Summary
This proposal aims at qualification by extensive testing of market relevant carbon fibre struts manufactured with the tailored fibre placement (TFP) technology up to TRL 8 for space applications.
A strut is a very common structural element in launchers and satellites. The main novelty of the proposed solution is that even the fittings are carbon (state-of-the-art is metal).
The requirements and market relevance will be determined together with two lead customers, Airbus Defence and Space (DS) and OHB System. The lead customers are interested to buy and fly the product once qualified.
Large mass savings (75%) compared to state-of-the-art solutions have been demonstrated in the successful phase 1 study, which concluded with manufacturing of a prototype.
Cost and manufacturing time reduction, increased thermal stability and a reduced environmental footprint have been identified, too.
A business plan has been developed in the phase 1 study showing the economic viability of the project even in conservative sales and cost scenarios, while showing large potential in more optimistic scenarios. All scenarios imply creation of new job positions.
The impact of the product on the market is considered to be a game-changer with the potential to re-define the state-of-the-art. The target market is the worldwide market with particular focus on the European and US market segment.
The impact for the partner consortium is a significant increase in turnover, profit, personnel and the development of new business areas. Growth is particularly strong for the project coordinator with the potential to double the company turnover and staff size within just 5 years. Such growth in the space market is aligned with the business strategy of all project partners.
A strut is a very common structural element in launchers and satellites. The main novelty of the proposed solution is that even the fittings are carbon (state-of-the-art is metal).
The requirements and market relevance will be determined together with two lead customers, Airbus Defence and Space (DS) and OHB System. The lead customers are interested to buy and fly the product once qualified.
Large mass savings (75%) compared to state-of-the-art solutions have been demonstrated in the successful phase 1 study, which concluded with manufacturing of a prototype.
Cost and manufacturing time reduction, increased thermal stability and a reduced environmental footprint have been identified, too.
A business plan has been developed in the phase 1 study showing the economic viability of the project even in conservative sales and cost scenarios, while showing large potential in more optimistic scenarios. All scenarios imply creation of new job positions.
The impact of the product on the market is considered to be a game-changer with the potential to re-define the state-of-the-art. The target market is the worldwide market with particular focus on the European and US market segment.
The impact for the partner consortium is a significant increase in turnover, profit, personnel and the development of new business areas. Growth is particularly strong for the project coordinator with the potential to double the company turnover and staff size within just 5 years. Such growth in the space market is aligned with the business strategy of all project partners.
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More information & hyperlinks
| Web resources: | https://cordis.europa.eu/project/id/696376 |
| Start date: | 01-10-2015 |
| End date: | 31-01-2018 |
| Total budget - Public funding: | 1 687 500,00 Euro - 1 153 250,00 Euro |
Cordis data
Original description
This proposal aims at qualification by extensive testing of market relevant carbon fibre struts manufactured with the tailored fibre placement (TFP) technology up to TRL 8 for space applications.A strut is a very common structural element in launchers and satellites. The main novelty of the proposed solution is that even the fittings are carbon (state-of-the-art is metal).
The requirements and market relevance will be determined together with two lead customers, Airbus Defence and Space (DS) and OHB System. The lead customers are interested to buy and fly the product once qualified.
Large mass savings (75%) compared to state-of-the-art solutions have been demonstrated in the successful phase 1 study, which concluded with manufacturing of a prototype.
Cost and manufacturing time reduction, increased thermal stability and a reduced environmental footprint have been identified, too.
A business plan has been developed in the phase 1 study showing the economic viability of the project even in conservative sales and cost scenarios, while showing large potential in more optimistic scenarios. All scenarios imply creation of new job positions.
The impact of the product on the market is considered to be a game-changer with the potential to re-define the state-of-the-art. The target market is the worldwide market with particular focus on the European and US market segment.
The impact for the partner consortium is a significant increase in turnover, profit, personnel and the development of new business areas. Growth is particularly strong for the project coordinator with the potential to double the company turnover and staff size within just 5 years. Such growth in the space market is aligned with the business strategy of all project partners.
Status
CLOSEDCall topic
Space-SME-2015-2Update Date
27-10-2022
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