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Repair and maintenance constitute a vital aspect of the aerospace industry. The reliability and safety of aerospace equipment depend on regular inspections, servicing, and repairs. Any disruption or downtime can result in significant costs, operational delays, and potential safety risks. Therefore, improving the efficiency and cost-effectiveness of repair and maintenance procedures is of paramount importance.
Aerospace and European Thermodynamics Limited is a prominent player in the aerospace industry with a specialisation in the repair and maintenance of aerospace equipment. Founded with the mission to provide cutting-edge solutions to the aerospace sector, ETL has earned a reputation for excellence and innovation in its field. The company operates in the UK and has established itself as a leader in the repair and maintenance segment, making substantial contributions to the industry’s efficiency and sustainability.
Samulet II Project
Samulet II, led by the Advanced Repair Technologies group, focuses on creating a battery-less inspection system for airplanes. Its aims include developing novel testing techniques, improving materials understanding, creating modelling tools, providing repair services, optimising component life and yield, adapting to varying service conditions, and establishing validation and verification requirements for composite components. The project contributes to advancements in aerospace maintenance and safety.
ETL’s involvement in the Samulet II project underscores its commitment to staying at the forefront of aerospace maintenance innovation. By actively working on advancements in this critical area. ETL contributes to the overall progress and sustainability of the aerospace industry while enhancing the safety and reliability of aerospace equipment.
SpaceTEC
The SpaceTEC project is a strategic initiative aimed at advancing our expertise in thermal management technology, specifically targeting space instruments. With a focus on developing a multi-stage thermoelectric device, the project encompasses various activities such as design, modelling, material procurement, and rigorous testing.
The project unfolds through a sequence of milestones, initiating the design and modelling phase. It progresses seamlessly, navigating through material procurement and device development before reaching its culmination in testing and documentation completion. Key deliverables embedded in this comprehensive timeline encompass detailed reports on the design, metallisation, materials tuning, and testing, coupled with the creation of preliminary data sheets for dissemination.
Star Trackers
European Thermodynamics Limited (ETL) is delighted to announce the recent award of a significant research contract by the European Space Agency (ESA). This project, named “StarTracker,” is dedicated to the development of cutting-edge thermoelectric coolers tailored specifically for Star Tracker applications. StarTracker signifies a critical milestone in ETL’s unwavering commitment to pioneering thermal management solutions at the forefront of innovation.
Star Trackers are essential components in space exploration, serving as the celestial navigation system for spacecraft. They play a pivotal role in accurately determining a spacecraft’s orientation by precisely measuring the positions of stars. ETL’s research contract with ESA is poised to address a crucial aspect of Star Tracker technology in thermal management.
ETL recognises the critical role of repair and maintenance in the aerospace sector and has been dedicated to advancing technologies that can enhance these processes. The company has a strong focus on research and development, aiming to reduce costs and improve the overall effectiveness of these essential procedures.
Thermoelectric technology involves the conversion of heat energy into electrical power. In the aerospace industry, where temperature differentials are common, thermoelectric materials can be used to generate electricity from waste heat, improving overall energy efficiency and reducing the reliance on traditional power sources. Below are some of the potential areas where ETL has been involved include:
