airworthiness
Vehicle, Flight systems, and Data

In the emerging ecosystem, airworthiness, beyond the technical definition refers to the capacity of an aircraft to operate safely within a controlled airspace. When considering unmanned aircraft, the vehicle and its constituent components should be carefully vetted. Painstaking detail has been taken at every step to ensure a vehicle that meets these requirements.

Our commitment to Excellence

Our primary goal is to provide the highest quality in the products and services we offer  to our customers.

 Thin shell, UNI-BODY fuselage

The AeroTestra Mk09 has been in development since 2012 with the introduction of the thermoformed, exoskeletal multirotor aircraft prototype. We continued to advance the the design elements to reflect the growing demand for aircraft with increased ingress protection, durability and flight duration.
No other multirotor platform can compare to the efficiency of our design.

Autopilot Console

The autopilot console is designed to accurately track the attitude and vector of the aircraft while diminishing vibrations that have a detrimental impact on the sensitive avionics tasked with vehicle stability. This primary vibration isolation structure is also the mounting point for sensors providing for near perfect imagery regardless of conditions.

Industrial, High Efficiency Propulsion System

Every Aerotestra aircraft features KDE propulsion systems specified by their engineering team to maximize the performance of every vehicle.
KDE Direct system components are designed and engineered in the United States. Their motors lead the industry for efficiency and performance. Dynamically balanced motors offer zero-vibration operation improving overall vehicle performance, data quality, and prolongs maintenance intervals