ROBOTS

Our Robot Fleet

Engineering Excellence in Motion

FRC Competition Bots • FTC Innovation • Precision Engineering

Our Fleet

Meet Our Robots

Each robot represents countless hours of design, prototyping, testing, and refinement. From the powerful FRC competition bots that dominate the field to our agile FTC robot that showcases precision engineering, every machine tells a story of innovation and teamwork.

These robots aren't just machines, they're the culmination of student creativity, engineering problem-solving, and the relentless pursuit of excellence that defines Ov3R1y K0Mp13X.

Advanced Engineering
Competition Ready
Innovation Driven
Team robots on display
FRC Robot 2025
FRC Competition Bot - Current

2025 Season Robot

Our latest 2025 FRC robot represents the pinnacle of our engineering evolution. Designed for the upcoming season's challenges, this robot incorporates lessons learned from previous years while pushing the boundaries of innovation with cutting-edge technology and refined mechanical systems.

This robot features our most advanced autonomous programming yet, enhanced sensor integration for precise game piece manipulation, and a revolutionary drivetrain design that maximizes both speed and control. Every subsystem has been optimized for peak performance and reliability.

Status: Completed
Drivetrain: Swerve X2I
Programming: Java
Season: 2025 REEFSCAPE
FRC Competition Bot

2024 Season Robot

Our 2024 FRC robot was designed for the CRESCENDO game, featuring a "Touch to Own" intake and scoring system capable of handling game pieces with precision. Built with a robust drivetrain and advanced autonomous capabilities, this robot showcases our team's engineering prowess.

Key innovations include our custom shooter mechanism with variable angle adjustment, a reliable climbing system for the endgame, and sensor-driven autonomous routines that consistently score multiple game pieces.

Climbing System
Advanced Auto
Weight: 105 lbs
Drivetrain: Swerve X
Programming: Java
Season: 2024 CRESCENDO
FRC Robot 2024
FRC Robot 2023
FRC Competition Bot

2023 Season Robot

Our 2023 FRC robot was built for the CHARGED UP game. This robot demonstrated our team's ability to adapt to complex game mechanics and deliver consistent performance under pressure.

Notable features include our innovative arm mechanism with reach extension , and modular intake systems that could handle cubes efficiency and with great speed.

Weight: 118 lbs
Drivetrain: Tank
Programming: Java
Season: 2023 CHARGED UP
FTC Robot
FTC Competition Bot

Tech Challenge Robot

Team 7078’s 2025 FTC robot represents precision engineering in a compact, competition-ready design. Built to excel under FTC size and weight constraints, the robot combines advanced programming, sensor integration, and efficient mechanical systems. While refined manipulators and compact mechanisms support fast, reliable scoring. This design builds on Team 7078’s competitive success, including a qualifier win and state-level recognition, and reflects our team’s ability to deliver high-performance solutions across FTC competition challenges.

Our first competition of the season was a major success for Team 7078 OK, culminating in a 1st place finish. Our 2025 FTC robot performed reliably in both autonomous and driver-controlled periods, delivering consistent scoring and strong match strategy. This victory set the tone for the season and validated our design, programming, and teamwork.

Weight: 42 lbs
Drivetrain: Mecanum
Programming: Java
Technical Details

Robot Specifications

Detailed technical specifications and capabilities of our robot fleet

  • 2025 FRC Robot - REEFSCAPE: Our most advanced robot yet, featuring swerve drive for omnidirectional movement, advanced computer vision for autonomous navigation, modular game piece manipulation systems, and April tag detection for optimal field positioning.
  • 2024 FRC Robot - CRESCENDO: Features Swerve X modules, pneumatic shifting, variable-angle shooter with computer vision targeting, flip down intake arm, and climbing mechanism capable of lifting the whole robot during endgame.
  • 2023 FRC Robot - CHARGED UP: Equipped with tank drive with pneumatic shifting, 2 stage elevator, dual-mode intake for cubes and cones, and autonomous.
  • FTC Robot - Tech Challenge: Compact mecanum drivetrain with encoder-based navigation, precision linear slide system, servo-actuated scoring mechanisms, and autonomous modes utilizing sensor fusion for reliable performance.
  • Common Systems: All robots feature custom-designed electrical systems, comprehensive sensor arrays, robust communication protocols, and extensive telemetry for real-time performance monitoring and debugging.
Behind the Scenes

Our Design Process

Every robot begins with careful analysis of the game rules and strategic planning. Our team uses CAD software for precise mechanical design, simulation software for testing concepts, and iterative prototyping to refine each subsystem before final assembly.

Design Portfolio

Explore our CAD models and technical drawings.

View Designs

Build Process

See how our robots come together from concept to competition.

Learn More