HERFUSE

Hybrid-Electric Regional FUSelage & Empennages

HERFUSE is one of the eight projects approved in September 2023 by the Governing Board of the Clean Aviation Joint Undertaking under the second call for proposals of the programme. The project is funded under a topic dedicated to the development of innovative solutions for the fuselage and empennage of future hybrid-electric regional aircraft.

Grant Agreement Number: 101140567
Call ID: HORIZON-JU-Clean-Aviation-2023-01 (CfP-02)
Topic ID: HORIZON-JU-CLEAN-AVIATION-2023-02-HER-01
Topic Title: Innovative Fuselage/Empennage Design for Hybrid-Electric Regional Aircraft
Type of Action: HORIZON-JU-IA (Innovation Action)

Coordinated by Leonardo, HERFUSE project brings together a large European consortium including, among others, Airbus, ATR, DLR, CIRA, ILOT, as well as numerous research centres, universities and industrial partners.

The project aims to develop new structural architectures and advanced technologies for the fuselage and empennage of next-generation regional (REG) aircraft, addressing challenges related to advanced materials, structural design, systems integration and manufacturing processes.

The solutions developed will contribute to the development of future Hybrid-Electric Regional (HER) aircraft, with the objective of improving aerodynamic performance, reducing structural weight and supporting the integration of new low-emission propulsion architectures.

HERFUSE

Hybrid-Electric Regional FUSelage & Empennages

HERFUSE is one of the eight projects approved in September 2023 by the Governing Board of the Clean Aviation Joint Undertaking under the second call for proposals of the programme. The project is funded under a topic dedicated to the development of innovative solutions for the fuselage and empennage of future hybrid-electric regional aircraft.

Grant Agreement Number: 101140567
Call ID: HORIZON-JU-Clean-Aviation-2023-01 (CfP-02)
Topic ID: HORIZON-JU-CLEAN-AVIATION-2023-02-HER-01
Topic Title: Innovative Fuselage/Empennage Design for Hybrid-Electric Regional Aircraft
Type of Action: HORIZON-JU-IA (Innovation Action)

Coordinated by Leonardo, HERFUSE project brings together a large European consortium including, among others, Airbus, ATR, DLR, CIRA, ILOT, as well as numerous research centres, universities and industrial partners.

The project aims to develop new structural architectures and advanced technologies for the fuselage and empennage of next-generation regional (REG) aircraft, addressing challenges related to advanced materials, structural design, systems integration and manufacturing processes.

The solutions developed will contribute to the development of future Hybrid-Electric Regional (HER) aircraft, with the objective of improving aerodynamic performance, reducing structural weight and supporting the integration of new low-emission propulsion architectures.

HERFUSE

Hybrid-Electric Regional FUSelage & Empennages

HERFUSE is one of the eight projects approved in September 2023 by the Governing Board of the Clean Aviation Joint Undertaking under the second call for proposals of the programme. The project is funded under a topic dedicated to the development of innovative solutions for the fuselage and empennage of future hybrid-electric regional aircraft.

Grant Agreement Number: 101140567
Call ID: HORIZON-JU-Clean-Aviation-2023-01 (CfP-02)
Topic ID: HORIZON-JU-CLEAN-AVIATION-2023-02-HER-01
Topic Title: Innovative Fuselage/Empennage Design for Hybrid-Electric Regional Aircraft
Type of Action: HORIZON-JU-IA (Innovation Action)

Coordinated by Leonardo, HERFUSE project brings together a large European consortium including, among others, Airbus, ATR, DLR, CIRA, ILOT, as well as numerous research centres, universities and industrial partners.

The project aims to develop new structural architectures and advanced technologies for the fuselage and empennage of next-generation regional (REG) aircraft, addressing challenges related to advanced materials, structural design, systems integration and manufacturing processes.

The solutions developed will contribute to the development of future Hybrid-Electric Regional (HER) aircraft, with the objective of improving aerodynamic performance, reducing structural weight and supporting the integration of new low-emission propulsion architectures.

Main Objective

The main objective of the HERFUSE project is to develop innovative solutions for the fuselage and empennage of future hybrid-electric regional aircraft, designed to be integrated at the level of components, subsystems, and major systems, in line with next-generation regional aircraft concepts.

The project also aims to contribute to the targets defined by the Clean Aviation Strategic Research and Innovation Agenda (SRIA) 2035, through the development and ground demonstration of components and subsystems relevant to hybrid-electric architecture. The results will provide quantitative data to support aircraft configuration studies within the HERA project and will enable the validation of high-TRL technologies, paving the way for the development of future operational regional aircraft.

If you would like to learn more, visit the official HERFUSE website.

The Role of Mare Group

Within the HERFUSE project, Mare Group contributes to the development of innovative structural solutions for the fuselage and empennage of future hybrid-electric regional aircraft (HER).

In particular, the activities include the definition of crashworthiness requirements at the aircraft level, the concept design and multi-objective optimization of the fuselage layout and materials, as well as the concept design and multidisciplinary structural optimization of the vertical tail.

Main Objective

The main objective of the HERFUSE project is to develop innovative solutions for the fuselage and empennage of future hybrid-electric regional aircraft, designed to be integrated at the level of components, subsystems, and major systems, in line with next-generation regional aircraft concepts.

The project also aims to contribute to the targets defined by the Clean Aviation Strategic Research and Innovation Agenda (SRIA) 2035, through the development and ground demonstration of components and subsystems relevant to hybrid-electric architecture. The results will provide quantitative data to support aircraft configuration studies within the HERA project and will enable the validation of high-TRL technologies, paving the way for the development of future operational regional aircraft.

If you would like to learn more, visit the official HERFUSE website.

The Role of Mare Group

Within the HERFUSE project, Mare Group contributes to the development of innovative structural solutions for the fuselage and empennage of future hybrid-electric regional aircraft (HER).

In particular, the activities include the definition of crashworthiness requirements at the aircraft level, the concept design and multi-objective optimization of the fuselage layout and materials, as well as the concept design and multidisciplinary structural optimization of the vertical tail.

Timeline

Start / End
1-Jan-2024 / 31-Dec-2026
Duration 36 months

JAN

2024

KICK OFF

100%

MAR

2024

ENABLING TECHNOLOGIES

65%

JAN

2025

PRELIMINARY DESIGN

10%

AUG

2026

FINAL ASSESSMENT

JAN

2024

PROJECT MANAGEMENT

75%

JUL

2024

CONCEPTUAL DESIGN

85%

MAR

2025

DEMONSTRATOR AND TESTING

DEC

2026

PROJECT CLOSURE

FEB

2024

REQUIREMENTS

100%

OCT

2024

COMPONENT TESTING

JUN

2025

STRESSED DESIGN

JAN

2024

KICK OFF

100%

JAN

2024

PROJECT MANAGEMENT

75%

FEB

2024

REQUIREMENTS

100%

MAR

2024

ENABLING TECHNOLOGIES

65%

JUL

2024

CONCEPTUAL DESIGN

85%

OCT

2024

COMPONENT TESTING

JAN

2025

PRELIMINARY DESIGN

10%

MAR

2025

DEMONSTRATOR AND TESTING

JUN

2025

STRESSED DESIGN

AUG

2026

FINAL ASSESSMENT

DEC

2026

PROJECT CLOSURE

Partnership