LABS
Engineering the Future of Atmospheric and Aerospace Systems
Thunderclap Labs is at the forefront of innovation, developing critical technologies to solve complex global challenges. We build the platforms and systems that will define the next era of atmospheric management, aerospace capability, and beyond.
Our Mission
We are committed to pioneering solutions that enhance global stability, environmental resilience, and technological advancement. From advanced satellite constellations and atmospheric modification techniques to cutting-edge aerospace components, our work is designed to provide actionable intelligence and impactful interventions.
Our interdisciplinary team of scientists and engineers thrives on tackling the hardest problems, transforming ambitious ideas into operational realities.
Core Focus Areas:
- Next-Generation Satellite Systems
- Advanced Atmospheric Technologies
- Aerospace Systems & Propulsion
- Proprietary Rocket Fuel & Chemical Synthesis
- Rapid Aerospace Prototyping
Advanced Atmospheric Technologies
Innovating atmospheric modification techniques to enhance weather predictability and management.
Aerospace Systems & Propulsion
Creating cutting-edge propulsion systems for efficient and sustainable space travel.
Proprietary Rocket Fuel & Chemical Synthesis
Developing and manufacturing our own advanced rocket fuels and conducting novel chemistry experiments for aerospace applications.
Next-Generation Satellite Systems
Developing advanced satellite constellations for global coverage and real-time data analytics.
Next-Generation Propulsion & Launch Systems
Redefining access to the skies with advanced rocket and propulsion systems.
Key Innovations:
- Modular Rocket Architecture: Easily configurable for diverse mission profiles.
- Advanced Propellant Technologies: Researching high-performance, eco-friendly propellants for increased efficiency and reduced environmental impact.
- AI-Driven Launch Operations: Autonomous systems for pre-flight checks, trajectory optimization, and in-flight anomaly detection.
- Rapid Reusability: Designing for quick turnaround and refurbishment, significantly lowering launch costs.
Advanced Cloud Seeding: Drone/Rocket-Powered Weather Modification
Pioneering solutions to global water scarcity and weather-related agricultural damage through advanced atmospheric technology.
Primary Applications
- Enhanced Precipitation: Augmenting rainfall in drought-prone areas.
- Hail Suppression: Protecting crops and property from hail damage.
- Fog Alleviation/Dispersal: Improving visibility for transport and operations.
- Pollution Reduction: Aiding in the dispersal of atmospheric pollutants.
- Agricultural Support: Optimizing water resources for farming.
- Water Resource Management: Enhancing water supply for various needs.
Innovating for a sustainable atmospheric future.
ThunderBee: The Micro-Interceptor Drone
An EUDIS hackathon winner - trusted by the Lithuanian Armed Forces, ThunderBee is a novel, cost-effective countermeasure responding to the challenge posed by jamming-resistant fiber-optic drones.
Conceptual design of the ThunderBee micro-interceptor.
Development Progress & Recognition
During intensive hackathon efforts, Team Thunderclap has conducted extensive research, identified optimal components, and designed an accurate 3D model of the ThunderBee. This project was recognized as an EUDIS hackathon winner, highlighting its innovative approach and potential, and has garnered trust from the Lithuanian Armed Forces.
Key Features
- Jamming-Immune Countermeasure: Physically intercepts and neutralizes targets, bypassing electronic warfare limitations.
- Simple, Effective Detection: Utilizes an IR camera and a straightforward algorithm to reliably track enemy drones, even in challenging conditions like dusk or fog.
- Rapid Interception Capability: Its compact design and exceptional acceleration allow for swift response and target engagement.
Technical Capabilities
- Extreme Acceleration: Capable of very high acceleration for rapid target interception.
- IR Detection: Reliable enemy drone detection, effective in low light or at night.
- Compact & Agile: Highly compact and maneuverable design, with a low overall weight and significant thrust.
- Short-Burst Endurance: Battery optimized for high-current discharge for focused, short-duration intercept missions.
- High Thrust-to-Weight Ratio: Enables rapid acceleration and agile flight dynamics.
Neutralizing aerial threats with precision and speed.
Partner with Us: Investing in a High-Impact Future
Thunderclap Labs is at a pivotal stage of growth, with groundbreaking projects like the ThunderBee interceptor and our advanced Cloud Seeding technology poised for significant advancement. We are seeking strategic investors to help us scale operations, finalize critical R&D, and bring these transformative solutions to the global market.