Game Description
VRC Over Under is a dynamic robotics competition where alliances score by propelling Triballs into goals and elevating robots at the match’s end on a 12×12 field.
1.1 Overview of VRC Over Under
VRC Over Under is a high-energy robotics competition where two alliances compete on a 12×12 field. Teams score by launching Triballs into goals and elevating robots at the match’s end. The game emphasizes strategic gameplay‚ precise robot design‚ and teamwork. With dynamic scoring mechanisms and field configurations‚ VRC Over Under challenges teams to innovate and adapt‚ making it an engaging engineering and problem-solving experience for participants worldwide.
1.2 Objectives and Gameplay Basics
The primary objective in VRC Over Under is for alliances to score more points than their opponents by launching Triballs into goals and elevating robots at the match’s conclusion. Gameplay revolves around strategic coordination between teams‚ with robots navigating a 12×12 field to score. Triballs must be accurately aimed into high or low goals‚ while robots can earn bonus points by elevating at the end. Teams must adhere to game rules and optimize their strategies to maximize scoring efficiency and achieve victory.
Game Manual
The VRC Over Under Game Manual is the official guide‚ detailing rules‚ scoring‚ robot inspections‚ field setup‚ and tournament rules. It is updated regularly for clarity and fairness.
2.1 Key Components of the VRC Over Under Game Manual
The VRC Over Under Game Manual includes detailed rules‚ scoring systems‚ robot inspection guidelines‚ and field setup instructions. It outlines game objectives‚ alliance structures‚ and tournament progression. The manual also covers Triball usage‚ Hero Robot roles‚ and match load guidelines. Regular updates ensure clarity and fairness‚ with changes documented to keep teams informed. It serves as the primary resource for understanding gameplay‚ robot compliance‚ and competition protocols‚ ensuring consistency across all events.
2.2 Recent Updates and Clarifications
Recent updates to the VRC Over Under Game Manual include rule clarifications such as G8‚ which addresses items brought by Drive Team Members‚ and R22a. These changes ensure fair play and provide teams with clear guidelines. Updates are released periodically to address community questions and improve gameplay consistency. The manual is a living document‚ with revisions documented to maintain transparency and keep teams informed throughout the competition season.
2.3 Importance of the Manual for Teams
The VRC Over Under Game Manual is essential for teams to understand rules‚ scoring‚ and field setup. It provides detailed guidelines for robot design‚ gameplay‚ and tournament procedures‚ ensuring compliance and fair competition. Regular updates clarify ambiguities‚ making it a critical resource for strategic planning. Teams rely on the manual to prepare effectively‚ avoid penalties‚ and maximize performance. Its comprehensive nature ensures all participants are aligned with official standards‚ fostering a level playing field for all competitors.
Field Setup and Configuration
The VRC Over Under field is a 12×12 square area configured with goals‚ obstacles‚ and scoring zones‚ creating a competitive environment for robot interactions and Triball scoring.
3.1 Field Layout and Dimensions
The VRC Over Under field is a 12×12 square area‚ configured with goals‚ obstacles‚ and scoring zones. Each alliance has designated zones for scoring Triballs‚ promoting strategic gameplay. The field includes elevated platforms and barriers‚ challenging robot navigation. Dimensions are standardized to ensure consistency across competitions. The layout encourages dynamic interactions between robots‚ emphasizing both precision and speed. This setup ensures fair competition while highlighting robotic capabilities in achieving match objectives.
3.2 Assembly and Setup Guidelines
Assembling the VRC Over Under field requires careful attention to the game manual’s instructions. The 12×12 field must be constructed with precision‚ ensuring all goals‚ obstacles‚ and scoring zones are correctly positioned. Teams should follow the provided diagrams for accurate setup. Safety precautions‚ such as securing elevated platforms‚ are essential. The field must be level and free of obstructions to ensure fair play. Adherence to the manual’s guidelines guarantees consistency across competitions and proper functionality of the field components.
3.3 Scoring Zones and Goal Types
The VRC Over Under field features distinct scoring zones and goal types that determine point values. High and low scoring zones are positioned at varying heights‚ with Triballs scored based on their placement. Elevated goals offer higher points‚ while ground-level goals provide easier scoring opportunities. The field is divided into zones‚ each with specific point allocations‚ ensuring strategic gameplay. Understanding these zones and goal types is crucial for maximizing scores during matches.
Robot Rules and Inspection
Robot rules ensure fair competition‚ outlining design and performance guidelines. Inspection verifies compliance with size‚ weight‚ and safety standards‚ ensuring all robots meet game-specific requirements before matches.
4.1 Design and Performance Rules
The VRC Over Under game manual outlines specific design and performance rules for robots‚ ensuring fair competition. Robots must adhere to size and weight limits‚ with a maximum dimension of 12×12 inches and a weight cap of 15 lbs. Prohibited components include sharp edges‚ flammable materials‚ and non-approved pneumatics. Performance rules focus on safety‚ banning mechanisms that could damage the field or harm participants. These guidelines ensure robots are functional‚ efficient‚ and compliant with tournament standards while promoting innovative engineering solutions.
4.2 Inspection Process and Requirements
The VRC Over Under inspection process ensures robots meet game rules and safety standards. Teams must pass pre-match inspections‚ which include dimension‚ weight‚ and rule compliance checks. Inspectors verify robots for prohibited materials‚ sharp edges‚ and illegal mechanisms. The process ensures fair competition by confirming all robots adhere to the game manual’s guidelines. Successful inspection grants eligibility to compete‚ while failures require modifications before participation. This step is crucial for maintaining safety and rule consistency across all teams.
4.3 The Role of the Hero Robot
The Hero Robot plays a pivotal role in VRC Over Under‚ excelling in high-scoring activities like elevating and scoring Triballs. Its design prioritizes mobility and precision‚ enabling it to navigate the field effectively. The Hero Robot often leads the alliance’s strategy‚ collaborating with other robots to maximize points. Its performance significantly impacts match outcomes‚ making it a critical component of team success. Proper utilization of the Hero Robot requires strategic planning and seamless coordination with alliance partners to achieve victory.
Scoring System
The scoring system involves earning points by scoring Triballs into goals and elevating robots at the match’s end‚ emphasizing strategic gameplay and precision.
5.1 How Scoring Works
Scoring in VRC Over Under is based on Triballs placed in goals and robot elevation at the match’s end. Points are awarded for Triballs in high‚ middle‚ and low goals‚ with higher goals yielding more points. Additionally‚ robots earn bonus points for elevating at the end of the match‚ with higher elevations rewarding more points. The total score is the sum of Triballs scored and elevation bonuses‚ determining the winning alliance.
5.2 Triballs and Their Role in Scoring
Triballs are the primary game pieces used for scoring in VRC Over Under. Teams earn points by placing Triballs into high‚ middle‚ and low goals‚ with higher goals awarding more points. The color of the Triballs determines their alliance affiliation‚ ensuring accurate scoring. Proper placement and control of Triballs are crucial‚ as they directly impact the alliance’s total score. Triballs are the central element for earning points‚ making their strategic use essential for success in the game.
5.3 Elevating Robots at the End of the Match
Elevating robots at the match’s conclusion is a strategic move to gain additional points. Robots must be fully off the ground and supported by alliance partners to qualify. This action is a separate scoring opportunity‚ rewarding teams for effective collaboration and design. The elevation bonus is added to the alliance’s final score‚ emphasizing the importance of both Triball scoring and robot performance. Timing and execution are critical to maximize this scoring advantage effectively.
Tournament Rules
Tournament rules govern match dynamics‚ alliance collaborations‚ and progression through stages. Teams compete in qualification rounds‚ with top alliances advancing to finals based on scoring and performance.
6.1 Alliance Structure and Team Collaborations
In VRC Over Under‚ alliances consist of two teams working together to maximize their collective score. Teams collaborate strategically‚ sharing resources and coordinating robot actions to achieve common goals. Communication is key‚ as alliances must synchronize their efforts during matches to effectively score Triballs and elevate robots. The structure promotes teamwork‚ with each alliance competing against others to earn the highest points. This collaborative dynamic is central to the tournament’s competitive and strategic nature.
6.2 Match Load Triballs and Their Usage
Match Load Triballs are a key component of VRC Over Under‚ used by alliances to score points during matches. These Triballs are pre-loaded onto the field and can be manipulated by robots to achieve scoring objectives. Teams must adhere to guidelines outlined in the game manual‚ ensuring proper usage and deployment. The Triballs’ role is crucial in determining match outcomes‚ as they directly impact the scoring system and overall alliance performance. Their strategic use is essential for maximizing points.
6.3 Tournament Progression and Finals
The VRC Over Under tournament progresses through qualifying matches‚ where alliances earn rankings based on performance. Top-ranked teams advance to playoff rounds‚ forming new alliances for elimination matches. The finals pit the highest-performing teams against each other‚ showcasing advanced strategies and robot capabilities. Winning the finals crowns the tournament champions‚ highlighting teamwork‚ innovation‚ and mastery of the game’s rules and objectives.
Q&A System
The Q&A system provides official rule clarifications for VRC Over Under‚ ensuring consistency and fairness. It’s the sole source for interpreting game rules accurately.
7.1 Role of the Q&A System in Rule Clarifications
The Q&A system serves as the official channel for clarifying rules in VRC Over Under. It ensures consistency and fairness by providing direct interpretations from the Game Design Committee (GDC). Teams can submit questions through this system‚ and the GDC’s responses are considered binding. The Q&A system is essential for resolving ambiguities and ensuring all participants adhere to the same rules. It complements the game manual but does not replace it‚ making it a vital resource for competitors seeking clarification.
7.2 Submitting Questions to the Game Design Committee
Submitting questions to the Game Design Committee (GDC) is done through the official Q&A system. Teams must use the designated online platform to ensure clarity and fairness. Questions should be concise and directly related to rule interpretations. The GDC reviews submissions and provides binding clarifications. Teams should avoid contacting committee members privately‚ as all official communications must go through the Q&A system. This process ensures transparency and consistency across all participants in VRC Over Under.