249 g Development Targets
A compact first-flight platform focused on low-noise, high power potential, extended flight-time targets, weather-capable design, and a lightweight 249 g development direction.
Rewards
CPAE Flight - Scalable Air Propulsion System for Compact Flight Platforms
CPAE Flight marks the beginning of a scalable technology development path in the field of advanced aerial propulsion systems. Our focus is on validating an independently developed concept intended to enable more compact, quieter, safer, and at the same time highly capable flight platforms. The current phase is dedicated to the first real flight, technical validation, and systematic continued development based on real test data. The drone shown is only one of several possible forms this technology could take. CPAE Flight deliberately follows a development path that does not rely exclusively on long-term pre-financing and continuous investment rounds. Instead, we aim to use smaller, market-oriented products in early phases to help cover part of future development costs, secure technological continuity, and establish initial market visibility. This creates a model built on two supporting pillars: strategic financing through investors and an emerging business operation that connects early validation, visibility, and sustainable continued development.
QUESTIONS & ANSWERS
ASK CPAE IN YOUR LANGUAGE
Do you have a question about CPAE, the technology, the crowdfunding campaign, or the next development stages? Send it to us in any language.
By sending your question, you agree that CPAE may publish it together with our answer in anonymised, edited and translated form in the public Questions & Answers section.
Your email address, original message and associated personal data will be used only to process your question, will not be used for advertising or future communication, and will be deleted after the question has been fully processed.
HOW YOUR QUESTION AND DATA WILL BE HANDLED
This contact option is provided exclusively for questions relating to CPAE during the crowdfunding phase.
You may submit your question in any language. Selected questions may be shortened, translated or edited for clarity and published together with our answer in the public Questions & Answers section. The original meaning of the question will not intentionally be changed.
Before publication, we will remove your name, email address and any other information that could identify you. Personal, confidential or otherwise unsuitable information will not be published.
Your email address, original email and associated personal data will be used exclusively to receive, review and answer your question. They will not be used for advertising, newsletters, profiling, future business communication or any unrelated purpose.
After the question has been fully processed, the original email and the associated personal contact data will be deleted. Only the fully anonymised and editorially prepared question may remain publicly available together with our answer.
You may withdraw your permission before publication by contacting CPAE through the same email address.
This temporary contact option will be discontinued after the crowdfunding phase. It will then be replaced by a separate contact section for general and business enquiries with its own privacy information.
FIRST NON-FLIGHT-CAPABLE DEMONSTRATOR
Physical Test Platform for the Next Prototype Stage
This first non-flight-capable demonstrator serves as a physical test platform for validating functional principles, material behavior, assembly details, and integration decisions. It does not represent the final flight-ready prototype, but it establishes an important technical foundation for the next development stage, where the system architecture will be transferred into a flight-capable prototype.
TECHNOLOGY TARGETS & CONCEPT VISUALS
From Physical Demonstrator to Scalable Flight Architecture
These visuals summarize key development targets and design principles behind CPAE Flight. They connect the physical demonstrator with the next flight-ready prototype stage and show how noise reduction, weather capability, stability, compact propulsion architecture, geometric optimization, and future configuration options are being framed for the campaign.
Stability & Weather Capability
A visual target for robust flight behavior, improved stability, and weather-capable operation under demanding environmental conditions.
Coandă-Inspired Rotor Concept
A new rotor and flow architecture inspired by Coandă-related flow behavior, developed as an independent propulsion concept for compact aerial platforms.
Fractal Vortex Funnel Flow
A self-stabilizing funnel-flow principle designed to structure the incoming airflow and support a more stable, controlled intake behavior.
Golden Ratio Geometry
A design reference for proportional geometry, flow-oriented form language, and compact integration inspired by recurring natural optimization patterns.
Retractable Landing Gear Option
A future configuration option for cleaner ground interaction, compact storage, and a more refined high-end drone architecture.
Helicopter
VTOL Drone
Commercial Airliner (Twin-Engine)
Business Jet
CPAE
TARGET*