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Curti Costruzioni Meccaniche S.p.A.
Aerospace

Aerospace


CURTI Aerospace has been making mechanical components for the defence and aeronautic industries for over 40 years and supporting customers in the management of the entire production cycle, from the purchase of raw materials to quality control and non-destructive testing.
We are known for our high level of specialisation in the TIG and Resistance welding of Al, Ti, Cr-Ni and Inconel alloys, as well as in the welding of steel.

The division has solid experience in the design and manufacture of equipment for the production of parts and assemblies for helicopterstrainer aircraft and vehicles for transporting. We are capable of providing surface treatments such as chromate conversion coating for aluminium and steel passivation.

CFCS Project

CURTI's CFCS project: study, design and development of a control system and simulation environment for unmanned VTOL aircraft.

Enter in CFCS Project
AIRCRAFT PARTS
GROUND SUPPORT EQUIPMENT

Parts and complex subassemblies for planes and helicopters

Equipment for handling aircraft parts

CURTI Aerospace has an internal workshop for quality control, equipped with the latest cutting-edge measuring technology and machines (CMM Zeiss). The division has ISO 9001, AS/EN 9100, ISO 14001, BS OHSAS 18001 certification and Nadcap accreditation for NDT and welding.

  1. 2024 QUALITY POLICY
  2. 2025 UNI EN ISO 9001:2015 Management systems for the Quality
  3. 2026 UNI EN 9100:2018 Management systems for quality organizations in the Air, Space and Defense
  4. 2016 UNI EN ISO 14001:2015 Environmental management systems
  5. 2025 ISO/IEC 27001:2022 – Management Systems for Information Security
  6. 2019 ISO 45001: 2018 Health and Safety management systems
  7. 2022 ISO 50001:2018 Management systems for Energy
  8. 2026 PART 21: Regulations UE n. 748/2012
  9. 2015 PIAGGIO AEROSPACE
  10. 2015 LEONARDO S.p.A. – Statement of Approval LH/0813
  11. 2020 TETRA PAK
  12. 2020 UNI EN ISO 3834-2 – Quality requirements for fusion welding of metallic materials
  13. 2024 DIN 2303 Certification – Fusion welding of titanium alloys, aluminum, steel
  14. 2023 NADCAP Accreditation – Nondestructive Testing (Magnetic Inspection – Penetrating Liquids)
  15. 2020 NADCAP Accreditation – Fusion welding of titanium alloys, aluminum, steel
  16. 2025 Leonardo Helicopters Qualification – Aluminum Heat Treatment
  17. 2022 Leonardo Helicopters Qualification – Chromate conversion of aluminum alloys
  18. 2024 Leonardo Helicopters Qualification – Passivation
  19. 2024 Leonardo Helicopters Qualification – Nondestructive Testing, Magnetic Inspection
  20. 2025 Leonardo Helicopters Qualification – Nondestructive Testing, Penetrating Liquids
  21. 2023 Leonardo Electronics Defence System Business Unit – Welding UNI EN ISO 3834-2
  22. 2024 Leonardo Helicopters Qualification – Resistance welding of titanium alloys, aluminum, steel
  23. 2020 Leonardo Helicopters Qualification – Fusion welding of titanium alloys, aluminum, steel
Enter in Certifications

In particular, in recent years, the division has specialised in the forming and processing of sheet metal for the aeronautic industry, using noble materials including high-strength stainless steel and special steels, aluminium alloys, pure titanium and titanium alloys, and special processes such as resistance spot welding, bonding and assembly of carbon fibre components.
The intermediate and final control of these processes is ensured through the use of various non-destructive control methods (on surfaces and volumes) applied by qualified personnel.

CURTI Aerospace has completely designed and built the first model of a totally innovative two-seater helicopter with a turbine engine. The development of the helicopter’s safety features is the result of a DISRUPT project, promoted by the European Commission as part of an important funding scheme for SMEs leading up to 2020.

CURTI is supported by UAVItalia into all the certification processes of the Zefhir helicopter.

U-AVITALIA

The CFCS Project

Study, design, and development of a control system and related simulation environment for unmanned VTOL aircraft