Pipistrel

Pipistrel d.o.o Ajdovščina

Company type	Subsidiary
Industry	Aerospace, Light aircraft manufacturing
Founded	1989 (1989)
Founder	Ivo Boscarol
Headquarters	Ajdovščina , Slovenia
Area served	Worldwide
Key people	Ivo Boscarol (Founder and Chairman Emeritus)
Products	Light aircraft, electric aircraft, gliders, drones
Number of employees	250 (2020)
Parent	Textron Aviation (Textron)

Overview

Pipistrel d.o.o Ajdovščina is a Slovenian manufacturer specializing in the production of light aircraft, founded in 1989 by Ivo Boscarol. The company's headquarters and main manufacturing facilities are situated in Ajdovščina, Slovenia, with additional operations close to Gorizia, Italy. As of March 2019, Pipistrel had delivered over 2,000 aircraft worldwide.

Company Profile

Established in 1989, Pipistrel has grown into a prominent producer within the ultralight aviation sector. The enterprise operates out of its base in Ajdovščina and maintains a workforce of approximately 250 employees as of mid-2020. It functions as a subsidiary under the ownership of Textron Aviation, itself part of the larger Textron corporation.

Acquisition

In April 2022, Pipistrel was acquired by Textron, marking a significant development in the company's corporate structure and market presence within the aerospace industry.

History

File:Pipistrel Sinus at Festival Aéreo de Vigo 2010 (4806892945).jpg

Pipistrel Sinus

File:AP Assembling LSA Engine in the Pipistrel Ajdovscina Factory.JPG

Assembly of a light-sport aircraft at Pipistrel's Ajdovščina facility

File:Pipistrel Virus at EDKR Bergfliegen 2012 1892 (cropped).jpg

Pipistrel Virus SW

During the 1980s, due to governmental restrictions in Yugoslavia, Pipistrel’s inaugural aircraft was flown covertly during twilight hours. Its distinctive triangular wings, reminiscent of hang-gliders, led to the aircraft being nicknamed "bats," inspiring the company’s name derived from the Italian term for bat, pipistrello.

Pipistrel originally focused on manufacturing powered hang gliders crafted by Ivo Boscarol, who, alongside friends, began experimenting with ultralight trike designs in the mid-1980s as a private venture. The company regards the production of its first serial ultralight trike, the Basic, in 1989 as its formal founding date, although the brand was first mentioned in 1987. A total of thirty-two Basic units were sold. The lineup expanded with the introduction of the Plus in 1990, followed by the Spider in 1992 and the Twister in 1998. In early 2000s Europe, Flight Team UG & Company AG from Ippesheim, Germany distributed the Spider. Over its initial decade, Pipistrel exported nearly 600 trikes to over 30 countries across Europe and Africa before ceasing trike production in the early 2000s.

On 18 November 1992, Pipistrel d.o.o. was formally registered with Vida Lorbek appointed as its inaugural manager.

With the growing adoption of composite materials in the mid-1990s, Pipistrel transitioned from powered hang-gliders to producing ultralight aircraft resembling conventional airplanes. Among these early composite ultralights was the Sinus, notable as the first serially manufactured ultralight constructed from composite materials.

In 2003, Pipistrel relocated to a dedicated manufacturing facility adjacent to Ajdovščina Airport.

The year 2004 saw Pipistrel unveil the world's pioneering side-by-side two-seat self-launching glider, the Pipistrel Taurus.

Between 2007 and 2008, Pipistrel secured back-to-back wins at NASA's Centennial Challenges. The company’s modified Virus aircraft triumphed in most categories during the 2007 Personal Air Vehicle challenge, piloted by their US distributor’s representative Vance Turner. Similar success was achieved in NASA’s "General Aviation Technology" contest in 2008.

In August 2012, an import ban lasting one week was imposed by the Federal Aviation Administration after it could not verify Pipistrel’s Italian factory location on mapping services during a routine inspection. This factory had been established to leverage Italy's bilateral agreements with the United States.

On 12 October 2015, Pipistrel won a significant contract from the Indian Ministry of Defence to supply 194 Virus SW 80 trainer aircraft for use by the Indian Air Force, Indian Navy, and National Cadet Corps.

By June 2016, production numbers for models within the Sinus and Virus series reached approximately 800 units, rising beyond 900 by May 2018. The milestone of delivering the thousandth aircraft from this family was achieved by March 2019.

Electric aircraft development

In 2007, Pipistrel introduced an electric variant of the Taurus, marking the debut of the world's first two-seat fully electric aircraft and the initial electric motor-glider to enter serial production. The following year, Taurus Electro was recognized by Popular Science magazine as one of the Ten Best Innovations in the Aviation & Space category.

The 2011 launch of the Taurus G4 represented a pioneering step as the first all-electric aircraft designed to seat four passengers. At that time, it featured the most powerful electric motor ever integrated into a fully electric airplane.

File:Pipistrel Taurus G4 take-off at 2011 Green Flight Challenge.jpg

The electric Taurus G4 during takeoff at Sonoma County Airport in California

In July 2015, Siemens—the supplier of the 60 kW Dynadyn motor used in the Alpha Electro trainer—issued a warning to Pipistrel advising against utilizing its motors for overwater flights. This caution coincided with Pipistrel's preparations for a landmark electric-powered round-trip crossing of the English Channel. Concurrently, Airbus was planning a similar Louis Blériot-inspired endeavor using Siemens motors, leading to speculation that Siemens faced pressure from Airbus regarding motor allocations.

By February 2016, Pipistrel had developed aviation's most powerful hybrid electric propulsion system to date as part of the HYPSTAIR initiative. Funded by the European Union, this project equipped a Pipistrel Panthera mockup with a serial hybrid-electric powertrain that underwent ground testing using a 200 kW battery-driven motor, a 100 kW generator-only mode, and combined operation. The HYPSTAIR program was succeeded by the EU-supported Modular Hybrid Electric Propulsion Architecture (Mahepa) project launched in 2017, spanning four years. Ground tests for the Panthera were scheduled for 2019, ahead of flight trials planned for 2020.

On 29 September 2016, an unprecedented milestone was achieved when the world's first four-seat passenger aircraft powered by a zero-emission hydrogen fuel cell propulsion system completed its inaugural public flight. Pipistrel participated in the "HY4" project, which transformed the dual-fuselage battery-powered Taurus G4 by integrating a hydrogen fuel cell powertrain developed by the German Aerospace Center (DLR). Hydrogen tanks and batteries were installed within the fuselages, while fuel cells and the motor occupied the central nacelle. Collaborators included Compact Dynamics (specializing in motors and inverters), Ulm University, TU Delft, Politecnico di Milano, and University of Maribor. Following ground and flight testing of HY4, scheduled shortly after those of the hybrid Panthera, HY4 successfully flew in April 2022.

In June 2019, Pipistrel established "Pipistrel Vertical Solutions," a dedicated research and development subsidiary focused on advancing the Pipistrel 801 electric vertical takeoff and landing (eVTOL) aircraft.

On 10 June 2020, the fully electric variant of the Virus SW 121, known as the Pipistrel Velis Electro, became the first electric aircraft worldwide to receive type certification from EASA.

Later that year, on 1 September 2020, Pipistrel unveiled two electric cargo drones: the larger Nuuva V300 and its smaller counterpart, Nuuva V20.

Looking ahead, Pipistrel is developing a liquid hydrogen fuel cell and battery-powered hybrid "Miniliner" designed to seat 19 passengers. The project aims for launch in 2021 with a maiden flight targeted for 2028 and entry into service by 2030 or 2031. This aircraft is expected to have a maximum takeoff weight between 8,500 and 9,000 kg—slightly exceeding EASA CS-23 limits—and offer a range of approximately 1,000 nautical miles. Short takeoffs down to 800 meters will be supported by an installed power capacity of around 2 MW provided by batteries. The design will incorporate technologies from EU-funded MAHEPA and UNIFIER19 programs; three configurations are under evaluation while maintaining fixed composite wing and fuselage structures. Pipistrel projects a market demand for about 1,500 units and anticipates operating costs reduced by roughly 40% compared to existing commuter aircraft.

Acquisition by Textron

In March 2022, Textron announced an agreement to acquire Pipistrel and establish a dedicated division focused on electric aircraft innovation, named Textron eAviation. Pipistrel will maintain its brand identity along with its current headquarters and operational sites located in Slovenia and Italy. Textron plans to inject capital into this new division to accelerate the development and manufacturing of upcoming aircraft models. Ivo Boscarol, the founder and CEO of Pipistrel, will remain involved as a minority investor and hold the honorary position of Chairman Emeritus. The transaction was finalized in April 2022, with a purchase price of US$235 million.

Aircraft

File:Pipistrel Panthera reveal.jpg

Pipistrel Panthera

File:Pipistrel Velis Electro sn003 LJAJ right.jpg

Pipistrel Velis Electro

Gliders and Light Aircraft

• Pipistrel Alpha Trainer – two-seat aircraft featuring a high-wing design powered by a single piston engine.
• Pipistrel Apis – single-seat ultralight glider.
• Pipistrel Apis-Bee – ultralight glider and motor glider accommodating one person.
• Pipistrel Panthera – four-seat aircraft with a low-wing configuration and single piston engine.
• Pipistrel Sinus – ultralight motor glider with two seats, high-wing layout, and single piston engine.
• Pipistrel Taurus – two-seat ultralight motor glider powered by a single piston engine.
• Pipistrel Virus – lightweight, two-seat aircraft driven by a single piston engine.
• Pipistrel Virus SW – two-seat ultralight aircraft equipped with a single piston engine.
• Pipistrel Velis Club – two-seat ultralight airplane powered by a single piston engine.

Electric Aircraft

• Pipistrel Alpha Electro – two-seat aircraft with a high-wing design propelled by an electric motor.
• Pipistrel Apis Electro
• Pipistrel Taurus Electro – ultralight motor glider featuring two seats and powered by an electric engine.
• Pipistrel Taurus G4 – experimental four-seat aircraft utilizing a single electric motor.
• Pipistrel WATTsUP – experimental two-seat airplane with electric propulsion; served as the precursor to the Alpha Electro.
• Pipistrel Velis Electro – electrically powered two-seat aircraft with high-wing configuration; recognized as the first electric plane to receive type certification worldwide.

Ultralight Trikes

• Pipistrel Basic
• Pipistrel Plus
• Pipistrel Spider – two-seat trike powered by a single piston engine.
• Pipistrel Twister – trike designed for two occupants with a single piston engine.

VTOL

• Pipistrel 801 eVTOL – five-seat, single-pilot electric vertical takeoff and landing aircraft currently under development; proposed as part of the Uber Elevate initiative.
• Pipistrel Nuuva V300 – cargo eVTOL UAV with tandem wings capable of carrying a 300-kg payload; development ongoing.
• Pipistrel Nuuva V20 – tandem-wing cargo eVTOL UAV designed for a 20-kg payload; currently in development.

Awards and records

• In 2004, the Sinus became the first ultralight aircraft to complete a global circumnavigation, piloted by Slovenian aviator Matevž Lenarčič in a groundbreaking journey.
• The 2007 NASA Centennial Challenges featured the Personal Air Vehicle Challenge, where innovative aircraft designs competed.
• In 2008, the General Aviation Technology Challenge recognized outstanding advancements in aviation technology.
• December 2007 marked the maiden flight of the Taurus Electro, the world's inaugural fully electric two-seat aircraft. The American publication Popular Science listed it among the most significant innovations of 2008. Later, in 2010, it earned a gold medal at the Biennial of Industrial Design.Template:Fix/category
• The year 2011 saw participation in the CAFE/NASA/Google Green Flight Challenge with the four-seat electric plane Taurus G4, designed for highly energy-efficient flight.
• Pipistrel aircraft have achieved a total of 10 world records certified by the FAI.
• In 2019, two historic flights were completed by the Sinus when pilot Aarohi Pandit became the first female aviator to solo across both the Atlantic and Pacific Oceans in a light-sport aircraft.

See also

• Personal Air Vehicle
• List of gliders

External links

• Official website
• How Pipistrel Builds Electric Airplanes, AVweb video