The 2023 Game Manual is a resource for all FIRST Robotics Competition teams for information specific to the 2023 season and the CHARGED UPSM presented by Haas game․ Its audience will find the following detail⁚ a general overview of the CHARGED UP game, detail about the CHARGED UP playing FIELD, details about the game rules and regulations, and information about ROBOT build․ The manual provides in-depth explanations regarding all of the components necessary for this challenge․ It outlines how teams should approach the field, collect cubes and cones to charge, climb a tower, and deploy their robot into a goal to score points․

Overview

The 2023 FIRST Robotics Competition game, CHARGED UP presented by Haas, is a fast-paced and exciting challenge that tests teams’ skills in design, engineering, programming, and teamwork․ The game involves robots collecting and delivering cubes and cones to charge stations, climbing a tower, and deploying their robot into a goal to score points․ Teams will need to strategize and collaborate to maximize their score and achieve victory․ This year’s game presents a unique opportunity for teams to showcase their ingenuity and creativity in tackling a complex and engaging challenge․

The 2023 Game Manual provides a comprehensive guide to the game rules, regulations, and technical specifications․ It outlines the objectives, scoring system, field layout, and robot rules․ Teams can use the manual as a reference point to understand the game mechanics, plan their robot design, and develop their strategy․ The manual also includes resources such as field tour videos, game animation, and Q&A content to assist teams in their preparation․

The 2023 Game Manual is an essential tool for all FIRST Robotics Competition teams․ It provides the necessary information for teams to succeed in the competition and to develop their skills in STEM and teamwork; It also encourages innovation and creativity as teams strive to build the best robot and achieve the highest score․

Game Overview

The 2023 FRC game, CHARGED UP presented by Haas, challenges teams to design, build, and program robots to compete in a fast-paced and exciting competition․ The game revolves around the concept of charging a grid with cubes and cones, culminating in a tower climb․ The goal is to score points by successfully delivering these objects to designated locations and completing the challenging tower climb․

Teams are divided into two alliances, red and blue, and they compete against each other to achieve the highest score․ The game consists of three periods⁚ the Autonomous period, the Teleoperated period, and the Endgame․ During the Autonomous period, robots operate autonomously based on pre-programmed instructions․ In the Teleoperated period, drivers control their robots using joysticks and other control devices․ The Endgame period is a short final period where teams have a limited time to complete specific tasks․

The game incorporates a variety of elements that test the skills and creativity of the teams, including strategic decision-making, robot design and construction, programming, and teamwork․ Teams must balance their robot’s ability to score points in each period while also managing the resources and time available․ The game is designed to challenge and inspire young engineers and programmers, providing them with a valuable learning experience and a chance to demonstrate their skills on a global platform․

Field Overview

The CHARGED UP playing field is a rectangular arena divided into two halves, each representing an alliance․ The field features a variety of elements designed to challenge teams and their robots, including⁚

• Charge Stations⁚ Located in the center of each alliance’s field, the Charge Stations are the primary targets for scoring points by depositing cubes and cones․ They are equipped with a mechanism to accept and hold these objects, allowing robots to charge them with energy․
• Community Hubs⁚ Positioned in the corners of the field, Community Hubs are smaller, less complex charging stations that offer additional scoring opportunities․ These hubs provide a way for teams to gain points by strategically delivering cubes or cones during the match․
• Power Cubes⁚ These cubes are the primary energy source for charging the grid․ Robots must strategically collect these cubes from the field and deliver them to the Charge Stations or Community Hubs․
• Cones⁚ These cones are secondary energy sources that can be used to further charge the grid․ Robots need to collect cones and transport them to the Charge Stations or Community Hubs to supplement their energy contributions․
• Tower⁚ A prominent feature of the CHARGED UP field, the tower stands tall in the center, offering a challenging climb for robots to complete in the Endgame period․ This climb is a critical part of the game, offering significant points to the alliance that successfully completes it․
• Alliance Stations⁚ Located at the front of each alliance’s field, these stations are where teams prepare their robots for the match and where the robots start the game․

These elements create a dynamic and engaging playing environment, requiring teams to think strategically and design robots that can effectively navigate the field, collect and deliver objects, and climb the tower․

Game Rules and Regulations

The 2023 FRC Game Manual outlines the rules and regulations that govern the CHARGED UP competition․ These rules ensure a fair and competitive environment for all participating teams․ Key aspects of the rules and regulations include⁚

• Match Structure⁚ A match consists of three periods⁚ the Autonomous period, where robots operate autonomously based on pre-programmed instructions; the Driver-Controlled period, where drivers control their robots in real-time; and the Endgame period, where teams focus on climbing the tower to gain additional points․
• Scoring⁚ Points are awarded for various actions, including⁚ depositing cubes and cones into the Charge Stations and Community Hubs, climbing the tower, and completing other tasks as specified in the rules․
• Robot Design and Construction⁚ The manual outlines specific rules regarding robot design and construction, including limitations on size, weight, and the use of certain materials․ These rules are designed to promote fair competition and ensure the safety of participants․
• Safety⁚ Safety is paramount in FRC competitions․ The manual includes detailed safety regulations that teams must adhere to at all times, including rules regarding robot operation, handling of tools and equipment, and the conduct of team members․
• Sportsmanship⁚ FRC emphasizes sportsmanship and respect among teams․ The manual includes guidelines on how teams should interact with each other, including rules regarding communication, conduct during matches, and the treatment of opposing teams․
• Robot Interaction⁚ The manual provides rules regarding robot interactions, including penalties for actions that could be considered harmful or unfair․ This ensures a level playing field and encourages teams to focus on strategic gameplay rather than aggressive tactics․

Teams must familiarize themselves with the Game Manual and its rules and regulations to ensure their compliance and maximize their chances of success in the competition․

Robot Build

The FRC 2023 Game Manual provides comprehensive guidance for teams in designing, building, and operating their robots for the CHARGED UP competition․ The manual outlines key aspects of robot build, including⁚

• Robot Design⁚ Teams are encouraged to design robots that can effectively perform the tasks required in the game, including collecting cubes and cones, charging them in the Charge Stations, climbing the tower, and deploying the robot into the Community Hubs for additional points․ The manual emphasizes the importance of a well-thought-out design that balances functionality, reliability, and the ability to adapt to changing game situations․
• Robot Construction⁚ The manual specifies rules and guidelines for robot construction, including restrictions on size, weight, and the use of specific materials․ Teams must adhere to these regulations to ensure the safety of participants and the integrity of the competition․ The manual also recommends using durable and reliable materials, prioritizing robust construction techniques to withstand the rigors of competition․
• Robot Systems⁚ Teams need to design and build various systems for their robots, including drive systems, manipulation systems for handling cubes and cones, climbing mechanisms, and communication systems for control and data transmission․ The manual provides guidance on selecting appropriate components and designing systems that meet the specific needs of their robots․
• Robot Programming⁚ The manual emphasizes the importance of robust and reliable programming for robot control and autonomous operation․ Teams must develop software that enables their robots to perform tasks effectively, including path planning, object detection, and decision-making algorithms․ The manual provides guidance on using programming languages and tools suitable for FRC robotics․
• Testing and Refinement⁚ The manual stresses the importance of thorough testing and refinement of robot systems throughout the build season․ Teams must identify and address any design flaws or functional limitations to ensure their robots are ready for competition․ The manual encourages teams to use various testing methodologies and data analysis techniques to improve robot performance․

The FRC 2023 Game Manual serves as a comprehensive guide for teams to navigate the complex process of robot build, from initial design concepts to final testing and refinement․ It provides a framework for teams to create innovative and competitive robots that embody the spirit of FRC․

Game Manual Resources

The FRC 2023 Game Manual provides a wealth of resources to support teams in their journey through the CHARGED UP competition․ These resources are designed to facilitate understanding, problem-solving, and overall success in the game․ Here are some of the key resources available⁚

• Online Game Manual⁚ The official FRC 2023 Game Manual is accessible online through the FIRST website․ This digital version allows for easy access and navigation, with interactive features that enhance the user experience․ It includes comprehensive details about the game, rules, regulations, robot design, and other critical information․
• Q&A System⁚ FIRST provides a dedicated Q&A system for teams to seek clarification on specific rules, regulations, or aspects of the game․ This forum serves as a platform for teams to ask questions and receive official responses from FIRST officials․ This resource ensures consistent interpretation and application of the rules throughout the competition․
• Technical References⁚ The Game Manual includes links to various technical references that provide valuable information on robotics components, programming languages, and relevant engineering concepts․ These references serve as valuable resources for teams to enhance their understanding and application of technical principles in their robot build process․
• Field Tour Videos⁚ FIRST produces comprehensive field tour videos that provide a detailed walkthrough of the CHARGED UP playing field․ These videos highlight key features, dimensions, and functionalities of the field, allowing teams to visualize the game environment and plan their strategies accordingly․
• Game Animation⁚ The Game Manual also provides access to animated presentations that visually illustrate the game dynamics and scoring methods․ These animations help teams understand the objectives of the game and the various ways to earn points․ This visual representation enhances understanding and strategy development․
• Past Season Resources⁚ The FRC Game Manual Archive provides access to past season resources, including game manuals, rules, regulations, and other relevant materials․ This archive allows teams to learn from previous years’ experiences and gain insights into common challenges and successful strategies․

By leveraging these resources, FRC teams can gain a comprehensive understanding of the CHARGED UP game, develop effective strategies, and build robots that can compete at the highest level․

2023 Game Manual Resources

The FRC 2023 Game Manual is a comprehensive resource for all FIRST Robotics Competition teams participating in the CHARGED UP presented by Haas game․ The manual provides detailed information on various aspects of the game, from the overall game overview to specific robot building rules and regulations․ It serves as a guide for teams to understand the competition, design and build their robots, and navigate the competition season effectively․

The 2023 Game Manual is available online through the FIRST website, offering convenient access and interactive features for teams to enhance their understanding of the game․ The manual includes a wealth of resources to support teams, including detailed information on the playing field, game rules, robot specifications, and scoring mechanisms․ It also provides access to past season resources, technical references, and a Q&A system for seeking clarification on specific rules or aspects of the game․

The 2023 Game Manual resources are essential for teams to succeed in the CHARGED UP competition․ By utilizing the information provided, teams can develop effective strategies, design and build competitive robots, and navigate the challenges of the competition season․ This comprehensive resource is a valuable tool for teams to achieve their goals and demonstrate their skills in robotics and STEM education․

Field Tour Videos

Field Tour Videos are an integral part of the FRC 2023 Game Manual resources, providing teams with a visual and interactive experience of the CHARGED UP playing field․ These videos offer a comprehensive walkthrough of the field layout, highlighting key elements, game objectives, and scoring opportunities․ They are designed to give teams a detailed understanding of the field’s dimensions, obstacles, and strategic considerations․

The Field Tour Videos are a valuable tool for teams to familiarize themselves with the playing environment, understand the nuances of the game, and develop effective strategies․ They allow teams to visualize the field from different angles, identify potential robot movement paths, and assess the challenges and opportunities presented by the game design․ These videos are particularly helpful for teams in the early stages of robot design and development, as they provide a visual reference point for planning robot functionality and capabilities․

By providing a virtual tour of the CHARGED UP playing field, the Field Tour Videos empower teams to make informed decisions regarding robot design, strategy, and gameplay․ They bridge the gap between the theoretical understanding of the game and the practical realities of the competition, enabling teams to develop more effective solutions and achieve greater success in the CHARGED UP season․