Our Projects
Discover the innovative solutions and cutting-edge technologies we're developing to shape the future of aerospace, defense, and atmospheric sciences.
Thunder Eye
Optical Voxel Tracking for Real-Time 3D Airspace Intelligence. Thunder Eye uses multi-camera voxel projection instead of radar to build a 3D 'voxel map' of the sky. Key features include:
• Passive & Stealthy: No active emissions, undetectable by enemy EW.
• GPS-Independent: Functions in contested, GPS-denied environments.
• Sub-meter Accuracy: Provides precise visual identification (PID) and 3D tracking.
• Seamless Integration: Connects directly to military GIS and C2 dashboards.
Designed for the modern battlefield to counter swarms of loitering munitions like Shahed/Geran drones.
• Passive & Stealthy: No active emissions, undetectable by enemy EW.
• GPS-Independent: Functions in contested, GPS-denied environments.
• Sub-meter Accuracy: Provides precise visual identification (PID) and 3D tracking.
• Seamless Integration: Connects directly to military GIS and C2 dashboards.
Designed for the modern battlefield to counter swarms of loitering munitions like Shahed/Geran drones.
AISoftwareHardwareResearch
Active
May 2025
Technologies (6)
Team (5)
Partners: Lithuanian Riflemen's Union
Cloud Seeding
This project explores innovative weather modification techniques through advanced cloud seeding. We are developing and testing:
• Drone-based systems for precise delivery of seeding agents
• Rocket-based systems for atmospheric layer targeting
• Atmospheric science applications
Our aim is to create effective solutions for enhancing precipitation, combating drought, and managing water resources.
• Drone-based systems for precise delivery of seeding agents
• Rocket-based systems for atmospheric layer targeting
• Atmospheric science applications
Our aim is to create effective solutions for enhancing precipitation, combating drought, and managing water resources.
HardwareAerospaceChemistrySoftware
Active
May 2025
Technologies (4)
Team (6)
Partners: JLCPCB, Kaunas Makerspace, KTU Startup Space
Rocket Fuel Automation
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.
• 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.
HardwareSoftwareResearch
Active
Dec 2024
Technologies (5)
Team (6)
Partners: JLCPCB, Kaunas Makerspace
Propulsion & Rocket Fuel Development
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.
• 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.
AerospaceResearch
Active
Dec 2024
Technologies (5)
Team (6)
Thunderbee Drone Interceptor
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.
• 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.
AerospaceHardwareSoftware
Active
May 2025
Technologies (6)
Team (3)
Thunderclap Cansat v1 (Satellite Project)
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.
• Electronic systems and telemetry
• 3D-modeled structural design
• Successful data transmission during mission
Providing invaluable experience for our future satellite endeavors.
AerospaceHardwareSoftware
Completed
Mar 2023
Technologies (5)
Team (3)
