Welcome to our website dedicated to our exciting CanSat mission! We are a passionate team of five individuals driven by exploration and innovation. Our mission delves into the realms of space and technology, fueled by our collective curiosity and commitment to pushing the boundaries of what's possible.
Our team is comprised of dynamic individuals, each bringing a unique set of skills and perspectives to the table. From coding and design to soldering and electronics, we work collaboratively to achieve our goals.
Our primary mission aims to explore the potential of a kinetic energy recovery system (KERS) for future generations of CanSats and sustainable energy solutions. We seek to challenge conventional wisdom and test the limits of technology while maintaining a strong focus on environmental sustainability.
Through meticulous planning and rigorous testing, we are pushing the boundaries of what's possible in aerospace technology. From mechanical and electrical design to ground station development and data processing, every aspect of our project is carefully considered and executed.
Join us on this exciting journey as we explore the possibilities of CanSat technology and pave the way for future innovations in space exploration. Stay tuned for updates on our progress, and together, let's reach for the stars.
Our CanSat design has undergone significant improvements based on feedback from our previous report. Despite suggestions to simplify by omitting solar panels, we deemed their inclusion crucial for research on solar energy utilization and environmental sustainability. Thus, instead of two deployable panels, we've mounted five around the CanSat. This strategic placement ensures continuous exposure to sunlight from various angles, guaranteeing uninterrupted energy supply for our mission objectives. This revision not only enhances functionality but also reflects our commitment to exploring sustainable energy solutions, aiming to maximize efficiency and minimize environmental impact. Our approach aligns with broader objectives of fostering innovation in aerospace technology while prioritizing environmental stewardship.
After evaluating the Yagi-antenna, we found its performance lacking for our CanSat. Despite its intended long-range capabilities, the connection was often too slow or non-existent, especially at shorter distances. This led us to explore alternatives, such as the RQH antenna, known for its broader coverage area and less stringent alignment requirements.
The RQH antenna proved promising, as it didn't require precise aiming towards the CanSat and maintained optimal communication over a wider area. To aid our decision-making process, we utilized online calculators to determine parameters like wavelength and bending correction.
Ultimately, we selected the QFH antenna over the Yagi due to its ability to maintain a strong signal without requiring direct alignment with the CanSat. Additionally, we aim to conduct comparative tests with other teams to ensure optimal performance. Our ground station antenna design, created using Fusion360 and refined through computer simulations, reflects our commitment to achieving reliable communication for our CanSat mission.
