vrc over under game manual
VRC Over Under Game Overview
The VEX Robotics Competition Over Under is a game where two alliances compete to score Triballs into Goals and elevate robots. The goal is to achieve a higher score than the opposing alliance by the end of the match. The game involves strategic scoring and robot elevation.
Game Objective
The primary objective in the VRC Over Under game is for alliances to outscore their opponents. This is achieved by strategically maneuvering and scoring Triballs into designated goals located on the field. Additionally, at the end of the match, teams aim to elevate their robots using the provided elevation bars. A higher score is obtained through successful Triball scoring and achieving higher elevation tiers, leading to victory. Effective collaboration and skillful robot operation are key factors in achieving the game’s objective, combining both offensive and defensive strategies within the given match time.
Field and Game Elements
The VRC Over Under field is a 12×12 square, featuring a barrier dividing it. Key elements include Triballs, Goals for scoring, and Elevation Bars for end-game points. These components are crucial for gameplay.
Field Dimensions and Layout
The VRC Over Under field is a 12-foot by 12-foot square playing area. A central barrier divides the field into two halves, one for each alliance. Each side contains offensive zones, goals, and elevation bars. The layout encourages strategic movement and scoring, with alliances needing to navigate the field effectively to maximize their points. Understanding the field’s dimensions and how the elements are placed is crucial for robot design and match strategy. The field’s layout dictates robot movement and interaction with game pieces.
Triballs
In the VRC Over Under game, there are a total of sixty Triballs present on the field. These are the primary scoring objects, and they are distributed throughout the playing area at the start of the match. Robots must be designed to effectively manipulate and score these Triballs into the designated goals. Strategic gathering and precise placement are key skills for teams in the game. Triballs are crucial to scoring points, and teams must consider the best methods to manage them throughout the match. The distribution of Triballs requires teams to devise strategic collection plans.
Goals
The VRC Over Under game field features two distinct Goals, which are the primary receptacles for scoring Triballs. Each successful placement of a Triball into a Goal is worth a specific number of points, thereby making them crucial for accumulating a high score. These Goals are strategically placed on the field, requiring careful robot navigation and accurate aiming. Teams must develop strategies for efficiently depositing the Triballs into these Goals, taking into account any defensive measures the opposing alliance may employ. The Goals are a key focus for scoring, and effective utilization is vital for success in the game.
Elevation Bars
The VRC Over Under field incorporates two sets of Alliance-specific Elevation Bars, situated on either side of the central Barrier. These bars are designed for robots to elevate themselves at the match’s conclusion. The height achieved by each robot on the Elevation Bars determines their Elevation Tier, which in turn, awards points. Successfully elevating a robot is a crucial aspect of the game, often deciding match outcomes. Teams must design robots capable of reliable and effective elevation, taking into account the bar’s dimensions and potential challenges. Elevating robots provides a significant advantage in the scoring process;
Match Structure
Each VRC Over Under match consists of two periods⁚ a 15-second Autonomous Period, where robots operate independently, and a 1⁚45 Driver Controlled Period. During the latter period, drivers manually control their robots.
Autonomous Period
The Autonomous Period in VRC Over Under is a crucial 15-second segment at the start of each match. During this time, robots operate solely based on pre-programmed instructions, with no driver input allowed. Teams aim to score Triballs and potentially gain an early advantage. Successful autonomous routines require precise programming and a deep understanding of the game’s mechanics. Points scored in this period contribute to the overall match score. The autonomous period is a key differentiator between teams, highlighting programming and strategic design. It is also crucial for teams to avoid penalties.
Driver Controlled Period
Following the Autonomous Period, the Driver Controlled Period commences, lasting for one minute and forty-five seconds. During this phase, teams actively control their robots using remote controllers. This is where strategic gameplay, skillful maneuvering, and quick decision-making come into play. Teams must coordinate to score Triballs effectively and attempt strategic elevation. Drivers must avoid penalties while also maximizing their scoring opportunities. The driver controlled period is the longest part of the match, allowing teams to execute their game plans. Communication and adaptability are essential for success in this period.
Scoring
Scoring in VRC Over Under involves placing Triballs into designated Goals, which are worth points. Additionally, robots can earn points by achieving different elevation tiers at the end of the match. The final score is a total of both.
Scoring Triballs
In VRC Over Under, scoring Triballs is a key component for earning points. Each Triball successfully placed into one of the designated Goals awards a set number of points to the scoring alliance. These goals are located on the field and are accessible to both alliances, although strategic positioning is important. Alliances should focus on the efficient acquisition and scoring of triballs to maximize their overall score during the match. Accurate shots and quick retrieval will help improve the score. A total of sixty Triballs are available on the field for scoring opportunities.
Elevation Points
Elevation points are awarded at the end of the match, adding another layer of strategic gameplay to VRC Over Under. Robots can earn elevation points by utilizing the designated Elevation Bars on the field. These bars are located on each side of the Barrier and are alliance-specific. The height of the robot off the ground when contacting the elevation bars determines the amount of elevation points scored. Different height tiers are used to evaluate the elevation score for each robot. Successfully elevating your robot provides a substantial boost to the final score.
Robot Rules and Regulations
VRC Over Under has specific robot design rules and regulations. These rules ensure fair competition, safety, and prevent damage. Teams must adhere to these guidelines, including legal items for the drive team.
General Robot Design
Robot design in VRC Over Under must adhere to specific size and material restrictions outlined in the game manual. Robots should be constructed using legal VEX components. Teams must ensure their robots can safely navigate the field and interact with game elements without causing damage or posing safety risks. The design should allow for scoring triballs effectively and achieving elevation, adhering to all rules and guidelines. Understanding the manual is crucial for compliance and for designing a competitive robot.
Legal Items for Drive Team
Drive teams in VRC Over Under are permitted to bring certain items to the field, as specified in the game manual. These items typically include tools for minor repairs and driver controls. It is crucial to verify that all items comply with the rules, ensuring they do not pose any safety hazards or violate game regulations. Any items brought to the field by the drive team should not provide a competitive advantage. The manual is the definitive source for determining legal items.
Official Resources
The primary official resources for VRC Over Under include the game manual and the official Q&A system. These resources provide crucial rules, updates, and clarifications for the competition, ensuring fair play.
The VRC Over Under Game Manual is the definitive source for all rules and regulations. It outlines game objectives, field specifications, and robot rules. The manual is updated periodically, so teams must review the latest version. It is a valuable tool, and using its search feature can answer many questions. The manual also serves as the primary resource for understanding scoring, robot construction, and match procedures. It’s essential for teams to familiarize themselves thoroughly with this document;
Official Q&A System
The official Q&A system is the primary platform for seeking clarifications on the VRC Over Under rules. It’s crucial for teams to use this resource when encountering ambiguities in the game manual. The Game Design Committee (GDC) provides official interpretations and rulings through this system. These clarifications hold the same weight as the written rules. Teams should carefully review the Q&A before posting new questions, to avoid redundancies. The Q&A system isn’t a substitute for the game manual but an essential supplement to clarify specific rule scenarios.