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Interesting question! Yes multiple tests have been performed. For instance, Wisk's fifth-generation eVTOL aircraft reached a maximum altitude of 1219 meters (4023 feet) during its first test in July 2023. Other models reached around 1000 meters to 3000 meters during its test. However further improvements are being worked out to reach further heights.

@@Kash_video_blocks May i ask if this data of the tests was published and where can i find it..? Link will be great 🙏

Hi, Here are few links, as desired by you: evtolinsights.com/2024/05/electras-hybrid-electric-demonstrator-aircraft-achieves-first-ultra-short-estol-takeoff-and-landing-during-piloted-test-flights/ evtolinsights.com/2022/05/https-evtolinsights-com-2022-05-jobys-evtol-aircraft-registers-equivalent-of-45-2-dba-during-acoustic-footprint-testing-with-nasa/ wisk.aero/news/press-release/generation6/?highlight=altitude%20test%20

@@Kash_video_blocks Cant see any real data here... nor videos on youtube showing acctual high alt tests You know any of that issue?

I can see some videos in youtube and sharing the link here. It is real or not is left to the judgement of the viewers: ruclips.net/video/LmkKydWRpZU/видео.htmlsi=MN8ub4za9hjWfXwA I dont have any others to share, if this also does not help. Probably, you can go to their websites and contact them for more info.

Great questions! The accuracy of quantum sensors can be affected by several factors: Quantum Coherence: Maintaining quantum coherence is crucial, but environmental noise and loss can disrupt it, affecting the signal-to-noise ratio. Material and Design: The materials used and the design of the sensor can impact its efficiency and accuracy. Environmental Sensitivity: Quantum sensors are extremely sensitive to environmental conditions, which can be both a benefit and a challenge. Temperature: Fluctuations in temperature can also impact the performance of quantum sensors. Regarding compatibility, quantum sensors can sometimes face challenges when integrated with classical sensors due to differences in operating principles and sensitivities6. However, with proper calibration and integration techniques, these issues can often be mitigated. Hope this clarifies.

Good information to share! Thanks for sharing!

Thanks

Yes as this is a emerging still, careful study needs to be made on the effects of ecosystem underneath water. Since effects could change depending on each water bodies, the inplications should be analyzed based on the situation and mitigation measures needs to be carefully planned.

Thank you for your view.

Yes you are absolutely correct. Some additives used in jet fuel may themselves contain additional compounds or chemicals to enhance their performance or stability. For example, an additive designed to prevent icing may contain various surfactants or dispersants to improve its effectiveness. Manufacturers carefully formulate these additives to ensure they meet strict regulatory requirements and provide the desired benefits without compromising safety or performance.

@@Kash_video_blocks Can’t believe there was an actual answer to that question. I can’t even tell if you can’t tell I was just kidding😂😂