About Us
Less Talk.MoreTorque.
We’re a group of engineering students who believe real learning doesn’t happen on slides — it happens in workshops, on tracks, and through failure. From designing formula-style race cars to building autonomous systems, we take ideas from classrooms and push them into the real world. Every project we work on is built, tested, broken, and rebuilt until it performs. This isn’t just a team — it’s where engineering becomes real.
Why we build?
To prove that engineering isn’t about marks — it’s about what you can actually build, test, and push to perform in the real world.
Where We’re Headed
To establish a legacy of hands-on engineering excellence, where innovation is measured by performance, not promises.
The Way We Build
Our Core Values
Innovation
We don’t build safe — we experiment, test, and push ideas until they actually work in the real world.
Teamwork
Different domains, one build. Mechanical, electronics, software — everything comes together to make it run.
Passion
Late nights, failed attempts, rebuilds — we keep going because we genuinely love what we’re building.
Excellence
If it doesn’t perform, it’s not done. We refine until it works the way it should.
Our Journey
A Decade of Excellence
SAE Club Founded
Started with 10 passionate students and a dream.
Shell Eco-marathon India
Where it all began. Our first step into competitive engineering — designing and building a vehicle focused on efficiency and performance.
Hero E-bike
Building on our first experience, we stepped into electric mobility — designing and developing an e-bike focused on efficiency, control, and real-world performance.
AeroThon 2021
Diving into aerodynamics, we explored airflow, design optimization, and simulation — taking our engineering beyond mechanical builds.
Autonomous Main Event
Working on simulated autonomous systems, we developed control strategies and decision-making models for dynamic driving scenarios.
AeroTHON 2022
Building on our prior experience, we focused on refining simulation workflows, improving flight dynamics understanding, and strengthening our core autonomous control systems.
AeroTHON 2023
Enhanced system capabilities with improved path planning algorithms and more stable control strategies, leading to better navigation accuracy in complex scenarios.
AeroTHON 2024
Optimized performance using advanced decision-making models, real-time data processing, and efficient mission planning techniques.
AeroTHON 2025
Achieved a competitive edge with high-performance autonomous systems, integrating robust algorithms, precise navigation, and reliable simulation execution.
SUPRA SAEINDIA 2026
Expanding into formula-style vehicle engineering, focusing on vehicle dynamics, structural design, and real-time telemetry systems for competitive racing scenarios.
AeroTHON 2026
Aiming to push boundaries with AI-driven autonomy, enhanced path planning, and seamless simulation-to-real-world adaptability for top-tier performance.