DESCRIPTION
The attachment is designed to til securely onto various drone models, preventing displacement during
flight Advanced vibration-dampening techniques, such as shock-absorbing materials and structural
reinforcements, are integrated to minimize movement and stabilize the camera.
The mount is 3D-printed using lightweight yet durable materials, such as carbon fiber-reinforced polymers
or aerospace-grade plastics. The design ensures a balance between strength, flexibility, and weight
efficiency to avoid excessive drone load.
The mount's ·structure is engineered to keep the camera stable even in turbulent flight conditions. This
ensures clear, high-quality footage without motion blur, making it ideal for professional applications.
Designed to accommodate a wide range of action cameras and drone models. Features a universal
mounting system, enabling easy installation and removal.
The mount undergoes rigorous testing in various real-world flight conditions to assess its durability and
stab11izat1on ettect1veness. Captured tootage is analyzed to evaluate improvements in video quality and
reduction of vibrations.
The system is designed to allow future upgrades, such as modular add-ons, gimbal integration, and Alassisted
stabilization technology. Potential enhancements include adaptive stabilization features that
adjust to different flight conditions dynamically.
BACKGROUND ART
Drones have grown increasingly popular over the years due to their diverse applications, ranging from
photography to surveying and monitoring. However, one of their major limitations is the lack of a stable
platform for mounting cameras, often resulting in shaky and unstable video footage. This challenge is
particularly significant for action cameras, which are designed to capture fast-paced and dynamic scenes.
To address this issue, a specialized action camera mount for drones will be developed to provide a
secure and stable platform, minimizing vibrations and movement during flight This will result in highquality
video footage suitable for various applications, including sports and other high-energy activities.
The design process will involve analyzing the shortcomings of existing drone camera mounts and
developing multiple prototypes to test for stability and effectiveness. Once the optimal design is finalized,
it will be 3D printed using high-quality materials to ensure durability and reliability. The final product will
undergo rigorous testing to confirm its compatibility and performance in flight, with recorded footage
evaluated for clarity and stability. Ultimately, this innovation will lead to the creation of a reliable and
efficient action camera mount for drones, enabling users to capture high-definition video from unique
aerial perspectives. With applications in industries such as sports, filmmaking, and beyond, this
technology has the potential to revolutionize the way fast-paced activities are recorded and experienced.
NOVEL SYSTEM AND METHOD
l> Utilizes a user-centric design process to develop a highly functional and stable action camera
mount for drones.
l> Integrates vibration-dampening and secure fastening techniques to minimize camera shake and
ensure smooth aerial footage.
l> Designed to fit various drone types, ensuring· versatility across different platforms.
l> Manufactured using premium materials for durability, lightweight performance, and long-term
reliability.
l> Ensures clear, shake-free footage for applications in sports, film making, surveying, and other
fast-paced activities.
l> Allows for future upgrades, including modular designs, gimbals integration, and Al-based
stabilization for improved performance.
CLAIMS:
1. A novel attachment system that securely fastens the action camera to a drone, minimizing
vibrations and ensuring stability during flight.
2. Incorporates advanced damping materials and structural reinforcements to reduce motioninduced
distortions, ensuring smooth, high-quality video capture.
3. Fabricated using high-strength, lightweight materials such as carbon fiber composites or
aerospace-grade polymers to maintain drone maneuverability while enhancing durability.
4. Designed to be adaptable across multiple drone models and camera types, featuring,a modular or adjustable mounting system for ease of use.
5. Engineered to maintain camera stability even in turbulent flight scenarios, enabling clear and
distortion-free video recording for professional and recreational applications.