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Smart Miniaturized and Energy Autonomous Regional Aircraft Wireless Sensor

Project description

Collecting data from aircraft

In a world that is becoming more and more connected, data collection is crucial. Within aircraft, it is important to monitor data from various sensors such as strain, shock and acceleration, sound pressure, rotation and temperature, as part of the structural health monitoring system (SHMS). However, installing those sensors is complex and can impact the weight and wiring complexity of the aircraft. To tackle this challenge, the EU-funded SMARTWISE project aims to collect data by using smart and easy-to-install self-powered wireless sensors. Eventually, the project will reduce the weight of a comparable wired SHMS by at least 60 % and cut the costs of installation and maintenance by 50 %.


The objective of the proposed project is to develop a smart, miniaturized and energy autonomous wireless sensor platform dedicated to data collection for the Structural Health Monitoring System (SHMS) of future multi mission regional aircrafts.
Structural Health Monitoring (SHM) in aircrafts requires data acquisition from various sensors distributed over the aircraft skin. Among them are strain, shock/acceleration, sound pressure, rotation and temperature sensors. Today such sensors are wired and installing many of them on aircrafts have a high negative impact on weight and wiring complexity. Thus it is believed that collecting data using smart, easy to install self-powered wireless sensors would strengthen the competitiveness of the European aviation industry by providing the much desired SHMS function with very limited impact on complexity and weight and greatly ease maintenance operations.
Precisely, the SMARTWISE consortium ambitions to realise a self-powered versatile wireless sensor network platform dedicated to structural health monitoring with with specific objectives:
- The proposed concept shall reduce the weight of a comparable wired SHMS system by at least 60%.
- The prototype wireless sensors that will be delivered at the end of the project shall rely exclusively on self-generated energy (no pre-flight charging, cold start supported) and comply with the flight test regulations that will be agreed with the topic manager.
- With respect to comparable wired solutions, the proposed wireless SHM system shall expose a potential of 50% installation and maintenance costs reduction.
- The wireless SHM sensor network, including its power supply and on-board data processing parts shall cover 100% of the SHMS application requirements.
The partners have a long experience working together in Clean Sky and they propose a modular approach where a core wireless platform with advanced energy management can be interfaced to various sensors and energy harvesters.


Net EU contribution
€ 137 993,75
2000 Neuchatel

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Schweiz/Suisse/Svizzera Espace Mittelland Neuchâtel
Activity type
Research Organisations
Total cost
€ 137 993,75

Participants (2)