DISTRETTO AEROSPAZIALE LOMBARDO
(Lombardia Aerospace Cluster )
November 2013
Ing. Paolo Cerabolini
A Brief History
•
23rd February2009: 9 partners founded the ‘Comitato Promotore del Distretto Aerospaziale
Lombardo’
•
23rd March 2009: Appointment of Comitato Promotore del Distretto Aerospaziale Lombardo
President for start-up period: Giorgio Brazzelli
•
11th May 2009: Signature of Comitato Promotore del Distretto Aerospaziale Lombardo
Regulation
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19th June2009: Meeting with President of Regione Lombardia and with specific councillors for
presentation of the Aerospace Cluster project
•
3rd July2009: Establishment of the Scientific&Technical Committee within the Comitato
Promotore del Distretto Aerospaziale Lombardo
•
22nd January2010: 1^ Convention of Distretto Aerospaziale Lombardo
•
26th February2010: Appointment of Comitato Promotore del Distretto Aerospaziale Lombardo
new President: Giuseppe Orsi
Source: Distretto Aerospaziale Lombardo
SECTOR PROFILE
Snapshot of the Aerospace Sector in Lombardia
185
Companies
15,000
Employees
4.0 € billion
Turnover
1.8 € billion
Export
33 %
Share on Italian aerospace export
(2012)
Source: Distretto Aerospaziale Lombardo
PRODUCTS
Trainer aircraft
Helicopters and vertical flight technologies
Satellites and scientific payloads
Avionics and system integration
Systems and Equipment
Structures
Mechanical component and subsystems
Tools and systems
Special materials
Services
PRODUCTS
TRAINING AIRCRAFT ...
...and MAIN RELEVANT SYSTEMS…
Hydraulic and
Electromechanical
Actuation
A/C Power Generation
power management and
convertion
Flight Control System
Mechanical and FBW
Avionics Devices and
on-board SW
Fuel System
Radio Comunication
Equipment
Store Carriage e
Launching Systems
Landing Gear System
PRODUCTS
HELICOPTERS AND VERTICAL FLIGHT TECHNOLOGIES...
...and MAIN RELEVANT SYSTEMS…
Hydraulic
Servoactuators and
Damper
Fuel System
Communication
Systems and Noise
Control Devices
Electrical Power
Generation and
Distribution
Interiors
Landing Gear System
Avionics Systems
PRODUCTS
SATELLITES
...and MAIN RELEVANT SYSTEMS…
Electronic Power Supply
(EPS)
TeleMetry & TeleCommand
TM/TC
Payload
Batteries
OnBoard Data Handling
OBDH
Power Distribution
Control Unit
PDCU
Propulsion
Thermal Control System
Structure
Attitude Orbit Control
System
AOCS
MAIN TECHNOLOGIES
Structures
Mechanics
Metal, composite, special materials
Electronic and electric
Structural design methodologies
Air-fluid mechanics design methodologies
Acoustic and vibration methodologies
Information Technology
Engines
Other technologies
COMPANIES
Companies distribution
by dimension
13%
Employees distribution
by company dimension
27%
87%
73%
Source: Lombardia Aerospace Cluster
LOMBARDIA PRODUCTION STRUCTURES
Trainer Aircraft, Helicopters and vertical flight, Satellites
and scientific payload
8,1%
Avionics and system integration, Systems and
Equipment, Structures, Tools and System for production,
Testing and Maintenance, Special Materials
26,9%
Mechanical Components and Subsytems
Generic Materials
40,3%
1,1%
41,9%
(6.250)
30,7%
(4.600)
18,6%
(2.800)
0,1%
(150)
Services
23,6%
8,7%
(1300)
Source: Census Comitato Promotore del Distretto Aerospaziale Lombardo
PRIME CONTRACTORS IN LOMBARDIA
AgustaWestland*, helicopters
Alenia Aermacchi, trainer aircrafts
CGS (Compagnia Generale per lo Spazio), satellites and scientific payloads
Selex ES*, avionics and radar
Thales Alenia Space, space equipments, scientific payloads and EGSE
Thales Italia, avionics
EVOLUTION:FROM A SECTOR TO A CLUSTER
CLUSTER AND COMPETENCIES
DEVELOPMENT CYCLE
FOUNDATION
February 2009
DISTRETTO REGIONALE
Lombardia Region
MIUR Program
agreement
December 2010
PARTNER EACP
EUROPEAN
AEROSPACE
CLUSTER
PARTNERSHIP
June 2010
FOUNDERS:
•
Agusta Westland
•
Alenia Aermacchi
•
Aerea
•
CGS Carlo Gavazzi Space
AIR PARTNERSHIP
Regione Lombardia
call
April 2012
NATIONAL CLUSTER
(only for research
topics)
September 2012
•
•
•
•
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Gemelli
Selex ES
Secondo Mona
Spaziosystem
Unione Industriali Provincia di Varese
NEXT STOP:
EUROPE
STRATEGY
District main objectives …
 Build up a technological/scientific integrated system
development based on competencies and
collaboration enhancement
 District technological position improvement in line
with its companies competitiveness and associated
Universities/Research Centers scientific capabilities
… and levers
 Supply chain competitive growth through innovation
support and best practices implementation
 Marketing and internationalization support
 Cooperation opportunities scouting (also worldwide)
 Business training support
 Large Corporate-SMEs cooperation enhancement
 Collaboration with Universities and Research Centers
 SMEs R&D competencies and potential valorization
 Public finance scouting for research activities funding
 Support SMEs autonomous growth
(at European, national and regional level)
GOVERNANCE
“Industrial” Governance
Members
Founder Member
Ordinary Member
Sustainers (institutional entities)
Authorities
Board Committee
President
Management Committee
Secretary
Technical Scientific Unit
OPERATING & FOCUS GROUP
Working Group
Focus Group
Composed by large corporate, SMEs,
Focus Group
universities and research centers delegates,
Fixed - wing aircraft
coordinated by the Management Committee
Rotary - wing & Vertical flight
lead by the President, the work groups manage
Space
the following activities:
Advance electronical systems
Technical Scientific Unit
Supply Chain
Marketing and Internationalization
Credit & Financing
Training
WORKING GROUPS - MAIN ACTIVITIES
 Nucleo Tecnico Scientifico (NTS): coordinate R&I activities,
covers the whole range of products, services, technologies
 Supply Chain: promote industrial collaboration, develop best
practices (ex.: KPIs; LEAN; E-scouting; Web site… )
 Internationalisation & Marketing: links and networking
(EACP; Air show, fairs…)
 Education & Training: policies, “design” of E&T initiatives;
H&A Master - LIUC
 Credit & Finance: catching opportunities, steering new ones
SPACE: Flagship Program
TARGET: provide applications on the governance of the territory,
for the welfare of the citizen, focused on security and emergency
management and implemented through the use of Earth
Observation data acquired from stratospheric platforms, which
provide real-time services, and integrated with satellite data
and/or to the ground.
SPACE: Flagship Program
Stratospheric Platform (HAP- High Altitude Platform)
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Aircraft automatic, quasi-stationary, positioned in the stratosphere
Quote varies between 14 and 20km,
Performance comparable to a satellite in low orbit,
Costs of implementation and launch reduced,
Availability of real-time data on areas at a regional scale,
Ability to reposition based on the levels of alert,
Possibility of maintenance and/or replacement of the instruments on board.
SPACE: Flagship Program
INNOVATIVE TECHNOLOGICAL AREAS :
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Structural materials, anti-icing systems
Photovoltaic systems
Hydrogen Technologies (filling gas and fuel cells)
Innovative propulsion systems
Guidance Systems, Navigation and Control
On-board electronics
Electro-optical payload development, telecommunications and radar
SPACE: Flagship Program
Flagship Program SPACE target:
• Bring the system to the aerospace industry Lombard/national, first the
SME, and Research Centers to increase the technological know-how and
develop new business opportunities;
• Create innovative services for the citizen based on the use of the real-time
remote data, not currently available and high regional, national and
European
• Enabling technologies can be developed through participation in the
European Framework Programme Horizon 2020 which can promote the
competitiveness of SMEs in Europe.
MEET OUR COMPANIES
E-SCOUTING PLATFORM ON WWW.AEROSPACELOMBARDIA.IT
CONTACTS
Piazza Monte Grappa 5
21100 Varese - ITALY
Tel +39 0332 251000
Fax +39 0332 285565
www.aerospacelombardia.it
[email protected]