Welcome to the VEX V5 Robotics Competition High Stakes Game Manual! This guide outlines the rules‚ objectives‚ and requirements for the 2024-2025 competition season. Designed to promote teamwork‚ problem-solving‚ and innovation‚ High Stakes challenges participants to navigate a dynamic field‚ score points‚ and climb to victory. The manual is your go-to resource for understanding game mechanics‚ robot specifications‚ and tournament rules. Whether you’re a seasoned competitor or a newcomer‚ this manual will help you prepare for an exciting and rewarding competition experience.

1.1 Overview of the Game

The VEX V5 Robotics Competition High Stakes game is a dynamic and strategic challenge where alliances of two robots work together to score points. The field features Mobile Goals with Stakes and Wall Stakes‚ with points awarded for placing rings on these stakes. Additional bonuses‚ such as the High Stake Bonus‚ reward alliances for achieving specific objectives. The game emphasizes teamwork‚ precise robot design‚ and effective gameplay execution‚ making it both thrilling and intellectually demanding for participants.

Game Structure and Objectives

The game is played by two alliances‚ each consisting of two robots‚ competing to score points by placing rings on stakes within a 15-second autonomous period and a 1 minute 45-second driver-controlled period. The objective is to maximize points through strategic ring placement and climbs‚ with bonuses awarded for achieving specific feats during gameplay.

2.1 Field Layout and Components

The High Stakes field features a 12ft by 12ft playing area with five Mobile Goals‚ each equipped with a Stake‚ and four Wall Stakes‚ one on each alliance wall. The field is divided into corners where teams can score bonus points. A central High Stake zone allows robots to climb for additional points. The field monitor displays match time‚ scores‚ and game status. Teams must navigate this dynamic layout strategically to maximize scoring opportunities during both autonomous and driver-controlled periods.

2.2 Scoring System and Bonuses

Points are scored by placing rings on Mobile Goals‚ Wall Stakes‚ or achieving climbs. Each ring on a Mobile Goal earns 1 point‚ while rings on Wall Stakes score 2 points. Bonus points are awarded for rings placed in corners or during climbs. The High Stake Bonus adds 2 points per climb for alliances with rings on the High Stake. Bonus points stack‚ increasing scoring potential. Strategic placement and timing are crucial to maximize points during matches‚ encouraging teamwork and precise robot movements to secure higher scores.

Robot Specifications and Requirements

Robots must adhere to size‚ weight‚ and material constraints. They must be designed for autonomous and driver-controlled modes‚ ensuring safety and compliance with competition standards and rules.

3.1 Design and Performance Guidelines

Robots must adhere to specific design and performance standards to ensure functionality and safety. The maximum size and weight limits are strictly enforced to maintain fair competition. Materials must be durable yet lightweight‚ with mechanisms designed for efficiency. Performance metrics include speed‚ maneuverability‚ and precision in executing game tasks. Robots must be stable and durable to withstand repeated use during matches. Safety features‚ such as emergency shutdowns and protective coverings‚ are mandatory. Compliance with these guidelines ensures optimal performance and adherence to competition rules.

3.2 Safety Standards and Compliance

Safety is a top priority in the High Stakes competition. Robots must meet strict safety standards‚ including emergency shutdown mechanisms and proper material usage. Sharp edges and hazardous components are prohibited. All electrical systems must be insulated and protected from damage. Teams are required to pass pre-match inspections to ensure compliance. Failure to meet safety standards may result in penalties or disqualification. Regular checks and adherence to these guidelines ensure a secure environment for participants and spectators throughout the competition.

Tournament Rules and Regulations

The tournament follows strict rules‚ including qualifying matches‚ alliance selections‚ and penalties for violations. Sportsmanship and fair play are essential‚ ensuring a competitive yet respectful environment for all teams.

4.1 Qualifying Matches and Alliance Selection

Qualifying matches determine team rankings‚ with points awarded based on performance. Top-ranked teams form alliances‚ selecting partners strategically. The alliance selection process ensures balanced competition‚ promoting collaboration and strategy. Teams earn ranking points by completing challenges and achieving match objectives. Alliance formation is critical‚ as it impacts semifinal matchups. The process is designed to encourage teamwork and fair play‚ ensuring all teams have opportunities to excel. Proper conduct and adherence to rules are enforced to maintain a competitive yet respectful environment for all participants.

4.2 Penalties and Disqualifications

Penalties and disqualifications are enforced to maintain fair play and safety. Minor violations may result in point deductions‚ while severe offenses‚ such as intentional fouls or unsafe robot operations‚ can lead to disqualification. Teams must adhere to rules regarding robot behavior‚ field interactions‚ and sportsmanship. Repeated violations may escalate penalties‚ impacting a team’s eligibility for awards or advancement. Disqualifications are determined by event staff and the head referee‚ ensuring adherence to competition standards and maintaining a respectful environment for all participants.

Robot Skills and Challenges

Robot skills and challenges focus on autonomous modes‚ precise programming‚ and driver-controlled operations. Teams must master complex tasks‚ ensuring robots perform efficiently and adapt to dynamic gameplay demands‚ integrating AI for advanced strategies and overcoming field obstacles effectively.

5.1 Autonomous Modes and Programming

Autonomous modes in High Stakes require precise programming to execute pre-defined actions without driver input. Teams must design sophisticated algorithms to navigate the field‚ score points‚ and interact with game elements. Programming challenges include ensuring accuracy‚ efficiency‚ and adaptability to dynamic scenarios. The use of sensors and advanced software tools‚ such as VEXcode‚ is crucial for optimizing autonomous performance. Teams must also integrate AI elements to enhance decision-making and strategy execution during autonomous periods‚ ensuring robots can adapt to unpredictable gameplay conditions effectively.

5.2 Driver-Controlled Operations

Driver-controlled operations in High Stakes require precise joystick manipulation and strategic decision-making. Drivers must navigate the robot across the field‚ align with scoring targets‚ and execute game-specific actions. Effective communication between drivers and teammates is crucial for maximizing points. Teams must practice joystick control to ensure smooth movement and accurate scoring. The driver’s role is critical during live matches‚ as their skills directly impact the alliance’s performance and overall score. Proper timing and coordination are essential to outmaneuver opponents and achieve victory.

VEX U Robotics Competition

VEX U is the university-level competition‚ offering advanced challenges and unique rules tailored for higher education students‚ fostering innovation and robotics expertise at an elite level.

6.1 Unique Rules and Modifications

The VEX U Robotics Competition introduces advanced challenges with unique rules and modifications tailored for university-level participants. These adjustments enhance gameplay complexity‚ encouraging innovative strategies and technical expertise. Specific modifications include extended match timings‚ specialized scoring systems‚ and additional robotic capabilities. These changes are designed to reflect real-world engineering scenarios‚ fostering deeper problem-solving skills. Teams must adapt their robots and strategies to comply with these rules‚ ensuring a competitive and intellectually stimulating environment. Refer to the official manual for detailed rule specifications and updates.

VEX AI Robotics Competition

The VEX AI Robotics Competition integrates advanced AI elements‚ enabling robots to perform autonomous tasks and adapt to dynamic gameplay through machine learning and real-time decision-making.

7.1 Integration of AI in Gameplay

The VEX AI Robotics Competition introduces AI-driven enhancements to High Stakes‚ enabling robots to autonomously navigate‚ recognize objects‚ and make strategic decisions. AI algorithms optimize pathfinding‚ object detection‚ and adaptive gameplay‚ allowing robots to respond dynamically to field conditions. Real-time data processing ensures precise movements and efficient scoring. AI also assists drivers by predicting optimal trajectories and identifying high-value targets. This integration elevates gameplay complexity while maintaining safety and fairness‚ ensuring a balanced and competitive environment for all participants.

Frequently Asked Questions (FAQ)

This section addresses common questions about the High Stakes game‚ covering rules‚ scoring‚ and technical issues. It provides clarity on specific scenarios and rule interpretations‚ ensuring participants can resolve queries efficiently and stay informed about gameplay specifics. Regular updates reflect the latest clarifications from the Game Design Committee.

8.1 Clarifications and Rule Interpretations

This section provides official clarifications and interpretations of the High Stakes game rules‚ addressing common questions and ambiguous scenarios. Rulings are issued by the Game Design Committee (GDC) to ensure consistency and fairness across all competitions. Participants are encouraged to review this section regularly for updates‚ as new interpretations may arise throughout the season. All clarifications are binding and take precedence over manual interpretations. The GDC strives to maintain a balanced and competitive environment while upholding the spirit of the game. Check here for the latest updates and guidance.

Updates and Changes from Previous Versions

This section outlines key revisions‚ including rule clarifications‚ scoring adjustments‚ and the introduction of the manual in 25 languages for broader accessibility and understanding.

9.1 Key Revisions and Additions

Version 3.0 introduces clarified rules for ring scoring‚ adjustments to climb bonuses‚ and updated field stake heights. New sections detail autonomous modes‚ driver controls‚ and AI integration. The manual now includes a comprehensive Q&A system for rule interpretations and expanded safety protocols. Field setup guidelines have been refined‚ and additional resources for participants are highlighted. These changes aim to enhance gameplay clarity‚ fairness‚ and accessibility for all teams competing in the 2024-2025 High Stakes competition.

Field Overview and Setup

The High Stakes field features Mobile Goals‚ Wall Stakes‚ and the High Stake. Proper setup ensures fair play and accurate scoring. Follow guidelines for component placement.

10.1 Recommended Locations for Field Components

The field components should be placed according to the official setup guidelines to ensure fair play and accurate scoring. The five Mobile Goals are evenly spaced across the field‚ while the four Wall Stakes are positioned at each corner. The High Stake is centrally located to encourage strategic gameplay. Ensure all components are aligned with the field boundaries and securely anchored. Proper placement is critical for consistent gameplay and adherence to rules. Refer to the official manual for precise measurements and visual diagrams to confirm correct positioning.

Tools and Resources for Participants

Participants can access a printable PDF and web-based versions of the manual for easy reference. Additional resources include video tutorials‚ CAD files‚ and sample code to aid preparation.