The FIRST Robotics Competition (FRC) is a high school robotics competition that challenges students to design, build, and program a robot to compete in a game. The 2024 FRC season will begin in January and end in April with the FRC World Championship.

The FRC game changes each year, and the 2024 game will be announced in January. Teams will have six weeks to build their robots before the first competition.

The FRC season is divided into three phases: the build season, the competition season, and the offseason. The build season begins in January and ends in March. During the build season, teams design and build their robots.

FRC 2024 Schedule

The FRC 2024 season will be an exciting one, with teams from all over the world competing for a chance to win the FRC World Championship.

• Game announced in January
• Build season begins in January
• Competition season begins in March
• FRC World Championship in April
• Three phases: build, competition, offseason
• Teams have six weeks to build robots
• Over 3,000 teams compete worldwide
• FRC is a STEM competition
• FRC teaches teamwork and problem-solving
• FRC is a life-changing experience

The FRC 2024 season is sure to be full of excitement and innovation. We can’t wait to see what the teams create!

Game announced in January

The FRC game changes each year, and the 2024 game will be announced in January. Teams will have six weeks to build their robots before the first competition.

The game announcement is a highly anticipated event in the FRC community. Teams eagerly await the release of the game manual, which provides all of the details about the game. The game manual is typically released on the first Saturday in January.

Once the game is announced, teams begin brainstorming ideas for their robots. They consider the game objectives, the field layout, and the rules. Teams then begin designing and building their robots.

The build season is a busy time for teams. They work long hours to design, build, and test their robots. Teams also compete in practice matches to prepare for the competition season.

The FRC game is a complex and challenging one. Teams must use their creativity and engineering skills to design and build robots that can meet the demands of the game. The game is also a lot of fun, and teams learn a great deal about STEM, teamwork, and problem-solving.

Build season begins in January

The FRC build season begins in January and ends in March. During the build season, teams design and build their robots.

• Teams brainstorm ideas

  Once the game is announced, teams begin brainstorming ideas for their robots. They consider the game objectives, the field layout, and the rules.

• Teams design their robots

  Once teams have a good understanding of the game, they begin designing their robots. They use computer-aided design (CAD) software to create 3D models of their robots.

• Teams build their robots

  Once the robots are designed, teams begin building them. They use a variety of tools and materials, including metal, plastic, and electronics.

• Teams test their robots

  Once the robots are built, teams test them to make sure they work properly. They test the robots’ drive systems, their manipulators, and their sensors.

The build season is a busy time for teams. They work long hours to design, build, and test their robots. Teams also compete in practice matches to prepare for the competition season.

Competition season begins in March

The FRC competition season begins in March and ends in April. During the competition season, teams compete in a series of tournaments, called events. Events are held all over the world, and teams can choose to compete in as many events as they want.

At events, teams compete in a series of matches. Matches are played on a 27-foot by 54-foot field, and the objective of the game is to score more points than the opposing alliance. Teams can score points by completing tasks such as placing game pieces in goals, climbing on platforms, and capturing the opposing alliance’s flag.

The competition season is a time of great excitement and competition. Teams work hard to improve their robots and their performance. The top teams from each event qualify for the FRC World Championship, which is held in April.

The FRC World Championship is the culmination of the FRC season. The top teams from around the world compete for the title of FRC World Champion. The FRC World Championship is a week-long event, and it is a great opportunity for teams to showcase their robots and their skills.

The FRC competition season is a challenging and rewarding experience for teams. Teams learn a great deal about STEM, teamwork, and problem-solving. The competition season is also a lot of fun, and teams make memories that will last a lifetime.

FRC World Championship in April

The FRC World Championship is the culmination of the FRC season. The top teams from around the world compete for the title of FRC World Champion.

• The FRC World Championship is held in Detroit, Michigan.

  The FRC World Championship is held at the TCF Center in Detroit, Michigan. The event is typically held in late April or early May.

• The FRC World Championship is a week-long event.

  The FRC World Championship is a week-long event. Teams arrive on Saturday and compete in a series of matches throughout the week. The finals are held on Saturday.

• The FRC World Championship is the largest robotics competition in the world.

  The FRC World Championship is the largest robotics competition in the world. Over 1,000 teams from around the world compete in the event.

• The FRC World Championship is a celebration of STEM and innovation.

  The FRC World Championship is a celebration of STEM and innovation. The event showcases the amazing things that students can achieve when they work together.

The FRC World Championship is a prestigious event, and it is a great honor to compete in the event. Teams that qualify for the FRC World Championship represent the best of the best in FRC.

Three phases: build, competition, offseason

The FRC season is divided into three phases: the build season, the competition season, and the offseason.

**The build season** begins in January and ends in March. During the build season, teams design and build their robots. Teams use a variety of tools and materials to build their robots, including metal, plastic, and electronics. Teams also test their robots to make sure they work properly.

**The competition season** begins in March and ends in April. During the competition season, teams compete in a series of tournaments, called events. Events are held all over the world, and teams can choose to compete in as many events as they want. At events, teams compete in a series of matches. The objective of the game is to score more points than the opposing alliance.

**The offseason** begins in April and ends in December. During the offseason, teams take a break from competing and focus on other activities, such as fundraising, outreach, and training new members. Teams also begin brainstorming ideas for the next season’s robot.

The FRC season is a year-round commitment. Teams work hard throughout the year to design, build, and compete with their robots. The FRC season is also a lot of fun, and teams learn a great deal about STEM, teamwork, and problem-solving.

Teams have six weeks to build robots

After the game is announced in January, teams have six weeks to build their robots.

• Teams work long hours to design and build their robots.

  Teams work long hours during the build season to design and build their robots. They often work late into the night and on weekends to get their robots finished.

• Teams use a variety of tools and materials to build their robots.

  Teams use a variety of tools and materials to build their robots, including metal, plastic, and electronics. They also use computer-aided design (CAD) software to create 3D models of their robots.

• Teams test their robots to make sure they work properly.

  Teams test their robots to make sure they work properly. They test the robots’ drive systems, their manipulators, and their sensors.

• Teams compete in practice matches to prepare for the competition season.

  Teams compete in practice matches to prepare for the competition season. Practice matches help teams to identify areas where they need to improve their robots.

The build season is a busy and challenging time for teams. However, it is also a time of great creativity and innovation. Teams learn a great deal about STEM, teamwork, and problem-solving during the build season.

Over 3,000 teams compete worldwide

Over 3,000 teams from over 40 countries compete in FRC each year.

• FRC is a global competition.

  FRC is a global competition, and teams from all over the world compete in the event. This gives students the opportunity to learn about different cultures and make friends from all over the world.

• FRC is a competitive competition.

  FRC is a competitive competition, and teams work hard to design and build the best robots possible. The competition is fierce, but it is also a lot of fun.

• FRC is an inclusive competition.

  FRC is an inclusive competition, and teams of all skill levels are welcome to participate. The FRC community is supportive and welcoming, and teams are always willing to help each other out.

• FRC is a life-changing competition.

  FRC is a life-changing competition for many students. Students learn a great deal about STEM, teamwork, and problem-solving. They also develop leadership skills and self-confidence. FRC helps students to prepare for college and careers in STEM fields.

FRC is a truly global competition that brings together students from all over the world to compete in a challenging and rewarding event.

FRC is a STEM competition

FRC is a STEM (science, technology, engineering, and math) competition that challenges students to design, build, and program robots to compete in a game.

FRC is a STEM competition because it requires students to use their knowledge of science, technology, engineering, and math to design and build their robots. Students must also use their problem-solving skills to overcome the challenges of the game.

FRC is a great way for students to learn about STEM in a fun and engaging way. Students learn about the principles of engineering, physics, and computer science by designing and building their robots.

FRC also helps students to develop their problem-solving skills. Students must use their critical thinking skills to identify the challenges of the game and develop solutions to overcome them.

FRC is a valuable STEM competition that helps students to learn about science, technology, engineering, and math in a fun and engaging way. FRC also helps students to develop their problem-solving skills and their creativity.

FRC teaches teamwork and problem-solving

FRC teaches students the importance of teamwork and problem-solving. Students work in teams to design, build, and program their robots. They must learn to communicate effectively and work together to overcome the challenges of the game.

FRC also teaches students how to solve problems. Students must use their critical thinking skills to identify the challenges of the game and develop solutions to overcome them. They must also be able to adapt to changing conditions and find creative solutions to problems.

FRC is a great way for students to learn about teamwork and problem-solving in a fun and engaging way. Students learn how to work together to achieve a common goal and how to solve problems in a creative and innovative way.

The skills that students learn in FRC are valuable in all aspects of life. Students who participate in FRC are better prepared for college, careers, and life in general.

FRC is a great way for students to learn about teamwork and problem-solving. These skills are essential for success in college, careers, and life in general.

FRC is a life-changing experience

FRC is a life-changing experience for many students. Students learn about STEM, teamwork, problem-solving, and leadership. They also develop self-confidence and a sense of accomplishment.

FRC helps students to develop their STEM skills. Students learn about the principles of engineering, physics, and computer science by designing and building their robots. They also learn about the engineering design process and how to work with tools and materials.

FRC also helps students to develop their teamwork and problem-solving skills. Students work in teams to design, build, and program their robots. They must learn to communicate effectively and work together to overcome the challenges of the game. Students also learn how to solve problems creatively and innovatively.

FRC helps students to develop their leadership skills. Students can take on leadership roles within their teams, such as team captain, engineering lead, or programming lead. In these roles, students learn how to motivate and inspire their teammates and how to make decisions under pressure.

FRC is a life-changing experience for many students. Students learn about STEM, teamwork, problem-solving, and leadership. They also develop self-confidence and a sense of accomplishment. FRC helps students to prepare for college, careers, and life in general.

FAQ

Here are some frequently asked questions about the FRC 2024 Schedule:

Question 1: When is the FRC game announced?
Answer 1: The FRC game is announced in January.

Question 2: When does the build season begin?
Answer 2: The build season begins in January.

Question 3: When does the competition season begin?
Answer 3: The competition season begins in March.

Question 4: When is the FRC World Championship?
Answer 4: The FRC World Championship is in April.

Question 5: How long do teams have to build their robots?
Answer 5: Teams have six weeks to build their robots.

Question 6: How many teams compete in FRC?
Answer 6: Over 3,000 teams compete in FRC.

Question 7: Is FRC a STEM competition?
Answer 7: Yes, FRC is a STEM competition.

These are just a few of the most frequently asked questions about the FRC 2024 Schedule. For more information, please visit the FRC website.

Now that you know more about the FRC 2024 Schedule, here are a few tips to help you prepare for the season:

Tips

Here are a few tips to help you prepare for the FRC 2024 Schedule:

Tip 1: Start early. The FRC build season is only six weeks long, so it’s important to start early. This will give you plenty of time to design and build your robot.

Tip 2: Use a project management tool. A project management tool can help you to track your progress and stay organized. This will help you to avoid missing deadlines and ensure that your robot is finished on time.

Tip 3: Test your robot thoroughly. Once your robot is built, it’s important to test it thoroughly. This will help you to identify any problems and make sure that your robot is working properly.

Tip 4: Practice driving your robot. The more you practice driving your robot, the better you will be at competing. You should practice driving your robot in a variety of conditions, such as on different surfaces and with different obstacles.

By following these tips, you can help your team to have a successful FRC 2024 season.

The FRC 2024 season is going to be an exciting one. With these tips, you can help your team to be prepared and to have a successful season.

Conclusion

The FRC 2024 Schedule is now set, and teams around the world are preparing for the upcoming season. The FRC season is a challenging one, but it is also a rewarding one. Teams learn about STEM, teamwork, problem-solving, and leadership. They also develop self-confidence and a sense of accomplishment.

The FRC 2024 season is sure to be an exciting one. The game will be challenging, and the competition will be fierce. However, with hard work and dedication, teams can achieve anything. We wish all teams the best of luck in the upcoming season.