if I am more interested in research than robotics competitions?
Robotics competitions are performance based and judged against a rubric or a live match outcome, while a mentored research program builds a different kind of credential centered on independent, sustained inquiry. Students interested in that path can look into Horizon’s Research Seminars and Labs, a selective virtual research program that has worked with over 1,000 high school students and offers 600+ specializations, including subjects like investigative journalism, political reporting, and data journalism.

Image source: FIRST Robotics Competition