AED - ADUSEA Engineering Department

Founded by a team of retired military personnel, Aerospace and Mechanical Engineers, as well as aviation lovers, with over a 100 years of combined experience, we believe that we can truly make a difference in today's fast-moving market and technology advancements.

We are continuously aiming to be the pinnacle of innovation, in software and hardware advancements, providing the customer with a unique and unprecedented approach to design and manufacturing for the right application to our customers' needs and expectations.

We are using the latest software for design and validation tools, and the most advanced manufacturing technologies available. Having always access to the latest technologies, we can assure our clients a fast and accurate turnaround. Additive Manufacturing is extremely helpful in Rapid Prototyping, drastically cutting the time from Concept to Prototype.

In a fast-moving world, with limited access to old-fashioned, large and sophisticated testing equipment, companies today are forced to look at alternatives. For our projects or yours, we have the capability to run extensive computational simulations and scenario analysis, based on available material and design data, thus providing savings.

We have the capability to design, test and manufacture Unmanned Aerial Vehicles of any type, ranging from helicopters, to multi-rotors to fixed wings with wingspans ranging from 10 to 50 feet. The UAV's can be gas-powered, electric, multi-fuel and be designed for conventional takeoff and landing or be VTOL. 

For the Government and the Armed Forces, we are developing customized Tactical Systems, enabling today's war-fighter to have an advantage over its adversaries. These systems range from flight suits to ghost deployments, to customized exo suits and loyal soldier systems.

Launching and recovery of any Unmanned Systems can be a challenge at times. We are designing and manufacturing compact and robust launch systems for any type of application ranging from simple bungee catapults to pneumatic and even electromagnetic launch systems.

The payload on a UAV is the most important asset, as it is the component providing the necessary data to the customer. We are working with a number of Payload Developers and also have our own custom Payloads we are developing. We integrate Payloads into existing aircraft, UAV's, or design a systems fro the ground up.

We are developing the next generation Augmented Reality and Artificial Intelligence applications and solutions to be implemented and embedded into next-generation systems. Products range from in helmet HUDS to Neural Interface Systems.

With the increasing threat of unauthorised unmanned systems, there is a need for smaller, smarter, and cheaper tools to counter these ever-growing threats.

ADUSEA has developed solutions for exactly these threats, and has done so while keeping in mind the ever-decreasing customer budgets.

We design and build fixed-wing UAV's per customer needs, and we do so from the ground up.

First, we listen to our customers' needs and requirements, from there, we select the appropriate components and design the airframe around it, essentially building the aircraft from the inside out.

As UAV technology ever increases, so does the use cases for these autonomous systems.

We are developing Helicopter UAV technology, which will enable the customer to complete difficult and complex missions with ranges between 50 and 500 miles and endurance between 1 hour on an electric system and up to 6 hours on a gas/hybrid systems.

A marine unmanned system can be either on the surface or below the surface. We offer both.

 Our focus is to design, build, and offer USVs, ROVs, UUVs, and AUVs, which are Ultra-Efficient, by employing advanced design methods and state-of-the-art technologies.

A Multi-Rotor or Multi-Copter is a Rotorcraft with more than one rotor. An advantage of Multi-Rotor Aircraft is the simpler rotor mechanics required for flight control.

 Our focus is to design, build, and offer Multi-Rotors, which are Ultra-Efficient, by employing advanced design methods and state-of-the-art technologies.

Heavy-Lift UAS Solutions are being requested more and more these days, from all sectors for a variety of different missions and purposes.

It is therefore that we have partnered with Griff Aviation from Norway to bring their UAS lineup to the US market.

We specialize in custom Design and Engineering of UAV components and complete systems. Having the experience, know-how, and the power to manufacture components in-house, we are uniquely qualified to deliver a rapid turnaround for custom-designed components and systems. 

We develop and manufacture custom single-use and reloadable rocket motors from 30mm to 500mm diameters, in various lengths and thrust classes. Most of our motors use standard propellant components, however, we do have a specialty line of motors, which includes specialty propellant mixes such as Graphite-Epoxy and Aluminum-Lithium. These motors provide a higher thrust-to-burn ratio, while maintaining a smaller motor footprint and lower weight.

We offer custom composite solutions for our customers, ranging from full airframe systems to just wings, cowlings, fuel systems, control surfaces, and more...

We use professional software to either take your design or create one for you based on your specifications, then CNC a plug, followed by creating a mold and ultimately the actual part from that mold.

In order for any Unmanned System to properly function, it requires a custom and dedicated Ground Control System. Not all systems are interchangeable with all Unmanned Systems. 

It is therefore that we are developing custom Ground Control Systems for our fleet and or any other UA Systems currently available.

Not all manufacturers offer maintenance services on their systems. On the contrary, far from it. Most UAV systems sold do not come with a maintenance service at the time of purchase, leaving the end-user on their own to navigate the uncertainties.

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Our engineers are extremely knowledgeable and are certified, further giving you a piece of mind that the performed work is done according to regulations and using genuine parts.

• Safe UAS integration into NAS
• Environmental/External factors need to be considered, such as wind, temperature, and multi-path effects.
• Compliance considerations
• Flight-test evaluation of sensor fusion algorithms for attitude estimation
• Autopilot integration and testing
• Robust PID controller design for UAV flight control systems

Augmented Reality (AR) is an interactive experience of a real-world environment whereby the objects that reside in the real-world are "augmented" by computer-generated perceptual information, sometimes across multiple sensory modalities, including visual, auditory, haptic, somatosensory, and olfactory. 

Artificial intelligence (AI), sometimes also called Machine Intelligence, is intelligence demonstrated by machines, in contrast to the natural intelligence displayed by humans and other animals. In computer science, AI research is defined as the study of "Intelligent Agents," any device that perceives its environment and takes actions that maximize its chance of successfully achieving its goals. Colloquially, the term "artificial intelligence" is applied when a machine mimics "cognitive" functions that humans associate with other human minds, such as "learning" and "problem-solving".