From space food research and innovation to immediate advantages for Earth eating habits: an aerospace - food producer company case study

Purpose – The purpose of this paper is to analyse how the food innovation strategies carried out by an Italian firm, Argotec, responsible for the development and supply of space food (SF) for European astronauts on the International Space Station (ISS), can also be applied to food suitable to be eaten on Planet Earth. This study aims at showing the relationship between SF innovation and terrestrial strategies directed at implementing this kind of food also on terrestrial tables. Design/methodology/approach – This research focusses on a case study. The subject of the case study under analysis is Argotec, an internationally recognised Italian aerospace engineering company, dealing with research, innovation and development in various sectors, including engineering, information technology, system integration, small satellites and “Human Space Flight and Operations”. The company produces innovative SF for European astronauts performing long-duration missions on-board the ISS. Moreover, the SF is made available also for terrestrial beings as a solution for everyday eating necessities. Findings – Argotec is characterised by strong innovation in terms of products and processes. Throughout the case study, the authors focus on the relationship between SF innovation and its terrestrial applications, since this company also manufactures products, traded under the brand “ReadyToLunch”, suitable for daily meals on Earth. Innovation applied to SF can thus offer advantages also for terrestrial daily meals and therefore help the company achieve other competitive advantages: as to the authors’ knowledge, this is a unique case. Research limitations/implications – This study also has some limitations, typical of the applied methodology. In relation to the interview technique, further interviews would be required in order to fully understand the end-user perspectives regarding the importance and interest of this kind of “ready-to-eat” food. Practical implications – Practical implications relate to astronauts and to terrestrial consumers. For astronauts, SF is not any more intended only to satisfy humans’ basic needs, and to provide the necessary nutrients during space missions, but has become an important factor in the quality of life in space. For terrestrial consumers, SF may represent a healthy, tasty and nutritious “ready-to-eat” choice: single courses for the main meals and snacks for a break. Originality/value – This research fills a gap in literature: to the authors’ knowledge, this is the first paper presenting a case study on a company responsible for the development and supply of SF for European astronauts on-board the ISS, as well as encouraging the consumption of SF by terrestrial beings, as an ordinary “ready-to-eat” lunch/dinner.