Our Projects

This project focuses on the complete automation of rocket fuel production. We are engineering a sophisticated system that integrates:

• Industrial IoT sensors for real-time monitoring
• Automated quality control checkpoints to ensure fuel consistency
• Redundant safety systems to manage hazardous materials

The goal is to create a scalable, efficient, and safe manufacturing process for next-generation propellants.

Our flagship rocket development program involves the end-to-end design, simulation, and manufacturing of advanced, reusable rocket systems. We are pushing the boundaries of aerospace engineering with:

• Innovative propulsion technologies
• Lightweight and durable structural components
• Sophisticated avionics for precise control and telemetry

This project aims to make space access more affordable and sustainable.

Winner of the EUDIS hackathon, the Thunderbee is a state-of-the-art drone interceptor designed for defense and security applications. It combines:

• Rapid prototyping with advanced AI-driven target recognition
• Autonomous flight capabilities
• Hardware, software, and AI integration

The system is engineered to neutralize aerial threats swiftly and effectively.

Our first foray into satellite technology, the Cansat v1 was a miniature satellite built to fit inside a standard soda can. This project featured:

• Electronic systems and telemetry
• 3D-modeled structural design
• Successful data transmission during mission

Providing invaluable experience for our future satellite endeavors.

To counter the growing challenge of unauthorized drone activity, we are creating a multi-layered detection system. This project integrates:

• Advanced radar and acoustic sensors
• High-resolution optical cameras
• AI-powered recognition engine

The system identifies, classifies, and tracks multiple drones in real-time, providing comprehensive aerial security.