The return of airships: ecology, logistics, and the role of crowdinvesting in launching complex engineering projects
Airships have not yet become a mainstream mode of transport, but interest in them is experiencing a revival in leading countries such as the USA, Russia, Germany, France, China, the United Kingdom, and Israel.
New Generation Airships are planned for a variety of purposes, including:
- advertising campaigns
- sightseeing tours
- scientific research
- special operations
- passenger and cargo transportation
Do airships exist in our time?
Modern airships exist in the form of prototypes and test models.
Testing is underway on the Airlander 10, developed by the British company Hybrid Air Vehicles. The first prototype crashed in 2016, but work on improvements continues. It is planned that the Airlander 10 will be used for passenger and cargo transportation.
The experimental airship Pathfinder 1, developed by LTA Research, is also undergoing flight testing. This vehicle is designed to validate new technologies and materials in airship construction.
In Russia, airships are being developed by AERONOVA in collaboration with Bauman Moscow State Technical University and the Moscow Aviation Institute. As part of the ‘New Generation Airships’ project, AERONOVA plans to produce up to 4 airship models, including manned and unmanned, passenger and cargo variants.
In 2025, AERONOVA successfully conducted tests of its first unmanned airship, NOVA-01, and is preparing the NOVA-2 airship for testing.
The only commercially operated airship remains the Zeppelin NT, manufactured by the German company Zeppelin Luftschifftechnik GmbH. However, the situation may change within the next 3–5 years, and airships could become a new mode of passenger and cargo transport.
Are there any operational airships today
In Germany, in Friedrichshafen, you can take a ride on a Zeppelin NT airship. Friedrichshafen is where Zeppelin NT airships operate, and it is also home to a museum dedicated to the history of airship construction. Flights on the Zeppelin NT offer a bird’s-eye view of Lake Constance and its surroundings.
In Russia, there is an operational airship, NOVA-01 — the first unmanned vehicle in the ‘New Generation Airships’ project. NOVA-01 has now successfully completed its initial tests, during which the AERONOVA team gathered data to improve future models and optimize the technologies used in production. AERONOVA has also unveiled a hybrid vehicle, AEROLYOT-01, which recently completed its first experimental flight. The NOVA-2 airship is also being prepared for testing in the near future.
Passenger airships today: myth or the future
With advancing technologies and growing interest in environmentally friendly and comfortable modes of travel, passenger airships may find their place within the transport infrastructure.
- Safe helium, modern safety and navigation systems minimize the risk of crashes, disasters, and emergencies during flight.
- Resilience to weather conditions and turbulence will make flights comfortable and smooth.
Where can passenger airships be used?
- Sightseeing flights over landmarks, cruise travel with the option to stop at scenic locations.
- Flights between cities, countries, and continents.
- Transporting workers to remote construction sites, research camps, or oil platforms.
- Delivering doctors, engineers, or other specialists to regions with absent or underdeveloped infrastructure.
Passenger airship projects are currently in the development stage. It is possible that in the near future, airship travel will become a new reality of the 21st century.
Why did the mass use of airships cease?
For a long time, airships were considered the pinnacle of technological progress and the most comfortable mode of transport. However, over time they virtually disappeared. Why did this happen?
The primary reason cited is a series of accidents, the most famous of which was the Hindenburg disaster in 1937. The incident shocked the world, but it is worth noting that 61 out of 97 people survived. This demonstrates a high level of safety compared to aviation disasters. Nevertheless, airships were ultimately abandoned, and their use was even banned.
There are a number of presumed reasons that may have contributed to the end of airship construction projects in the 20th century. The main ones include:
- Competition from aviation — airships were displaced by airplanes and helicopters, which were more cost-effective and quickly assumed leading positions in logistics and passenger transportation.
- Technological limitations — airships were ahead of their time. The 20th century lacked the materials, safe lifting gas (helium instead of flammable hydrogen), and precise navigation systems that could ensure structural reliability and flight safety.
In the 21st century, the situation has changed, and it is safe to say that the capabilities of the current century are conducive to the beginning of a new era of airships.
Thanks to modern strong and lightweight materials, AI-powered control systems, and the use of helium as a lifting gas, airships can become a new, safe, eco-friendly, and efficient mode of transport. They will not replace airplanes but rather create a new industry that complements the existing transport system.
The resurgence of interest in airships in the 21st century
Capabilities of modern airships
Technological progress. Advanced materials, engines, and modern control systems enable airships to achieve high speeds and carry large payloads.
Economic viability. In certain areas, such as cargo delivery to remote regions or Arctic logistics, airships can be more cost-effective than other modes of transport.
Versatility. Airships can be used in various sectors, including logistics, tourism, scientific research, and even as aerial advertising platforms.
Ability to land in hard-to-reach locations. Airships do not require runways and can land in places inaccessible to other modes of transport.
Advantages over existing transport
Cost-efficiency. Airships have low operating costs compared to airplanes and helicopters, including fuel and maintenance.
Speed and maneuverability. Airships can outpace trains and automobiles under certain conditions, moving easily between hard-to-reach regions where ground transport may face obstacles such as mountainous terrain or rivers.
Environmental sustainability. Airships are a more environmentally friendly option compared to other modes of transport. They can operate on alternative energy sources, such as solar panels or electric motors, minimizing harmful emissions into the atmosphere.
Project financing
The return of airships is becoming possible thanks to new methods of raising capital, such as crowdinvesting. This method enables funding from a large number of investors who are interested in supporting innovative projects.
People from all over the world are given the opportunity to invest in promising startups. In doing so, they can become co-owners of a business and receive a share of the company’s future profits.
It is a well-known historical fact that airships were previously built through mass fundraising campaigns. For example, Count Ferdinand von Zeppelin actively employed collective financing to build his famous airships. Today, this practice is making a comeback, enabling people to join a new business sector and invest personal funds in the creation of modern airships.
Thus, the successful development of airship construction in the 21st century is founded on three key factors:
1. Market demand — the existence of real-world needs for the unique capabilities of airships.
2. Technical capabilities — advances in science and engineering that make it possible to build efficient and reliable vehicles.
3. Worldwide support and interest — the participation of ordinary people who are willing to invest their own funds in the realization of promising projects.
These three elements ensure the steady development of the airship construction industry and make it an attractive sector for future technological breakthroughs.
Investing in airships
Investing in airships opens up significant opportunities for long-term capital growth and participation in breakthrough technologies. One of the primary ways to acquire ownership shares in companies engaged in airship development and production is crowdinvesting.
Benefits of crowdinvesting for investors:
- The opportunity to acquire real shares in projects at an early stage of development, providing significant income growth potential;
- Low entry threshold — investors can start with small amounts, purchasing share packages in installments;
- Potential for a rapid return on investment, given the growing popularity of airships and their demand across a number of industries.
Imagine a situation where you could have acquired shares in Tesla or successful airlines at the stage of their inception. Opportunities of this kind are now opening up in the airship construction industry, thanks to crowdinvesting.
In addition to the financial appeal of airship development projects, investors gain additional benefits:
- Participation in environmentally significant projects and supporting the trend toward sustainable development and carbon footprint reduction;
- Positive impact on future generations and involvement in creating safe and energy-efficient modes of travel;
- The role of a pioneer in shaping a new industry.
International ‘New Generation Airships’ project
The crowdinvesting project ‘New Generation Airships’ offers attractive terms for investors worldwide. Investors acquire shares in the company and will receive dividends from future results.
The company’s financial results are generated through commercial activities, such as fulfilling contracts and selling airships. As early as 2025, AERONOVA is actively negotiating with potential clients and is preparing to close its first commercial deals.
You can become an investor and acquire shares in the project starting from just $50.
The project was launched in August 2024, and since then:
- successful flight tests of the first unmanned airship NOVA-01 have been conducted, along with a series of stratospheric balloon launches;
- active work is underway on the NOVA-2 and AEROLYOT-01 vehicles;
- collaboration has been established with leading Russian research and design organizations, such as Bauman Moscow State Technical University and the Moscow Aviation Institute;
- the project is attracting interest from international media, including federal channels;
- the first commercial orders are being discussed;
- in November 2025, AERONOVA showcased its developments at the major international exhibition Dubai Airshow 2025.
The ‘New Generation Airships’ project by AERONOVA and SOLARGROUP.
AERONOVA — specializes in the development and construction of market-driven airships, as well as the creation of infrastructure for their operation, including an aerograd.
SOLARGROUP — an international IT platform that enables people from different countries to join projects and become part of a business in the technology sector.
More than 500,000 users from around the world are registered on the SOLARGROUP platform.
More than 11,000 investors from different countries have supported the ‘New Generation Airships’ project.
More than $11 million has already been raised for the project.
The ‘New Generation Airships’ project is divided into 20 financing stages.
- Pre-launch — August 2024.
- Stage one — March 2025.
- Stage two — July 2025.
- The transition to stage three was completed on December 27, 2025.
With each stage transition, risks decrease, and therefore the share price increases. In the early stages, the project offers the most favorable terms for all participants.
Learn more about opportunities for investors in the ‘New Generation Airships’ project and receive a start-up bonus — $25 toward your first investment in the project upon registering a personal account.