h-aero One LTA

Description

A new way to fly.
Absolutely safe and almost silent.

Sustainable, ecological and dynamic - this is what the h-aero product family from Hybrid Airplane Technologies GmbH (HAT) in Baden-Baden stands for. The flight systems are powered by renewable energy sources and act as a carrier system for a wide range of sensors for various applications.

Invest in h-aero® technology "with proven concepts and reliable partners ..." Currently you can invest in hybrid airplane technology via the renowned platform FunderNation. Swarm investors receive a share of the company's profits over the next few years and, at the end of the five-year term, a bonus interest rate based on the company's increase in value.

The best flight characteristics combined
All products of the h-aero® family carry a higher payload per cubic metre of helium gas than other flying objects. This lightweight design makes it possible to develop the world's smallest flying LTA systems. Of course, there is no limit to the size. The best flight characteristics are combined in h-aero®.

Our vision
We want to establish the h-aero as the most innovative, environmentally friendly, airborne carrier medium for observation, research and communication applications.

Consistently sustainable.
Imagine being able to analyse any place on earth every day from the stratosphere or deeper with a reusable device powered by wind and solar energy. Imagine internet and communication possibilities around the world at much lower cost and space debris compared to today's satellites.

Putting old familiar flight systems in the shade.
Imagine commercially friendly UAVs performing those long missions that today have to be performed by manned aircraft carriers, such as helicopters or planes, such as analysing large areas for e.g. agriculture, resource exploration, forestry and many more. These are the challenges we have tackled.

Interested? Please ask us!
Could we awaken your interest? Together we can break new ground and make more sustainable flight concepts the status quo. We look forward to receiving your individual enquiry and will be happy to provide you with comprehensive and non-binding advice on all topics.

The original: h-aero® one

3 kg payload, 5h flight time, onboard computer with Raspberry Pi operating system

The largest in the family carries a payload of about 3 kg with 8.3 m^3 helium. With a flight time of up to 400 minutes, h-aero® one sets new standards for drones in this performance class. It has been specially developed to meet the requirements of professional pilots. Despite a high payload of 3 kg, the take-off mass of h-aero® one is less than 250g - this ensures that both the payload and the surrounding objects and persons are safe in the event of a malfunction. We can adapt the entire system at the request of our customers.

Quick & easy to fly

Perfect for semi-professional use h-aero® one is currently the largest model and was developed for professional use. It impresses with its excellent flight duration, unique flight safety, high portability and its unmistakable and completely new design. Developed as an ultra-light plug-in system, the entire h-aero® one can be compressed to a size of 220 cm x 40 cm x 40 cm and can therefore be conveniently transported in a small carrying bag.

• Ready to fly in 30 minutes
• Visual flight over long distances
• Ultralight connector system
• Excellent flight duration
• Unique flight safety

Notes:

• the flight duration of the systems depends essentially on the consumption of the payload.
• the mass of the battery is to be considered in the sense of "ballast", which is common in LTA systems,
  and are accordingly included in the payload capacity

Areas of application
Due to their unique technology and comprehensive certification, our aircraft are ideally suited for a wide range of applications. We are currently working on creating a portfolio with previous missions. Until then you can get an impression under the category "Fields of application". Do you have any questions? We look forward to hearing from you.

Specifications: