Upgrade Your Plane for 100mpg: Combining Old and New Technology

In summary, The article discusses the possibility of achieving 100mpg in a small aeroplane by swapping out the WWI era magnetos for a modern fuel injection system. It also mentions Steve Fosset's accomplishment in Rutan's world-circling plane and the potential for turbocharged diesels to improve efficiency and power in aircraft engines. The author questions why engine manufacturers have not adopted this approach sooner.
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  • #2
What did Steve Fosset accomplish in Rutan's world-circling plane?
 
  • #3
I read that article when it came out. Quite impressive!

With expense being a big issue for most general aviation pilots, one has to wonder why engine manufacturers didn't adopt the EFI/http://en.wikipedia.org/wiki/FADEC" [Broken]approach years ago.

Better still, turbocharged diesels show even more promise in terms of greater power throughout the climb and on hot, high-altitude takeoffs, while delivering better efficiency for any given velocity at altitude.
 
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1. How can combining old and new technology improve fuel efficiency in planes?

Combining old and new technology allows for a more efficient use of energy in planes. Older technologies, such as aerodynamics and lightweight materials, can be combined with newer technologies, such as advanced engines and fuel management systems, to create a more streamlined and fuel-efficient aircraft.

2. What are some specific examples of old and new technology being used together to improve fuel efficiency in planes?

One example is the use of winglets, which are an older technology that reduces drag and increases fuel efficiency, combined with newer technologies like advanced engines and lightweight composite materials to further improve the plane's overall efficiency.

3. Are there any potential drawbacks to implementing old and new technology in planes?

While there are potential benefits to combining old and new technology, there can also be challenges in integrating these different systems. It may require significant modifications and testing to ensure that the technologies work together seamlessly and do not compromise safety or reliability.

4. How does upgrading a plane for 100mpg benefit the environment?

By improving fuel efficiency, upgrading planes for 100mpg can reduce carbon emissions and contribute to a more sustainable aviation industry. This can help mitigate the environmental impact of air travel and reduce the industry's overall carbon footprint.

5. Can upgrading a plane for 100mpg also benefit airlines financially?

Yes, upgrading planes for 100mpg can benefit airlines financially in the long run. By reducing fuel consumption, airlines can save on operating costs and potentially pass those savings on to passengers. Additionally, with increasing pressure to reduce carbon emissions, investing in more fuel-efficient planes can also improve an airline's reputation and attract environmentally-conscious customers.

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