Engineering Support to Airbus DS Activities
Aviospace is providing engineering support to Airbus DS Activities:
PLAsma treatment for textile FIbers (PLAFI)
This project aims to develop and validate an innovative methodology, based on plasma deposition on textile fibers suitable for space applications, such as Kevlar, Nextel, beta Cloth, etc.
ASA: Advanced Structural Assembly
Technology Optimization on nanocomposites (TOP)
The goal of the project is to develop a new class of Nanostructured Multifunctional Composite Material (NMCM) by means of RTM (Resin Transfer Moulding) technology.
Delta development and Pre-Qualification of an European Lightweight Ablative Material for Sample Return Mission (DEAM2)
The objective of this project is to complete the material definition and related manufacturing process, to complete its characterisation and to perform a pre-qualification of a European ablative heatshield material for the Earth re-entry capsule of sample return missions (e.g. Mars, comets, asteroids).
Future Launcher Avionic Programme (FLAP)
This project aims to develop know-how and technologies for launch vehicles, in the domain of GNC and next-generation avionics, with the objective to achieve a functional validation of integrated technologies.
MAteriali Speciali per Veicoli Ipersonici (MASVI)
MASVI project aims to produce and develop a prototype of a ceramic panel resistant to high temperatures and realized by the combination of different processes.
Highly Operable Sensor Network (HOSN)
This project focuses on sensing nodes development (powered by energy harvesting technologies). The nodes are conceived to be used on-ground, during storage, pre-launch phase, and during ascent/in orbit phases, e.g. Launcher staging to allow communication between stages after separation.
Nanotough
This project aims is to develop new materials (polyolefin nano-composites) with improved properties with respect to the engineering polymer ABS.
Multi-Radio
The project aims to define and prototype a multi-radio communication platform capable of using, in cognitive and opportunistic mode, heterogeneous wireless communication technologies for monitoring and control of complex systems for industrial and aerospace markets.