ftc game manual 1

FTC Game Manual 1: DECODE ౼ A Comprehensive Overview (2025-2026)

Welcome to the definitive guide for the 2025-2026 FIRST Tech Challenge season, DECODE! This manual provides essential resources,
scoring details, and strategic insights for all participating teams, ensuring a competitive and rewarding experience.

FIRST Tech Challenge (FTC) is a global robotics competition designed for students in grades 7-12, fostering innovation and teamwork. It challenges teams to design, build, program, and operate robots to compete in a head-to-head challenge. Unlike other robotics programs, FTC emphasizes the engineering design process, encouraging iterative development and real-world problem-solving.

The program’s core lies in student-led teams, where participants take on various roles – from engineering and programming to marketing and outreach. FTC isn’t just about robots; it’s about developing crucial 21st-century skills like critical thinking, collaboration, and communication. Teams compete in alliances, mirroring real-world engineering collaborations. This introduction sets the stage for understanding the DECODE game and the resources available to succeed.

Core Values and Program Structure

FIRST Tech Challenge is built upon a foundation of core values, most notably Gracious Professionalism. This embodies respect, fairness, and a commitment to helping others succeed – even opponents. It’s about competing fiercely, but always with integrity and kindness. Other key values include Inspiration, Innovation, Impact, Inclusion, Teamwork, and Learning.

The program structure typically involves regional qualifiers, championship events, and potentially, a world championship. Teams progress through these levels based on performance and judging criteria. FTC emphasizes not only robot performance but also engineering design, team outreach, and documentation. Successful teams demonstrate a strong understanding of these elements. The structure encourages continuous improvement and a holistic approach to STEM education.

Gracious Professionalism in FTC

Gracious Professionalism is more than just a slogan; it’s the heart of the FIRST experience. It’s defined as a win with humility and a loss with grace. Teams are expected to help and support each other, sharing knowledge and resources, even during competition. This includes assisting struggling teams with repairs, offering advice, and celebrating successes together.

Demonstrating gracious professionalism isn’t just about being nice; it’s about fostering a collaborative learning environment. It means recognizing the value of every team member and respecting the efforts of all competitors. Judges actively evaluate teams on their embodiment of these principles. It’s a crucial component of overall team scoring and reflects the program’s commitment to building well-rounded individuals.

The Competition: Rules and Definitions

This section details the official competition framework for DECODE, outlining event structures, crucial rule interpretations, and potential penalties for violations during matches.

Competition Structure and Event Types

FIRST Tech Challenge competitions unfold across a tiered structure, beginning with Qualifying Tournaments and progressing to League Championships, and culminating in the prestigious FIRST Championship Series. Qualifying Tournaments serve as initial entry points, where teams compete in a series of matches to earn rankings and qualify for advancement.

League Championships represent a higher level of competition, bringing together top-performing teams from multiple Qualifying Tournaments within a specific region. These events offer increased challenges and opportunities for teams to demonstrate their skills. The FIRST Championship Series, comprising both regional and world-level events, showcases the very best teams from around the globe.

Event types include traditional tournaments and potentially remote challenges, offering flexibility for team participation. Each event follows a standardized format, including qualification rounds, alliance selection, and elimination matches, ensuring a fair and consistent competitive experience for all involved.

Key Rule Definitions for DECODE

Understanding the core rules is paramount for success in DECODE. Several key definitions govern gameplay, including stipulations regarding robot dimensions, weight limits, and permissible materials. The manual meticulously outlines restrictions on active and passive elements, ensuring fair play and preventing competitive advantages derived from rule loopholes.

Specific attention is given to defining legal and illegal contact between robots, emphasizing the importance of respectful and safe interactions on the field. Rules pertaining to scoring element manipulation, including grasping, lifting, and depositing, are clearly articulated. Furthermore, the manual details regulations surrounding pre-match preparation, autonomous operation, and driver control periods.

Teams must thoroughly familiarize themselves with these definitions to avoid penalties and maximize their scoring potential. The official game manual serves as the definitive source for all rule interpretations and clarifications.

Penalties and Fouls in DECODE

Maintaining fair play is crucial, and DECODE outlines specific penalties for rule infractions. These range from minor fouls resulting in point deductions to major penalties potentially leading to robot disqualification. Common fouls include illegal contact with opposing robots, exceeding size or weight limitations, and interfering with scoring element placement.

The manual details a tiered penalty system, with severity corresponding to the nature and impact of the violation. Understanding these penalties is vital for strategic gameplay and robot design. Teams are responsible for ensuring their robots adhere to all rules, and referees have the authority to assess penalties during matches.

Detailed descriptions of each penalty, along with corresponding point values, are provided in the official game manual. Proactive rule adherence minimizes risks and maximizes competitive advantage.

DECODE Game Overview

DECODE challenges teams to strategically manipulate game elements, scoring points through precise robot actions and collaborative alliance play within a defined arena.

Game Description and Objectives

DECODE presents a dynamic challenge where two alliances compete to maximize their scores by strategically navigating the playing field and manipulating scoring elements. The core objective revolves around efficiently decoding and transporting these elements to designated scoring zones. Teams must design, build, and program robots capable of autonomous and driver-controlled tasks, demonstrating both technical prowess and strategic thinking.

Success in DECODE demands a comprehensive understanding of the game rules, scoring mechanisms, and the ability to adapt to changing match conditions. Alliances will need to collaborate effectively, coordinating their robot’s actions to optimize point accumulation. The game emphasizes precision, speed, and reliability, rewarding teams that can consistently execute complex maneuvers. Ultimately, the alliance with the highest score at the end of the match emerges victorious, showcasing their mastery of robotics and teamwork.

Gameplay Mechanics

DECODE gameplay unfolds in two distinct periods: an autonomous phase and a driver-controlled phase. The autonomous period, lasting a predetermined duration, requires robots to execute pre-programmed sequences without human intervention, focusing on initial scoring element acquisition and positioning. Following this, the driver-controlled phase allows teams to strategically maneuver their robots, utilizing driver skill and real-time decision-making to further advance their scoring objectives.

Successful gameplay necessitates seamless transitions between these phases and effective coordination between alliance partners. Robots will interact with the playing field elements, employing various mechanisms for lifting, transporting, and depositing scoring objects. Strategic considerations include optimizing robot paths, minimizing downtime, and anticipating opponent actions. Mastering these mechanics is crucial for maximizing points and achieving a competitive edge throughout each match.

Scoring Elements and Points

DECODE’s scoring system revolves around strategically manipulating and depositing various scoring elements throughout the match. Points are awarded based on the successful placement of these elements into designated scoring zones, with higher-value zones offering greater rewards. Specific elements may have unique point values, encouraging teams to prioritize certain objectives based on their robot’s capabilities and alliance strategy.

Bonus points are awarded for completing specific tasks or achieving milestones during the match, such as cooperative actions with alliance partners or end-game achievements. A comprehensive understanding of the point distribution is vital for developing effective strategies and maximizing a team’s overall score. The intuitive match scorer assists in accurately tracking points earned by each alliance, facilitating informed decision-making during gameplay.

Robot Control System and Programming

Mastering the robot’s control system is crucial! This section details software options, programming languages, and the implementation of AprilTags for autonomous navigation.

Software and Programming Languages

FIRST Tech Challenge offers flexibility in software and programming languages, allowing teams to choose tools that best suit their skills and preferences. Commonly used options include Java, Python, and C++. The FTC SDK provides libraries and tools to simplify robot control, sensor integration, and autonomous programming.

Teams can utilize integrated development environments (IDEs) like Android Studio or VS Code, alongside the FTC Driver Station app for robot control and debugging. Understanding the SDK’s functionalities, such as OpModes and hardware mapping, is essential for effective robot programming. Furthermore, exploring resources like the FTC documentation and community forums can significantly aid in mastering the chosen programming language and software environment. Successful teams often prioritize code organization, commenting, and version control for collaborative development and maintainability.

AprilTag Implementation in DECODE

DECODE heavily features AprilTags for autonomous navigation and object recognition. These visual markers enable robots to accurately determine their position on the field and identify specific game elements. Teams must utilize the FTC SDK’s AprilTag detection capabilities, configuring camera settings and calibration parameters for optimal performance.

Understanding AprilTag IDs and their corresponding locations is crucial for programming autonomous routines. Effective implementation involves robust filtering algorithms to minimize false detections and accurate pose estimation for precise robot movements. Teams should thoroughly test their AprilTag detection system under varying lighting conditions and field configurations. Mastering AprilTag integration is paramount for achieving high-scoring autonomous periods and consistent performance throughout the DECODE competition.

Robot Control System Specifications

The FTC Robot Control System for DECODE utilizes the REV Robotics Control Hub and Expansion Hubs. These hubs support a variety of motors, sensors, and communication protocols, providing a flexible platform for robot design. Teams must adhere to specific power distribution guidelines and wiring regulations outlined in the official game manual.

Approved motor controllers include those from REV Robotics and TETRIX. Sensor compatibility extends to encoders, gyros, accelerometers, and distance sensors. Communication relies on both wired and wireless connections, with strict limitations on bandwidth and interference. Teams are responsible for ensuring their robot’s electrical system meets all safety standards and operates within the specified voltage and current limits. Proper system configuration and testing are vital for reliable robot operation.

Match Scoring and Data Analysis

Maximize your team’s performance by mastering the intuitive match scorer and analyzing crucial data. Strategic alliance selection is key to success!

Intuitive Match Scorer Guide

The official FTC Match Scorer is your primary tool for accurately recording game events during each match. This guide details how to efficiently track both the red and blue alliances, ensuring precise scoring and minimizing errors. Familiarize yourself with the interface, understanding how to input points for each scoring element – from pixel placement to cycle completion.

Properly documenting penalties and fouls is equally crucial; the Match Scorer clearly outlines the deduction process. Remember to verify all inputs with your alliance partners to maintain data integrity. Mastering the Match Scorer isn’t just about recording scores; it’s about gaining real-time insights into gameplay effectiveness. Utilize the data to identify strengths and weaknesses, informing strategic adjustments throughout the competition. A well-utilized Match Scorer is a cornerstone of successful FTC participation.

Alliance Selection and Strategy

Alliance selection is a pivotal moment in the FTC competition, demanding careful consideration and strategic foresight. Teams are ranked based on their performance throughout the qualifying matches, influencing their selection order. Successful alliances aren’t solely built on high rankings; synergy and complementary skillsets are paramount.

Analyze potential partners’ robot capabilities, considering their strengths in scoring, defense, and end-game tasks. Develop a clear alliance strategy, outlining roles and responsibilities for each team. Communication is key – discuss preferred strategies and potential adjustments during selection meetings. Remember, a cohesive alliance, built on mutual respect and shared goals, significantly increases your chances of advancing to the higher elimination rounds and ultimately, championship contention.

Tracking Team Performance

Diligent tracking of team performance is crucial for iterative improvement throughout the DECODE season. Beyond simply noting win/loss records, meticulously record data points from each match – scoring element successes, cycle times, penalty occurrences, and autonomous performance metrics. Utilize the intuitive match scorer to streamline data collection and identify trends.

Analyze this data to pinpoint areas of strength and weakness. Are you consistently struggling with a specific scoring element? Is your autonomous routine unreliable? Use these insights to refine your robot design, programming, and driver skills. Regularly review performance data with the team, fostering a culture of continuous improvement and data-driven decision-making. Effective tracking empowers teams to optimize their strategy and maximize their competitive edge.

Official Resources and Documentation

Access the official DECODE Game Manual, Q&A forums, and playing field specifications directly from FIRST Tech Challenge. These resources are vital for success!

Official Game Manual (DECODE)

The official DECODE Game Manual is the primary source of truth for all rules, regulations, and specifications governing the 2025-2026 FIRST Tech Challenge season. This comprehensive document details every aspect of the game, from scoring elements and gameplay mechanics to robot control system requirements and penalty guidelines.

Teams must thoroughly review the manual to ensure full compliance with all rules. Pay close attention to sections covering robot specifications, match procedures, and safety regulations. The manual is available as a downloadable PDF on the official FIRST Tech Challenge website. Remember, the latest English PDF version published on the Game and Season web page is the authoritative version, superseding any alternate versions or interpretations. Regularly check for updates and clarifications released through the Game Q&A forum to stay informed of any rule changes or interpretations.

Game Q&A and Clarifications

The FIRST Tech Challenge Game Q&A forum serves as the central hub for official rule clarifications and interpretations regarding the DECODE game. Teams are encouraged to submit questions regarding any ambiguity or uncertainty within the Game Manual. FIRST personnel and experienced volunteers diligently answer submitted questions, providing official rulings that apply to all teams.

Regularly monitoring the Q&A forum is crucial for staying up-to-date on any rule changes or nuanced interpretations. Official answers are publicly posted and searchable, ensuring transparency and consistency. Teams should base their robot design and strategy on the official Q&A responses, as these supersede any initial understandings. Access the forum through the official FTC website to ensure you receive timely and accurate information.

System Playing Field Resources

Comprehensive resources detailing the DECODE playing field are essential for successful robot design and strategic planning. FIRST provides detailed field diagrams, specifications, and CAD files to accurately represent the competition environment. These resources include precise dimensions, material specifications, and placement guidelines for all field elements, such as the launch zones and scoring areas.

Teams can utilize these resources to virtually simulate matches, test robot capabilities, and optimize strategies. Access to accurate field representations allows for realistic testing and minimizes surprises during competitions. The official FTC website hosts all field-related documentation, ensuring teams have access to the most up-to-date information. Utilizing these resources is vital for maximizing performance.

Community Resources and Support

Connect with a vibrant network of FTC teams, mentors, and volunteers! Explore forums, GM0 resources, and community documentation for collaborative learning and assistance.

FIRST Tech Challenge Community Forum

Engage with the broader FTC community through the official FIRST Tech Challenge Community Forum! This dynamic platform serves as a central hub for teams to connect, collaborate, and seek guidance from experienced mentors and fellow participants.

Here, you can pose questions regarding game rules, programming challenges, robot design, and strategic considerations. Benefit from the collective knowledge of the community, sharing your own insights and experiences to help others succeed. The forum is regularly monitored by FIRST staff and experienced volunteers, ensuring accurate and timely responses to your inquiries.

Beyond Q&A, the forum fosters a collaborative environment where teams can showcase their robot designs, share code snippets, and discuss innovative solutions. It’s an invaluable resource for staying up-to-date on the latest trends, best practices, and emerging technologies within the FTC landscape. Active participation in the forum is highly encouraged to maximize your team’s learning and competitive edge.

GM0 Resources

Access a wealth of supplementary materials through GM0 resources, a dedicated collection curated by the FIRST Tech Challenge community. These resources extend beyond the official game manual, offering in-depth explanations, practical examples, and alternative perspectives on various aspects of the DECODE challenge.

GM0 provides detailed documentation covering robot building techniques, programming tutorials, and strategic gameplay analysis. You’ll find helpful guides on AprilTag implementation, sensor integration, and autonomous navigation. These resources are often created by experienced teams and mentors, offering valuable insights gained from real-world competition.

Explore a diverse range of materials, including code samples, CAD models, and presentation slides. GM0 serves as a collaborative repository, empowering teams to learn from each other and accelerate their development process. Remember to critically evaluate all resources and verify their accuracy against the official game manual.

Documentation from the FTC Community

The FIRST Tech Challenge community is a vibrant hub of knowledge, offering extensive documentation created by teams for teams. This collaborative effort supplements the official game manual with practical insights, detailed tutorials, and innovative solutions to common challenges encountered during the DECODE season.

Explore a diverse range of resources, including team websites, shared Google Docs, and dedicated online forums. You’ll discover detailed build guides, programming examples in various languages, and strategic analyses of gameplay mechanics. Many teams openly share their CAD designs and code, fostering a spirit of collaboration and knowledge exchange.

Leverage this collective wisdom to accelerate your team’s learning curve and overcome technical hurdles. Remember to critically evaluate community-generated content and cross-reference it with the official rules and guidelines. This documentation is a powerful tool for enhancing your understanding of DECODE.

Advanced Strategies and Considerations

Mastering DECODE requires in-depth data analysis, identifying robot improvement areas, and forging strategic alliances for optimal performance and competitive success.

Analyzing Match Data

Effective match data analysis is crucial for elevating your team’s performance in DECODE. Beyond simply noting wins and losses, delve into the specifics of each match – scoring element manipulation rates, cycle times, and successful navigation attempts. Utilize the intuitive match scorer to meticulously track both your alliance’s and your opponents’ actions.

Focus on identifying patterns: Are there specific areas where your robot consistently excels or struggles? What strategies prove most effective against different opponent configurations? Quantify these observations with numerical data to reveal actionable insights.

Consider factors like alliance partner contributions and the impact of penalties. This detailed analysis will inform robot adjustments, strategic refinements, and ultimately, a more competitive approach to each match. Remember, data-driven decisions are key to success!

Identifying Improvement Opportunities

Leveraging match data analysis, pinpoint specific areas for robot and team improvement is paramount. Are cycle times slower than desired? Is the robot struggling with consistent scoring element manipulation? Perhaps navigation requires refinement, or the alliance strategy needs adjustment.

Break down complex issues into smaller, manageable tasks. Focus on iterative improvements – small changes tested and refined through repeated practice. Don’t overlook the importance of driver practice; even the most sophisticated robot requires skilled operation.

Consider software optimizations, mechanical adjustments, and strategic modifications. Regularly review performance metrics and prioritize improvements based on their potential impact. A continuous improvement mindset will maximize your team’s potential throughout the DECODE season.

Strategic Alliance Partnerships

Selecting the right alliance partners is crucial for success in DECODE. Beyond robot performance, consider complementary skillsets and strategic synergy. A strong alliance isn’t simply two high-scoring robots; it’s a team that maximizes combined capabilities.

Evaluate potential partners based on their ability to consistently execute key game tasks, their reliability, and their communication skills. Observe their match play, noting their strengths and weaknesses. Consider how their robot’s design complements yours – can they cover your shortcomings?

Effective communication and a shared strategic vision are essential. Discuss potential roles and responsibilities before alliance selection to ensure a cohesive and effective partnership throughout the elimination rounds.