Pioneering the Future of Aerospace innovation
At FLiAero, our latest and most ambitious project to date is redefining the possibilities in aerospace engineering. From cutting-edge airframe design to precision assembly, we’re utilizing advanced CAD and CAM technologies to craft a highly efficient and robust aerospace platform. One, that you can print at home for next to nothing. We provide all files, 3d models, slice files, print profiles, downloadable directly to your 3d Printer.
Our team is deeply immersed in the integration of communications or telematics systems, cutting-edge Ai learning models for Object detection, point-cloud integration and leveraging powerful programming tools to ensure seamless connectivity and performance.
We will take you through it all and at the end of these lessons, you will have your very-own Ai powered drone system, an invaluable understanding of how they work, and a platform that you can build-on for your own endeavors.
FLiAero is a company working on innovative aerospace engineering projects, specifically focusing on advanced technologies such as:
Let me give you a bit of background on FliAero. I started the company as a foundation to develop manned aircraft much like Joby Aviation, Archer, VOLOCOPTER, LILIAN, Ehang, Vertical Aero, WISK, Autoflight, Skydrive and Jetson platforms,
1. Airframe design: Using cutting-edge CAD (Computer-Aided Design) software to create efficient and robust aircraft platforms.
2. Telematics systems integration: Integrating communication and telematics systems into their aerospace platform.
3. Artificial Intelligence (AI): Leveraging AI learning models for object detection,
point-cloud integration, and other applications.
The company aims to provide a comprehensive learning experience, culminating in the creation of an AI-powered drone system by the end of the lessons. The goal is to equip individuals with a deep understanding of how these systems work and a platform that can be built upon for their own projects.
Some potential aspects of FLiAero’s project include:
* Advancements in aerodynamics and airframe design
* Integration of AI and machine learning for enhanced performance and functionality
* Development of telematics systems for real-time data collection and analysis
* Creation of a drone system with integrated AI capabilities
Overall, FLiAero seems to be pushing the boundaries of aerospace engineering and AI applications, aiming to democratize access to advanced technologies and empower individuals to build upon their innovations.
Harnessing the NVIDIA Jetson Orin Nano Super platforms, we are pushing the boundaries of automation and AI-driven innovation. Our focus includes developing AI-powered point cloud processing for precise obstacle avoidance, Ardu-based robotics to understand the correlation between modern programming language models and hardware control, and designing autonomous systems for a future where intelligent flight is the norm. This project exemplifies our commitment to learning and integrating the most advanced automation technologies while leading the aerospace sector into a new era of efficiency, safety, and autonomy.
Let’s get started.
2025 Project - Engineering your own Drone Frame.
We are releasing to the public a printable drone fram build around a scaled up version of the S350 and are making it compatible with T-Motor engines and the PixHawk Flight Controller v 6.1. This is an Ai platform that can also be used with the Nvidia Jetson Nano Super Platform.
Join us on our epic build and learn how to print, source, build and test your very own Military Grade, Printable drone, we call the “Flying Flare.” You’ll see why. (And yes, it’s very – very tough.)
- From Vision to Action: Fli Aerospace was created to innovate and lead in the aerospace sector by focusing on sustainable, efficient, and AI driven, autonomous flight solutions.
- Mental Preparedness: Building a Foundation for Innovation
- Designing the Future: Airframe and Platform Development
- Precision Engineering: CAD, CAM, and Solidworks 3D Experience
- Tooling Up: Designing Tools for Scalable Production
- Assembly and Integration: From Blueprint to Reality
- Platform Development and Productization: From Concept to Market
- Communication Systems: Advanced Telematics and Programming
- Powering Automation: The Role of Nvidia Jetson Platforms
- Navigating the Skies: AI-Driven Point Cloud and Obstacle Avoidance
- Robotics and Autonomy: Integrating Ardu-Based Systems
- Marketing and Communications: Positioning the Future of Aerospace
- Progress and Building the Future: Shaping Aerospace for Tomorrow
Understanding the mindset and strategic approach required to undertake such a groundbreaking aerospace project.
A deep dive into airframe and platform design, leveraging cutting-edge technologies and materials to create the next generation of aerospace structures.
Examining how CAD, CAM, and the Solidworks 3D Experience drive our design processes, ensuring precision and efficiency in every stage of development.
Focusing on the design and development of custom tools and equipment necessary to ramp up production and bring prototypes into full-scale manufacturing.
Exploring the transition from design to physical assembly, detailing the steps of integrating systems and components into functional prototypes.
Outlining the transformation of platform designs into market-ready products, with a focus on scalability, reliability, and performance.
Developing sophisticated communication networks, telematics, and programming tools to ensure seamless system integration and operation.
A look at how Nvidia Jetson AGX and Auto platforms are advancing our efforts in automation and AI-driven aerospace innovation.
Showcasing our AI-based point cloud processing and obstacle avoidance systems for enhanced navigation and safety.
Exploring the role of Ardu technology in enabling autonomous flight and integrating robotic systems for smarter aerospace solutions.
Outlining FLiAero’s marketing and communication strategies, from promoting innovation to engaging with industry partners and consumers.
Reviewing the milestones achieved and laying out the roadmap to future developments, including the continual advancement of our platforms and technologies.