The VEX High Stakes Game Manual (Version 3.0) is your comprehensive guide for the 2024-2025 competition. It outlines rules, scoring, and safety protocols essential for success. Available in 25 languages, it ensures global accessibility and provides resources for teams to excel in the competition.
Overview of the Game and Its Objectives
The VEX High Stakes game is a dynamic robotics competition where two alliances, each consisting of two teams, compete on a 12×12 square field. Teams earn points by scoring rings on stakes, placing mobile goals, and climbing ladders during a match. The game combines autonomous and driver-controlled periods, requiring strategic planning and precise robot functionality. The objective is to maximize points by efficiently completing these tasks within the match timeframe, showcasing both robot design and teamwork.
Key Updates in the 2024-2025 Version (Version 3.0)
Version 3.0 of the VEX High Stakes Game Manual introduces several key updates, including new game elements and clarifications to existing rules. The manual now includes a Quick Reference Guide for easy access to essential information. Additionally, the 2024-2025 season features updated scoring systems and gameplay mechanics. The Game Design Committee has also provided clarifications on previous rules to ensure consistency and fairness. These updates aim to enhance the competitiveness and clarity of the game for all participants.
Game Structure and Rules
The VEX High Stakes game is played on a 12×12 square field with two alliances of two teams each. Matches consist of a 30-second Autonomous Period followed by a 1:30 Driver-Controlled Period. Teams earn points by scoring rings, placing mobile goals, and climbing ladders. The game emphasizes strategy, precision, and adherence to rules for fair competition.
Key rules include robot specifications, field interactions, and scoring methods. Teams must design robots to navigate the field efficiently and maximize points within the allotted time. Penalties apply for violations, ensuring a level playing field for all participants.
Field Layout and Dimensions
The VEX High Stakes field is a 12×12 square, featuring scoring zones, mobile goals, stakes, and ladders. The field is divided into areas for ring scoring and climbing. Teams must navigate their robots within these dimensions to maximize points. The layout includes specific zones for autonomous and driver-controlled actions, ensuring balanced gameplay. The field’s design promotes strategic placement and movement, making it a critical factor in competition success.
Gameplay Phases: Autonomous and Driver-Controlled Periods
The game consists of two phases: a 30-second Autonomous Period and a 1 minute and 30 seconds Driver-Controlled Period. During autonomy, robots operate independently, following pre-programmed instructions to score points. The driver-controlled phase allows teams to manually operate their robots, focusing on strategic movements and high-stakes actions. Both phases require precision and teamwork to maximize scoring opportunities and achieve victory in the competition.
Scoring Methods: Rings, Stakes, and Climbing
Scoring in High Stakes involves three key elements: rings, stakes, and climbing; Teams earn points by placing rings on stakes, with higher stakes awarding more points; Robots can also climb ladders to gain additional points. Each ring placed on a stake during the driver-controlled period adds to the team’s score, while successful climbs during the final moments of the match provide bonus points. Strategic placement and climbing are crucial for maximizing points and securing victory in the competition.
Robot Specifications and Requirements
Robot specifications include size, weight, and material constraints. Approved components ensure safety and fairness. These requirements are detailed in the manual to ensure compliance.
Design and Build Constraints
The manual outlines specific design and build constraints for robots, ensuring fairness and safety. Robots must adhere to size and weight limits, and only approved materials and components are permitted. These constraints promote innovation within defined boundaries, encouraging teams to optimize their designs for performance while meeting competition standards. Compliance with these rules is verified during inspections to maintain a level playing field for all participants.
Weight and Size Limits
Robots must adhere to strict weight and size constraints to ensure fair competition and safety. The maximum weight is 44 pounds (20 kg), and robots must fit within an 18″ x 18″ x 24″ envelope during matches. These limits ensure compatibility with field elements and prevent damage. Teams must verify compliance during pre-match inspections, using official tools provided by event staff. Adherence to these limits is crucial for participation and ensures a level playing field for all competitors.
Approved Materials and Components
The VEX High Stakes Game Manual specifies that robots must be constructed using approved materials and components to ensure safety and fairness. Common materials include aluminum, steel, and plastics. Banned materials, such as glass or sharp objects, are prohibited for safety reasons. All components must be sourced from the VEX V5 Kit of Parts or explicitly approved by the manual. Teams must adhere to these guidelines to pass inspections and maintain eligibility for competition. Compliance ensures a level playing field and safe match conditions.
Tournament Rules and Procedures
The tournament follows a structured format of qualification matches, playoffs, and finals. Teams form alliances, undergo inspections, and must comply with all rules to ensure fair competition and sportsmanship.
Match Types: Qualification, Playoff, and Finals
Matches are divided into qualification, playoff, and finals. Qualification matches determine team rankings, while playoffs involve alliances competing to advance. Finals decide the tournament champions. Tiebreakers resolve standings, and alliances are formed during playoffs. Each phase ensures fair competition, with teams earning points and showcasing their robots’ capabilities in autonomous and driver-controlled modes. This structure promotes strategic teamwork and high-stakes competition, culminating in a thrilling conclusion to the tournament.
Alliance System and Team Pairings
Alliances consist of two teams each, competing together in matches. During playoffs, higher-ranked teams select partners to form alliances, enhancing their strategic advantage. Teams collaborate to maximize scoring potential, with clear communication and coordination essential for success. The alliance system fosters teamwork and strategic planning, as teams work together to achieve common goals in both autonomous and driver-controlled periods. This partnership is crucial for advancing through the tournament and securing victory.
Penalties and Disqualifications
Penalties and disqualifications are enforced to maintain fair play and safety. Unsafe actions, rule violations, or intentional damage to equipment result in penalties, affecting a team’s score or leading to disqualification. Repeated offenses may escalate consequences, potentially removing a team from the competition. Disqualifications are issued for severe or repeated misconduct, impacting a team’s eligibility for awards and advancement. Understanding these rules ensures a competitive and respectful environment for all participants.
Scoring System and Rankings
The VEX High Stakes scoring system awards points for rings scored, stakes claimed, and successful climbs. Rankings are determined by team performance in qualification matches, playoff outcomes, and robot skills challenges, ensuring a fair and competitive environment.
Point Allocation for Different Actions
Points are awarded based on specific actions during matches. Rings scored during autonomous and driver periods earn teams points, with higher stakes yielding more points. Placing stakes in goal zones and successful climbs also contribute to the score. Each ring scored is worth 1 point, while stakes earn 5 points for low zones and 10 for high zones. Climbing ladders rewards 15 points for mid levels and 20 for high levels. Bonus points are awarded for achieving multiple climbs or stake placements, maximizing overall scoring potential in each match.
Ranking Criteria and Tiebreakers
Teams are ranked based on match wins, total points earned, and completion of objectives. In case of tied rankings, tiebreakers include head-to-head results, highest single-match score, and total number of objectives achieved. If ties persist, additional criteria such as autonomous performance and climbing success are considered. The ranking system ensures fair competition and provides clear guidelines for determining standings in both qualification and playoff matches.
Field Setup and Equipment
The VEX High Stakes field is a 12×12 square with stakes, ladders, and mobile goals. The official configuration is detailed in the manual.
Official Field Configuration
The VEX High Stakes field is a 12×12 square with specific zones for red and blue alliances. It features stakes, ladders, and mobile goals arranged in designated areas. The field includes neutral zones for robot movement and predefined starting positions. Stakes are placed at varying heights, and ladders are fixed structures for climbing. Mobile goals are positioned to allow scoring during matches. The configuration ensures balanced gameplay and fair competition, adhering to the manual’s guidelines for setup and equipment placement.
Stakes, Ladders, and Mobile Goals
Stakes are vertical poles of varying heights where rings are scored. They are arranged in specific patterns across the field. Ladders are fixed structures allowing robots to climb during matches. Mobile goals are free-moving elements that can be positioned for scoring. These components are essential to the game, with stakes enabling ring scoring, ladders facilitating climbing, and mobile goals offering strategic scoring opportunities. Their placement and design are detailed in the manual to ensure consistent gameplay and fairness.
Safety Guidelines and Inspection Process
The manual emphasizes pre-match inspections and safety protocols to ensure participant well-being. It outlines rules for robot safety, field hazards, and emergency procedures to prevent injuries and ensure compliance with safety standards during competitions.
Pre-Match Inspections
Pre-match inspections ensure robot compliance with safety and technical standards. Teams must verify weight, size, and material adherence, as well as proper software functionality. Inspectors check for prohibited components and ensure all systems operate safely. Robots failing inspection are disqualified until issues are resolved. The process also involves reviewing documentation to confirm adherence to rules. This step is critical to maintaining fairness and safety in the competition, ensuring all teams meet the specified requirements before participating in matches.
Safety Protocols During Matches
Safety protocols during matches ensure a secure environment for participants. Emergency stop buttons are mandatory for immediate shutdowns. Field officials monitor for hazards and enforce rules to prevent collisions or unsafe robot interactions. Teams must ensure robots are operated responsibly, avoiding actions that could harm others or damage equipment. Prohibited actions, such as unsafe climbing or intentional contact, are penalized. These measures prioritize participant well-being and maintain a fair, incident-free competition.
Resources and Downloads
Access the VEX High Stakes Game Manual, printable scoresheets, and training materials online. The manual is available in 25 languages for global accessibility and convenience.
Downloading the Game Manual and Scoresheets
The VEX High Stakes Game Manual (Version 3.0) and printable scoresheets are available for download online. Access the official manual through the REC Library, requiring a V5 Competition Starter Kit. The manual is also available in 25 languages for global accessibility. Additionally, a web-based version by DRow from VEX News provides easy access. Scoresheets and training materials can be downloaded directly from the official VEX website. Updates will be posted on or before June 1, 2025.
Training Materials and Video Guides
Extensive training materials and video guides are available to help teams prepare for the VEX High Stakes competition. These resources include detailed tutorials, field tours, and match analysis to enhance understanding of the game. Video guides cover robot design, programming, and gameplay strategies. Access these materials through the VEX website or official VEX YouTube channels. They are designed to assist teams in mastering the rules, optimizing performance, and excelling in the competition. Regular updates ensure alignment with the latest game manual version.
VEX U and Robot Skills Challenge Variations
This section outlines the specific rules and variations for VEX U competitions and the Robot Skills Challenge. It details unique scoring, gameplay adjustments, and competition formats for these events.
Specific Rules for VEX U Competitions
VEX U competitions are tailored for higher education teams, played on a 12×12 field with two alliances. Matches include a 30-second Autonomous Period and a 1:30 Driver-Controlled Period. Unique rules include extended autonomous capabilities and modified scoring for rings and mobile goals. Safety protocols and inspections are emphasized, ensuring compliance with VEX standards. These rules promote advanced engineering and strategic gameplay, fostering innovation among university-level participants in the High Stakes competition.
Robot Skills Challenge Details
The Robot Skills Challenge is a skills-based competition within the High Stakes game, testing robot performance and driver proficiency. Teams compete in a 12×12 field setup, focusing on scoring rings and positioning mobile goals. Matches are driver-operated, emphasizing precision and strategy. The challenge highlights advanced engineering and teamwork, awarding points for rings scored and goals accurately placed. This event is a key component of the VEX competition, showcasing robot capabilities and driver expertise in a fast-paced environment.