1. Aircrafts without Fuel
The concept of zero-fuel aircrafts has gained significant attention in the aerospace industry as a cutting-edge technology. This idea has gained momentum in both the civil and commercial sectors, with potential applications in aerial photography, 3D mapping, agriculture, and wildlife conservation. Additionally, it has the potential to bring internet access to remote areas.
The concept of zero-fuel aircraft has been identified as a key factor in driving market growth in the long run. These aircraft utilize photovoltaic panels to harness solar energy and provide power to the engines. Additionally, the use of nano carbon fibre components will strengthen the structure of the aircraft and reduce its weight significantly.
2. AI
One of the major prospects in the field of aerospace technology revolves around AI and its application in predictive maintenance. By utilizing predictive analytics, it is possible to enhance maintenance planning and capacity, ultimately resulting in a decrease in the necessity for regular maintenance.
According to reports, the use of artificial intelligence (AI) in the aerospace industry has the potential to greatly improve fleet availability by up to 35% and reduce labour costs by 10%. As a result, more and more airlines are considering investing in AI and cognitive computing in the next three years, with 37% already identifying AI as a top priority for investment. This technological advancement is expected to bring significant changes to the aerospace industry.
3. Unmanned Aerial Vehicles (UAVs)
The most recent advancements in aerospace technology have made it possible for drones to conduct maintenance checks and procedures during aircraft inspections. This includes carrying out the same tasks that engineers typically perform during routine aircraft inspections.
According to NASA, conducting a standard inspection of a commercial aircraft by an engineer can last as long as six hours. However, with the use of drones, this process can be significantly reduced, allowing for more precise checks and freeing up engineers’ time. This ultimately leads to cost savings in maintenance and enhances safety measures.
4. Delivery on Mobile Devices
According to recent research, investing in mobile computing during flights is among the top five priority areas for businesses, with 30% of respondents recognizing its importance as a driving force behind digital transformation. This highlights the strong connection between cloud services and mobile solutions in today’s market.
In the aviation industry, companies can now prioritize the benefits of cloud-based mobile solutions rather than worrying about the necessary infrastructure. These solutions can be readily implemented without the need for physical installation, alleviating previous concerns about the amount of physical hardware needed for adopting new technologies among airlines and maintenance, repair, and overhaul (MRO) companies.