Engineering services
History
The desing team of PZL Warszawa Okęcie has many years of experience in aircrafts designing, testing, certification, production support and aircraft operation support. Its traditions date back to the 1930s, beginning with the implementation of fighter aircraft designs with the Puławski PZL P-1 wing and its developmental versions P7, P11, P24
After the Second World War, training planes became the specialty of PZL Warszawa-Okęcie
Their continuation is currently being developed the family of training aircraft ORLIK
The second family is the multi-purpose PZL-104 Wilga
The last group are agricultural airplanes PZL-106 Kruk
Since 1928, PZL Warszawa-Okęcie has sold over 6,000 aircraft of 40 different types to more than 30 countries
The Design Organization
The Design Organization carries out project work in the scope of:
- Concept design of light aircraft
- Designing the airframe structure
- Designing of equipment of transport aircraft
- Cabin interior design
- Avionics & Equipment
- Systems and installations
- Aerodynamic load analysis
- Mass analysis
- Flight performance calculations
- Static strength analysis
- Fatigue strength analysis
- Development of structural tests
- Development of flight test programs and results
- Preparation of the certification process and maintenance of the airworthiness of light aircraft
- Preparation and maintenance of maintenance and operation documentation of aircraft
- Supervision of airworthiness design, development of bulletins for the fleet of civil and military aircraft manufactured by PZL Warszawa-Okęcie “S.A.
CAD design software:
- Catia V5
- Catia v4.2
- UG NX 7.5
- See Electrical Expert
- AutoCAD
Software for computational analysis:
- MSC Nastran / Patran
- Altair Hypermesh
- Ansys Fluent
- DARdorp AAA & APP
- calculation of loads
- aerodynamic calculations of flight mechanics
- static strength calculations
- calculation of fatigue strength
Approvals:
PZL-Warszawa Okęcie has the Design Organization Approval (DOA) in accordance with PART 21 issued by EASA (EASA21J.113)
Responsible persons approved by EASA
- Chief Executive of the Design Organization: Władysław Skorski
- Head of the Design Organization: Tomasz Wolf
- Head of the Airworthiness Office: Justyna IglewskaDesign and development processes are carried out in accordance with standards AS 9100 and AQAP 2110. During the design cycle, certification requirements, airworthiness requirements and production criteria are also taken into account simultaneously. Concurrent Engineering principles are applied throughout the product life cycle to provide the most effective design solutions
PZL Warszawa Okęcie is in the process of obtaining the Military Design Organization (MDOA) Approval by the MON Support Inspector, in accordance with the EMAR applicability adopted in Poland by the EMAR
PZL Warszawa Okęcie is the holder of a Type Certificate (TC) for aircraft families:
- PZL-104 Wilga in EU, USA, Australia, Canada, China
- PZL-106 Kruk in EU, Argentina, Brazil
- PZL-110 Koliber in the EU, USA, Canada, Australia
PZL Warszawa-Okęcie is the holder of the Approval of the Ministry of National Defense of the Republic of Poland (equivalent to the civil TC) of training and education aircraft
- PZL-130 TC-I ORLIK
- PZL-130 TC-II ORLIK
Partners
PZL Warszawa-Okęcie cooperate with:
- Air Force Institute of Technology (Warsaw)
- Institute of Aviation (Warsaw)
- ETC (Warsaw)
- ATM (Warsaw)
- Institute of Plasma Physics
- Military Technical Academy
- Warsaw University of Technology
- VZLU (Czech Republic, Prague)
- Pratt & Whitney Canada
- Hartzell
- Airbus Defense & Space
- Airbus Helicopters
Cooperation
For years, PZL Warszawa-Okęcie engineers have been cooperating with engineers in other departments of the Airbus group in designing and computational analyzes for aircraft and helicopters, exchanging skills and experience and implementing the latest solutions for their products.
Examples of projects implemented as part of cooperation
C212 Installation of the FLIR head
CN235 SASEMAR – installation of system antennas
CC295 PG0x Portugal – installation of mission system
C295 – installation of the observator window
Stress analysis C295
A400M – ramp hooks
A350 – floor beams