We offer international career opportunities, numerous training opportunities and job rotation.
THE VISION: THE AVIATION OF THE FUTURE.
THE PARTNER: PANKL AEROSPACE.
Innovative technological concepts will result in massive changes in aviation over the coming years. Pankl Aerospace is already setting new standards when it comes to developing and manufacturing complex, flight safety-relevant engine systems and components for aircrafts and helicopters, from production all the way to approval and assembly.
Pankl Aerospace is among the top international suppliers of highly reliable, lightweight engine components and systems for the aerospace industry. Every single product is developed precisely to fulfil individual customer requirements. The result: tailor-made solutions that are optimised with regard to quality, functionality and safety. Practical experience in the aerospace sector that spans several decades, sound technological expertise and a global market presence with sites in Kapfenberg, Austria and Cerritos, California make Pankl Aerospace a reliable partner who takes tried-and-tested solutions further and optimises them in the process. The entire team aims at exceeding customer expectations and requirements, and further strengthening trust that by consistently proving our technical skills, competence and willingness to cooperate.
The Pankl Aerospace product portfolio is as varied as the wishes of our customers. The portfolio includes lightweight engine components and systems, rotor shafts, tubes for air refuelling systems and landing gear components for more than 60 different engine, aeroplane and helicopter types and complies with the stringent requirements of the European Aviation Safety Agency (EASA) for safe operation of the aeroplanes equipped with these components. In addition, Pankl Aerospace is the flight safety parts supplier of choice for many OEMs, among them several market leaders in the aerospace industry.
As a tier one supplier for the aerospace industry, Pankl Aerospace provides customised services for dynamic engine components: from design and development to assembly, manufacturing, material testing using the in-house laboratory, performance, stress and fatigue analyses, complete safety and reliability assessments, all the way to efficient prototype testing, qualification and certification.
All relevant processes, components and systems are approved by customers and certifying bodies (EN ISO 9100) as well as by the European Aviation Safety Agency and Austro Control (Part 21G POA and Part 21J DOA).
Key elements include our sophisticated quality management system and state-of-the-art, high-tech processes for developing, manufacturing and assembling complex powertrains and other components for the challenging aerospace market.
Today, the aerospace industry requires lighter, quieter engines with reduced emissions and higher fuel efficiency. Pankl Aerospace has paved the way for the manufacturing of innovative, safety-critical structural components that are set to make flying more efficient and environmentally compatible in future. Our state-of-the-art machines with innovative turning and milling applications are optimised and improved on an ongoing basis. They are positioned to overcome the technological challenge of processing alloys for the aerospace industry that are notoriously difficult to machine. Additionally, we use the latest technologies for assembly, bonding, as well as high-precision balancing of rotationally symmetrical components.
All these synergetic effects create a wide range of services with short development times and efficient logistics and supply chains, ensuring optimal results from a single source.
Couplings form an essential part for all tail rotor drive line systems for helicopters and UAVs. In order to expand Pankl Aerospace's core competence in the production of tail rotor shafts to the production and development of complete tail rotor drive systems, it is necessary to develop and manufacture innovative couplings. The Pankl Aerospace product segment already covers tail rotor shafts, damping elements and bearings for tail rotor systems. The development of couplings would cover the last missing element of the complete tail rotor drive system. The aim of this project is therefore the development of an advanced coupling exactly for this application. By evaluating different types of couplings, manufacturing methods, materials and simulation models, a product is to be created which offers significant added value compared to the solutions currently available on the market.
The creation of sustainable technical knowledge in this context is inter alia ensured through cooperation with external scientific partners. This project is co-financed by the European Regional Development Fund.