Lithuanian aerospace startup Airvolve is pioneering a transformative approach to tactical airlift systems, aiming to redefine military and civil aviation with its innovative Airlift aircraft. Founded in 2024 by Donatas Gendvilas and Antanas Ivancius, Airvolve is developing a compact, hybrid-electric, vertical take-off and landing (VTOL) aircraft designed to address the inefficiencies and vulnerabilities of traditional helicopters.

With a focus on cost-effective, durable, and autonomous solutions, the Airlift is poised to serve military organizations and civil sectors, including special operations, casualty evacuation, and search-and-rescue missions.

The Airlift: A next-generation tactical airlift solution

Airvolve’s Airlift is a hybrid-electric aircraft designed to address the limitations of conventional helicopters, which are often costly to operate and vulnerable in modern combat environments.

The Airlift boasts a payload capacity of 200 kilograms (441 pounds), an internal cargo volume of five cubic meters, and a range of 100 kilometers (62 miles). Its compact design, fitting within a standard 20-foot shipping container, enhances its deployability, allowing it to integrate seamlessly with existing military logistics infrastructure.

The aircraft’s hybrid-electric propulsion system combines electric motors with a conventional aircraft engine, optimizing fuel efficiency and reducing operational costs by an estimated factor of ten compared to traditional rotorcraft.

The Airlift’s standout feature is its innovative horizontal-axis cyclorotor propulsion system. Unlike conventional helicopter rotors, which rotate on a vertical axis, cyclorotors operate on a horizontal axis, with blades that adjust their pitch cyclically to generate lift and thrust. This design, originally explored by Boeing in the 1930s but abandoned due to material limitations, has been revitalized by Airvolve using modern composite materials.

The cyclorotor system enables enhanced maneuverability, allowing the Airlift to navigate complex urban landscapes or remote terrains with precision. Additionally, the aircraft is optionally piloted, supporting both autonomous operations and human navigation, which provides flexibility for diverse mission profiles.

What is a cyclorotor?
A cyclorotor is a propulsion system where blades rotate around a horizontal axis, adjusting their angle of attack in a cyclical manner to generate lift and thrust. This differs from traditional helicopter rotors, which spin on a vertical axis. Cyclorotors offer superior maneuverability and efficiency, making them suitable for compact, agile aircraft like the Airlift.

Development milestones and funding

Airvolve has made significant strides in developing the Airlift. In May 2024, the company successfully completed a two-year experimental research phase, culminating in the testing of a prototype aircraft.

This milestone marked the achievement of Technology Readiness Level 5, indicating that the technology has been validated in a relevant environment. In September 2024, Airvolve secured €825,000 in early-stage funding from Coinvest Capital, Baltic Sandbox Ventures, and several accredited business angels, with Coinvest Capital contributing €510,000.

This investment is supporting the development of a fully functional minimum viable product (MVP), with pre-orders expected by late 2025. Additionally, Airvolve has received approximately €2 million in European Union research funding, which has facilitated the construction of two scale models.

In January 2025, Airvolve filed a provisional patent application with the United States Patent and Trademark Office (USPTO), securing intellectual property protection for its unique aircraft design, including the cyclorotor system, lift-generating fuselage, and control mechanisms.

The patent, which grants a 12-month period to finalize the application, underscores Airvolve’s ambition to establish a competitive edge in the global aeronautics market. Full-scale test flights are scheduled for spring 2025 in Lithuania, with plans for a Series A funding round in early 2026 to scale production and establish supply chains.

Strategic importance and military applications

The Airlift’s development comes at a critical time, as modern battlefields demand cost-effective, survivable, and versatile airlift solutions. Traditional helicopters, such as the CH-47 Chinook or Mil Mi-26, are expensive to operate and vulnerable to advanced anti-aircraft systems. Airvolve’s CEO, Donatas Gendvilas, has highlighted the collapse of tactical airlift capabilities in conflict zones like Ukraine, where helicopters face significant risks from drones and missile systems.

The Airlift addresses these challenges by offering a compact, low-cost alternative that can operate autonomously or with minimal human intervention, reducing exposure to threats.

The Airlift’s military applications are diverse. It is designed to support NATO-standard loading systems, ensuring compatibility with existing logistics frameworks. Key missions include:

• Autonomous cargo delivery: Transporting supplies to forward operating bases without risking human pilots.
• Casualty evacuation (CASEVAC): Rapidly extracting wounded personnel from combat zones.
• Search and rescue: Operating in hostile or remote environments to locate and retrieve personnel.
• Special operations: Providing discreet, agile airlift for small teams in high-risk areas.

A notable case study is Airvolve’s response to the 2022 Mariupol siege, which inspired the company to pivot from urban air mobility to defense-focused applications.

The siege highlighted the need for resilient airlift systems capable of operating in contested environments, a gap the Airlift aims to fill. The aircraft’s ability to fit within a standard shipping container and operate without specialized infrastructure makes it particularly suitable for rapid deployment in crisis situations.

Civil and dual-use applications

Beyond military applications, the Airlift holds significant potential for civil and dual-use sectors. Its design supports missions such as disaster relief, where rapid delivery of medical supplies or equipment to remote areas is critical.

For example, in the aftermath of the 2023 Turkey-Syria earthquake, traditional helicopters struggled with fuel costs and logistical constraints. The Airlift’s low operating costs and ability to land on unprepared surfaces could enhance response capabilities in similar scenarios.

The aircraft’s autonomous capabilities are supported by sophisticated software for route optimization, payload management, and real-time monitoring. This ecosystem ensures seamless integration into existing logistics networks, making the Airlift a versatile platform for applications like humanitarian aid delivery or remote infrastructure support.

However, Gendvilas has cautioned that regulatory hurdles and certification costs for commercial applications, such as urban air mobility, remain significant, with widespread adoption likely years away.

Competitive landscape and industry impact

Airvolve’s Airlift enters a competitive yet evolving market for tactical airlift solutions. Established platforms like the C-130 Hercules and Airbus A400M dominate strategic airlift, while tactical airlifters like the C-27J Spartan serve medium-range missions.

However, these platforms are significantly larger and more expensive than the Airlift, which targets middle-mile logistics with a focus on affordability and agility. Emerging competitors, such as Unmanned Defense Systems (UDS), another Lithuanian firm, are advancing drone technologies, but Airvolve’s cyclorotor propulsion and hybrid-electric design set it apart.

The Airlift’s potential to reduce operating costs by a factor of ten could disrupt the aeronautics industry, particularly for cash-strapped militaries in countries like Poland, Greece, and Ukraine. Its compact design and compatibility with existing infrastructure make it an attractive option for NATO allies seeking to modernize their airlift capabilities.

Industry experts, including Viktorija Trimbel of Coinvest Capital, have praised Airvolve’s technology as “truly revolutionary,” citing its alignment with the growing demand for autonomous systems in defense and transport.

Challenges and future prospects

Despite its promise, Airvolve faces several challenges. Developing a full-scale prototype requires significant investment, and the planned Series A funding round in 2026 will be critical for scaling production. Regulatory approvals for autonomous flight, particularly in civil airspace, pose additional hurdles. The European Union Aviation Safety Agency (EASA) and other regulatory bodies impose stringent requirements for VTOL aircraft, which could delay commercial deployment.

Technologically, the cyclorotor system, while innovative, must prove its reliability in operational environments. Airvolve’s successful prototype tests in May 2024 are encouraging, but full-scale trials in 2025 will be pivotal.

The company’s small team of eight, including professionals with experience at NASA, Ryanair Engineering, and FL Technics, provides a strong foundation, but scaling operations will require additional expertise and resources.

Looking ahead, Airvolve plans to expand the Airlift’s applications to include ship-to-shore operations and other specialized missions, depending on partner demand.

The company’s focus on solving immediate logistical challenges, rather than chasing trends like urban air taxis, positions it well to address pressing needs in defense and emergency response. As global demand for cost-effective airlift solutions grows, Airvolve’s Airlift could redefine tactical aviation.

Bold move

Airvolve’s Airlift represents a bold step toward revolutionizing tactical airlift systems. By leveraging cutting-edge cyclorotor propulsion, hybrid-electric technology, and a compact design, the aircraft offers a cost-effective, versatile alternative to traditional helicopters.

With successful prototype testing, significant funding, and a provisional patent, Airvolve is well-positioned to advance its technology toward full-scale production. Its potential to transform military logistics, casualty evacuation, and civil disaster response underscores its relevance in an era of evolving warfare and humanitarian challenges.

As Airvolve prepares for its next phase of development, the Airlift may soon take flight as a game-changer in the global aeronautics landscape.

Source: airvolve.aero