The document serves as the authoritative source of rules, regulations, and scoring information for teams participating in the FIRST Tech Challenge (FTC) during the 2023-2024 season. It provides a detailed framework for the robot game, outlining specific constraints, permissible actions, and penalties for violations. For instance, it specifies robot size limitations, allowable materials, and procedures for autonomous and driver-controlled periods.
Its importance lies in ensuring fair play and consistent application of rules across all competitions. It benefits participating teams by providing a clear understanding of the game’s requirements, enabling them to design robots and develop strategies that comply with the established guidelines. Historically, these manuals have evolved annually to introduce new challenges and promote innovation in robot design and gameplay.
This document covers several crucial aspects, including robot design constraints, field specifications, gameplay rules, scoring procedures, inspection criteria, and team conduct guidelines. Familiarizing oneself with each of these areas is paramount for successful participation.
1. Robot Design Constraints
The “ftc 2024 game manual” provides the definitive guidelines for robot design, setting forth specific limitations and requirements that participating teams must adhere to. These constraints are integral to ensuring fair competition and promoting innovative engineering solutions within predefined boundaries. A failure to comply with these stipulations can lead to disqualification.
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Size Limitations
The manual specifies maximum dimensions for robots, typically within an 18″x18″x18″ starting configuration. This restriction impacts the complexity and scope of mechanisms teams can incorporate, forcing trade-offs between various functionalities, such as game piece manipulation, mobility, and scoring capabilities. Exceeding these dimensions during inspection can result in the robot being deemed ineligible for competition until the violation is rectified.
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Weight Restrictions
While not always explicitly stated as a hard weight limit, the power system and motor controllers have an implicit weight consideration. Overly heavy robots may strain the power distribution, leading to performance issues or failures. Further, excessively massive robots might compromise maneuverability, particularly on complex game fields or when interacting with other robots.
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Material Restrictions
The “ftc 2024 game manual” dictates allowable construction materials, often restricting certain substances that could pose safety hazards or provide an unfair competitive advantage. Commonly permitted materials include aluminum, polycarbonate, and certain plastics, while materials like glass, flammable substances, and hazardous chemicals are typically prohibited.
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Power and Electrical Systems Constraints
The power system, comprising batteries, wiring, and control modules, is strictly regulated. The manual specifies permissible battery types, voltage limits, and rules regarding electrical wiring. Modifying or exceeding these limitations is prohibited, as it could compromise the safety of the robot and the competition environment. The control system, incorporating approved microcontrollers and motor controllers, must comply with specifications outlined within the document.
These constraints, as detailed in the “ftc 2024 game manual,” collectively shape robot design, demanding ingenuity and resourcefulness within a structured framework. While seemingly restrictive, these limitations foster creativity and drive teams to explore inventive approaches to achieving game objectives. Adherence to these guidelines is not merely a compliance matter but a fundamental aspect of fair and safe participation.
2. Field Specifications
The “ftc 2024 game manual” dedicates a significant portion to outlining precise field specifications. These specifications define the physical environment within which the robot game unfolds and are critical for teams to understand in order to design effective robots and strategies. Compliance with these dimensions and arrangements is rigorously enforced.
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Field Dimensions and Layout
The document details the exact dimensions of the playing field, including its length, width, and height. It also specifies the precise locations of all game elements, such as scoring zones, obstacles, and starting positions. Teams use this information to develop navigation strategies and design mechanisms optimized for specific field layouts. The measurements provided are absolute and critical for ensuring that robots operate as expected during competition.
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Game Element Placement and Characteristics
Specifics on the placement and characteristics of game elements are included. This incorporates details about their size, shape, weight, material composition, and any unique properties that might affect robotic interaction. For instance, if the game involves manipulating weighted objects, the “ftc 2024 game manual” will describe the object’s weight, dimensions, and any texture considerations. This knowledge is essential for designing effective grasping or lifting mechanisms.
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Surface Material and Friction
The type of surface used on the playing field is also specified. This often includes information about the material’s composition, smoothness, and coefficient of friction. These factors influence robot traction and maneuverability. A rough or uneven surface requires different wheel designs and control algorithms compared to a smooth, high-traction surface. Teams must consider these factors when selecting wheels, programming movement routines, and designing chassis.
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Arena Construction and Safety Considerations
The document often includes guidelines regarding arena construction, focusing on safety considerations. These instructions ensure that the field is built and maintained in a manner that minimizes the risk of injury to participants or damage to robots. Details on perimeter barriers, netting, and electrical safety are typically included. Adherence to these safety protocols is paramount for conducting competitions responsibly.
In summary, the field specifications articulated in the “ftc 2024 game manual” are foundational to fair play and robotic performance. These standards dictate the environment in which teams compete, providing a common basis for design, strategy, and execution. A detailed understanding of these specifications is therefore indispensable for any team aiming for success.
3. Gameplay Rules
The “ftc 2024 game manual” serves as the definitive repository of all gameplay regulations for the competition season. These rules govern the actions, interactions, and permissible behaviors of robots and teams during official matches. Strict adherence is essential for maintaining fair play and ensuring consistent adjudication across all events.
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Robot Actions and Interactions
This segment of the ruleset defines the actions robots can legally perform during autonomous and driver-controlled periods. This includes guidelines on game element manipulation, movement restrictions, and interactions with other robots. For instance, the manual typically outlines specific zones where scoring can occur, restrictions on impeding opponent robots, and penalties for actions deemed unsafe or unsportsmanlike. Violations of these rules can result in point deductions or disqualifications from the match.
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Autonomous Period Regulations
The “ftc 2024 game manual” details the regulations specific to the autonomous period, during which robots operate without direct driver input. These regulations specify time limits, permissible sensor usage, and pre-programmed actions. The autonomous period rules often include specific scoring opportunities and penalties for infractions. Successful teams invest significant effort in programming reliable autonomous routines that comply with these strict regulations.
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Driver-Controlled Period Regulations
The manual outlines regulations that apply during the driver-controlled period, when operators control the robot remotely. These regulations dictate the permissible actions of drivers, including communication protocols, robot control limitations, and rules regarding interference with the opposing team. Violations of these regulations can lead to penalties, impacting the final score. The “ftc 2024 game manual” aims to create an equitable and sportsmanlike environment during this critical phase of the match.
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Penalty System
The “ftc 2024 game manual” clearly defines the penalty system employed to address rule violations. Penalties can range from minor point deductions to major fouls that significantly impact the match outcome. The manual specifies the types of actions that trigger penalties, the severity of each penalty, and the procedures for assigning penalties during competition. Understanding the penalty system is crucial for teams to avoid inadvertent rule violations and strategize effectively during matches. Referees rely on this section to impartially enforce the rules.
Collectively, these facets of the gameplay rules, as articulated in the “ftc 2024 game manual,” ensure a level playing field, promote strategic decision-making, and safeguard the integrity of the competition. Teams that thoroughly understand and abide by these rules are best positioned for success. The manual serves as the ultimate authority on all gameplay-related matters.
4. Scoring Procedures
The “ftc 2024 game manual” meticulously outlines the scoring procedures, defining how teams accumulate points during a match. This section is critical as it directly determines the outcome of each game and, consequently, a team’s overall ranking. Every action performed during a match, from autonomous tasks to end-game maneuvers, is evaluated according to the scoring system detailed within the manual. A comprehensive understanding of these procedures is, therefore, fundamental for designing effective strategies and maximizing a team’s potential score. For example, if the manual dictates a higher point value for a specific task performed during the autonomous period, teams will prioritize developing robots capable of consistently completing that task. The scoring section of the manual acts as a direct cause for strategic decision-making, influencing robot design, programming, and driver training.
Furthermore, discrepancies in interpreting these procedures can have significant real-world consequences. If a team misinterprets the point value assigned to a particular action or misunderstands the criteria for earning those points, it can lead to miscalculations during match strategy and potential loss of crucial points. For instance, if the manual specifies that a scoring element must be fully within a designated zone to qualify for points, a team must ensure its robot consistently achieves that placement. Ignoring these specifications can result in wasted effort and missed opportunities. The inspection process, also detailed in the manual, ensures that robots meet the criteria necessary to legally perform scoring actions, further emphasizing the interconnectedness of different sections within the document.
In conclusion, the “ftc 2024 game manual’s” scoring procedures section forms a central pillar of the competition. Accurate interpretation and meticulous application of these procedures are essential for both robot design and gameplay strategy. The scoring procedures offer a clear framework for point allocation, directly influencing team behavior and dictating the competition’s outcome. Understanding and integrating the rules detailed for accumulating points in all game elements is of vital importance for every team participating in this competition.
5. Inspection Criteria
The inspection criteria, as defined within the “ftc 2024 game manual,” are a set of objective standards against which each robot is evaluated prior to being permitted to compete. These criteria ensure that all robots meet the specified size, weight, material, and safety requirements detailed in the game manual. Non-compliance with these criteria results in the robot failing inspection and being ineligible for participation until the discrepancies are rectified. The manual explicitly outlines the procedures for inspection, including measurement techniques, material verification processes, and functional tests to assess robot safety. The detailed cause-and-effect relationship between the requirements in the manual and the inspection process enforces fair play and establishes a standardized environment.
The importance of the inspection criteria stems from the need to guarantee that all participating robots adhere to the established rules and safety regulations. For example, the manual might specify that a robot must fit within an 18″x18″x18″ starting configuration. During inspection, a measuring device will verify that the robot complies with these dimensional limits. If the robot exceeds these dimensions, it fails inspection. Similarly, material restrictions prohibit the use of hazardous materials, such as glass or flammable substances. Inspectors examine the robot’s components to ensure compliance. The practical significance of this understanding lies in the fact that teams must design and construct their robots with these criteria as paramount considerations.
Ultimately, the inspection criteria, intrinsically linked to the “ftc 2024 game manual,” act as a gatekeeper for competitive participation. The rules safeguard fair competition and promote the safety of all participants. A robot’s eligibility hinges on meeting the articulated standards. Teams are challenged to design ingenious robots within clearly defined parameters, ultimately fostering creativity and innovation while ensuring that all competitors abide by a unified set of regulations, thereby upholding the integrity of the competition. Strict adherence to the “ftc 2024 game manual’s” inspection criteria serves as a testament to the team’s understanding of both the technical and ethical aspects of the FIRST Tech Challenge.
6. Team Conduct
The “ftc 2024 game manual” explicitly defines expected team conduct, outlining standards of behavior for all participants. This section of the manual is not merely advisory; it establishes a framework for ethical and professional interactions, emphasizing respect, integrity, and sportsmanship. Failure to adhere to these guidelines can result in penalties, ranging from warnings to disqualification. The emphasis on team conduct underscores the program’s commitment to fostering a positive and inclusive environment where learning and collaboration are prioritized. An example of a conduct violation might involve disrespectful behavior toward referees, intentional damage to the playing field, or unsportsmanlike actions during matches. These types of infractions can lead to immediate intervention and potential sanctions, as detailed in the manual.
The importance of team conduct within the “ftc 2024 game manual” stems from its direct influence on the overall competition experience. Positive team interactions contribute to a more enjoyable and educational environment for all participants. Conversely, negative conduct can disrupt events, create hostility, and detract from the program’s core values. Real-world examples illustrate the significance of these guidelines; teams recognized for their gracious professionalism often receive awards and accolades, highlighting the program’s dedication to rewarding exemplary conduct. Further, team conduct rules extend to online forums and social media, encouraging responsible and respectful communication even outside of official events. The manual acts as a proactive measure to ensure a healthy learning setting.
In conclusion, the team conduct section of the “ftc 2024 game manual” is paramount to the FIRST Tech Challenge, directly shaping the competitive landscape. Upholding these guidelines is the responsibility of all individuals associated with a team. It promotes respect and integrity, ensures a positive event experience, and reinforces the program’s commitment to fostering well-rounded individuals. Violating the standards outlined in the “ftc 2024 game manual” has real consequences impacting the immediate and long-term competitiveness and recognition of those participating.
7. Safety Regulations
Safety regulations form a critical component of the “ftc 2024 game manual,” dictating the measures necessary to ensure a secure environment for all participants during robot design, construction, and competition. These regulations address potential hazards associated with robotics, including electrical systems, mechanical components, and field interactions, setting forth clear guidelines for mitigation and prevention. Strict adherence is mandatory to minimize the risk of injury or damage.
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Electrical Safety Protocols
The “ftc 2024 game manual” specifies comprehensive electrical safety protocols to prevent shocks, short circuits, and fires. These protocols mandate proper wiring techniques, insulation requirements, and the use of approved power components. For instance, all wiring must be properly insulated and securely connected to prevent accidental shorts, and batteries must be of a specified type and voltage to avoid overloading the system. Failure to adhere to these regulations can result in immediate disqualification, as electrical hazards pose significant risks to both participants and equipment.
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Mechanical Design Safeguards
Mechanical design safeguards outlined in the “ftc 2024 game manual” aim to minimize the risk of pinch points, sharp edges, and unstable structures. Robots must be designed to prevent accidental injury during operation and handling. For example, the manual may require that all moving parts be enclosed or guarded to prevent fingers or clothing from becoming entangled. Sharp edges must be deburred or covered to avoid cuts and abrasions. Structures must be stable to prevent tipping or collapse, which could cause injury or damage. These regulations are enforced through rigorous inspection processes.
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Battery Handling and Storage Procedures
The manual outlines detailed procedures for the handling, charging, and storage of batteries. These procedures are essential to prevent thermal runaway, explosions, and chemical leaks, including requirements for ventilation, fire suppression, and proper disposal methods. For instance, the manual may specify that batteries must be stored in fire-resistant containers in a well-ventilated area, away from flammable materials. It may also dictate the use of specific charging equipment and prohibit overcharging or discharging batteries beyond their specified limits. These precautions minimize the risk of battery-related incidents.
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Emergency Stop Mechanisms
The inclusion of functional emergency stop mechanisms is a core requirement. These mechanisms allow for the immediate shutdown of the robot in the event of a malfunction or unsafe situation. Emergency stop buttons must be easily accessible and clearly marked, enabling quick response by both operators and field personnel. The “ftc 2024 game manual” details specifications for the location, size, and functionality of these buttons, emphasizing their critical role in preventing accidents and mitigating potential damage.
These multifaceted safety regulations, meticulously detailed in the “ftc 2024 game manual,” collectively contribute to a secure and controlled competition environment. Adherence to these guidelines is not merely a matter of compliance but a fundamental responsibility for all participants, ensuring that robotics activities remain a safe and enriching experience.
8. Judging Process
The “ftc 2024 game manual” provides the framework for the judging process, outlining the criteria and procedures employed to evaluate teams for various awards. This process recognizes achievements beyond robot performance, encompassing design, innovation, outreach, and team spirit. The manual ensures a standardized and impartial evaluation across all competitions, promoting fairness and transparency.
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Award Criteria Definition
The “ftc 2024 game manual” precisely defines the criteria for each judged award, ensuring consistency in evaluation across all events. These criteria articulate the specific attributes and accomplishments that judges seek in teams, such as innovative design solutions, effective outreach initiatives, or demonstrated team spirit. The manual reduces ambiguity by providing clear guidelines, enabling judges to objectively assess teams based on pre-established standards. For example, the Inspire Award criteria typically include robot performance, engineering notebook quality, outreach efforts, and team presentation skills.
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Interview Procedures
The manual outlines the procedures for conducting team interviews, a critical component of the judging process. These procedures specify the format, duration, and focus of the interviews, ensuring that all teams have an equal opportunity to present their accomplishments and demonstrate their qualifications for the awards. The manual often provides guidance on the types of questions judges may ask, encouraging them to explore aspects of robot design, team collaboration, and community impact. These interview guidelines promote a structured and fair evaluation process.
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Engineering Notebook Assessment
The “ftc 2024 game manual” emphasizes the significance of the engineering notebook as a record of the team’s design process, experimentation, and problem-solving efforts. The manual details the requirements for notebook content, format, and organization, providing judges with a framework for assessing the team’s engineering methodology. A well-maintained and comprehensive engineering notebook demonstrates a structured approach to robot design and development, contributing to the team’s overall score in the judging process.
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Judging Panel Composition and Responsibilities
The manual may provide general guidelines regarding the composition of the judging panel, including the types of expertise and experience that judges should possess. Judges are often selected from a diverse range of backgrounds, including engineering, education, and business. The manual articulates the responsibilities of the judges, emphasizing the importance of impartiality, objectivity, and adherence to the established criteria. The integrity of the judging process relies on the expertise and commitment of the judges.
These facets collectively define the judging process as an integral part of the FIRST Tech Challenge, governed by the “ftc 2024 game manual.” This framework promotes fair evaluation beyond robot performance, recognizing teams exhibiting the qualities of innovation, teamwork, and community engagement central to the FIRST ethos. Adherence to these guidelines ensures a transparent and equitable assessment, contributing significantly to the overall experience and promoting the core values of the program.
9. Award Criteria
The award criteria are integral elements within the “ftc 2024 game manual,” outlining the standards by which teams are evaluated for recognition beyond robot performance. These criteria serve as the benchmarks for judges to assess teams on various attributes and accomplishments during the competition season.
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Inspire Award Criteria
The Inspire Award, the highest judged honor, evaluates teams based on overall excellence in robot design, engineering notebook documentation, outreach efforts, and team presentation. For example, a winning team may demonstrate an innovative robot design, showcase a detailed engineering notebook documenting the design process, actively engage in community outreach initiatives promoting STEM education, and deliver a compelling presentation to judges. These factors collectively contribute to a team’s Inspire Award score, reflecting holistic performance.
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Think Award Criteria
The Think Award recognizes teams that demonstrate exceptional engineering thinking throughout the robot design process, as evidenced by a well-documented engineering notebook. For example, a team might showcase a detailed design process, explain the rationale behind design choices, analyze performance data, and iteratively refine their robot design based on observations and testing. The engineering notebook serves as the primary source of evidence for evaluating a team’s problem-solving skills and engineering methodology.
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Connect Award Criteria
The Connect Award honors teams that effectively connect with the engineering community, mentors, and sponsors to expand their knowledge and resources. For example, a team might establish partnerships with local engineering firms, actively seek mentorship from experienced engineers, and engage with sponsors to secure financial or material support for their robot project. Documenting these connections in an organized manner is crucial to winning the award.
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Innovate Award Criteria
The Innovate Award celebrates teams that demonstrate innovative and creative problem-solving in robot design and construction. For example, a team might implement a novel mechanism, employ a unique sensing technique, or develop a creative software solution to address a specific challenge in the game. The judges specifically look for ingenuity and originality that leads to substantial gains in robot performance. The details of this innovation must be clearly documented.
These facets of the award criteria, explicitly defined within the “ftc 2024 game manual,” collectively guide the judging process and provide teams with a clear understanding of the attributes valued by the program. These guidelines promote well-rounded teams who succeed within game elements, the design process, and community engagement. This results in the program’s commitment to recognize achievements that extend beyond technical proficiency.
Frequently Asked Questions About the ftc 2024 game manual
This section addresses common inquiries regarding the document governing competition regulations and procedures. The following questions and answers provide clarification on key aspects of its content and application.
Question 1: What is the primary purpose of the ftc 2024 game manual?
The document serves as the authoritative source for all rules, regulations, and guidelines pertaining to the FIRST Tech Challenge competition for the designated season. It outlines permissible robot designs, gameplay rules, scoring procedures, and judging criteria.
Question 2: How frequently is the ftc 2024 game manual updated?
The document is typically updated annually to reflect changes in game design, rules, and scoring procedures. Updates may also be issued during the competition season in the form of official rule clarifications or addenda.
Question 3: What recourse is available if a team encounters an ambiguity or contradiction within the ftc 2024 game manual?
Teams should consult the official Q&A forum, maintained by the FIRST Tech Challenge program. Questions submitted through this channel are reviewed by designated experts, and official clarifications are published to address ambiguities or contradictions.
Question 4: Are there specific sections of the ftc 2024 game manual that require particularly close attention?
The sections pertaining to robot inspection criteria, gameplay rules, and the code of conduct necessitate diligent review. Compliance with these sections is crucial for avoiding penalties and ensuring fair play.
Question 5: How does the ftc 2024 game manual address safety concerns?
The manual dedicates a specific section to safety regulations, outlining requirements for robot construction, electrical systems, battery handling, and emergency stop mechanisms. Adherence to these regulations is paramount for preventing accidents and ensuring participant well-being.
Question 6: Is knowledge of the ftc 2024 game manual required of all team members?
Comprehensive knowledge of the document is essential for all team members involved in robot design, construction, and operation. A thorough understanding of its content is necessary for ensuring compliance and maximizing competitive performance.
The document presents a codified set of rules and guidelines essential for participation. Familiarity with its contents promotes fair competition and adherence to established standards.
The article will now shift focus to examining the impact of these elements on team strategy.
Insights Gleaned from the ftc 2024 game manual
The following guidance, derived directly from careful analysis of the document governing competition rules and procedures, is designed to enhance team performance and strategic decision-making.
Tip 1: Prioritize Thorough Rule Comprehension: Full compliance dictates a team’s ability to participate, therefore, devote substantial time to studying the regulations. Any lack of comprehension may result in an invalid entry to the competition.
Tip 2: Emphasize Early Adherence to Size and Weight Constraints: Robot designs must adhere to all parameters outlined in the specifications, otherwise, inspection will most likely fail until the robot can meet the qualifications.
Tip 3: Optimize Autonomous Period Strategies: Teams should concentrate on developing efficient and reliable autonomous routines that capitalize on high-scoring opportunities as outlined. This ensures competitive advantage.
Tip 4: Exploit Endgame Scoring Potential: Invest significant effort in engineering mechanisms and strategies that enable efficient endgame scoring. This maximizes overall points achieved.
Tip 5: Maintain a Detailed Engineering Notebook: Diligent documentation of the design process, experiments, and challenges is crucial for judged awards. Therefore, it needs to be of high quality.
Tip 6: Cultivate Gracious Professionalism: Teams must model respectful behavior and sportsmanship throughout the competition. Good conduct is a key indicator to the judging process.
Tip 7: Proactively Seek Official Rule Clarifications: Teams should consult the official Q&A forum for interpretations or ambiguities encountered within the document. The answers should be taken seriously.
Adherence to these points, derived directly from the governing text, will enable the robot and team to meet the qualifications as set forth.
The subsequent section will provide a concluding summary of this article.
Conclusion
This exposition detailed the multifaceted nature of the ftc 2024 game manual, underscoring its significance as the definitive guide for participating teams. The discussion spanned key areas, including robot design constraints, field specifications, gameplay regulations, scoring methodologies, inspection protocols, expected team conduct, safety stipulations, the judging process, and award criteria. A comprehensive understanding of these elements is paramount for success within the competition framework.
Therefore, teams are strongly encouraged to engage in a thorough and continuous review of the ftc 2024 game manual throughout the season. Adherence to its guidelines is not merely a matter of compliance, but a foundational element of fair play, innovation, and the advancement of STEM education. The ftc 2024 game manual is the cornerstone of informed strategic decision-making.
