Building Tomorrow's Engineers Today

King's College London Mathematics School's First Tech Challenge Team

Our Mission

We are KCLMS's premier robotics team, competing in the international First Tech Challenge. Our mission is to inspire innovation, develop technical excellence, and foster collaborative problem-solving through competitive robotics. We're building a legacy of engineering at KCLMS and promoting collaborative STEM for students of all backgrounds.

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What is FTC?

The FIRST Tech Challenge is an international robotics competition with over 20 years of history

🤖 Design & Build

Teams of students aged 16-18 design, build, and program autonomous robots to compete in challenging game scenarios. Every season brings a new challenge requiring innovative solutions.

🏆 Compete Globally

Compete locally, regionally, and nationally against teams from around the world. Top teams advance to international championships, showcasing their engineering excellence.

💡 Learn Real Skills

Develop university and career-ready skills in programming, mechanical engineering, CAD design, project management, and teamwork that last a lifetime.

🌟 Make an Impact

Beyond competition, FTC teams engage in community outreach, inspiring the next generation of engineers and making STEM accessible to all.

Season 2024-25: DECODE Challenge

Our rookie season competing in the DECODE Challenge

DECODE Challenge Field

The Challenge

In the DECODE Challenge, robots must read a sequence of green and purple balls using computer vision and QR codes, then launch "artifacts" into hoops in the correct order.

Key Objectives:

  • ✓ Autonomous control with computer vision
  • ✓ Precision ball launching mechanism
  • ✓ Strategic offensive and defensive play
  • ✓ Alliance partnership coordination
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Meet Our Robot

Engineered for excellence, built for competition

Competition-Ready Design

Our robot features mecanum wheels for omnidirectional movement, a precision ball launcher with flywheel technology, computer vision for autonomous operation, and a robust aluminum frame designed for durability.

Technical Highlights:

  • Mecanum drive system for superior maneuverability
  • AprilTag computer vision for autonomous navigation
  • Dual-flywheel launcher for consistent accuracy
  • Custom-designed intake and indexing mechanism
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KCLMS FTC Robot

Our Team

15 passionate students united by innovation and excellence

Team Planning

Engineering Excellence

Our mechanical engineers and CAD designers bring innovative solutions to complex challenges, iterating designs until perfection.

Team Discussion

Programming Power

Software engineers developing autonomous routines, computer vision systems, and teleoperated control with Python and Java.

Team Collaboration

Collaborative Spirit

From drivers to business managers, every role matters. We succeed together through teamwork and mutual support.

Meet the Full Team

Support the Future of Engineering

Partner with KCLMS FTC ASYMPTOTES to invest in the next generation of engineers and innovators. Your sponsorship directly impacts students' lives and helps build a sustainable robotics program that will inspire future generations.

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