Dynamic Soaring of Gradients or?

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In summary, the conversation revolved around the concept of dynamic soaring, specifically the use of gradients to gain and maintain altitude in an aircraft. The forum member shared a video of their personal aircraft in an experiment and expressed their hope that it was indeed dynamic soaring. Further research and analysis would be needed to confirm this, but the video and experiment are a valuable contribution to the study of dynamic soaring.
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silverdollar1
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Dynamic Soaring of Gradients or? See my Video Exp



http://www.icarusengineering.com/Dynamic-Soaring-and-SE.htm

I am trying to validate that the aircraft is indeed flying in 2 different air masses instead of just one rising air mass of a normal thermal. Using 2 types of gradients would define dynamic soaring apart from thermal soaring.

I have posted a flight video of a personal aircraft in this experiment.

I am hoping its dynamic soaring.
 
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Thank you for sharing your video and your thoughts on dynamic soaring. It is an interesting concept and one that has been studied and debated by many scientists in the field of aerodynamics.

From watching your video, it does appear that your aircraft is indeed utilizing the gradients of two different air masses to gain and maintain altitude. This is a key characteristic of dynamic soaring, as opposed to thermal soaring which relies on a single rising air mass.

However, in order to definitively confirm that your aircraft is dynamic soaring, further research and analysis would need to be conducted. This could include measuring the wind speeds and directions at different altitudes, as well as analyzing the flight patterns and maneuvers of your aircraft.

Additionally, it would be helpful to compare your flight data with known patterns and behaviors of dynamic soaring in other aircrafts. This would provide a more comprehensive understanding of the dynamics at play and help validate your findings.

Overall, your video and experiment are a great starting point for exploring dynamic soaring and its potential applications in aircraft design. Keep up the good work and continue to share your findings with the scientific community. Together, we can further advance our understanding of aerodynamics and flight.
 

1. What is dynamic soaring of gradients?

Dynamic soaring of gradients is a technique used by birds and other flying creatures to gain energy from the wind. It involves flying in a pattern of alternating between upward and downward wind gradients to continuously gain speed and height without flapping their wings.

2. How does dynamic soaring of gradients work?

The concept behind dynamic soaring of gradients is based on the fact that wind speed increases as it moves upward and decreases as it moves downward. By flying in a pattern of updrafts and downdrafts, birds and other flying creatures can harness this energy and convert it into forward motion.

3. What are the advantages of dynamic soaring of gradients?

Dynamic soaring of gradients allows birds and other flying creatures to fly long distances without expending much energy. It also enables them to fly at high speeds and reach heights that would not be possible with traditional flapping flight.

4. How do scientists study dynamic soaring of gradients?

Scientists use various techniques such as high-speed cameras and GPS tracking to study the flight patterns and movements of birds and other flying creatures. They also use computer simulations to analyze the aerodynamics and physics behind dynamic soaring of gradients.

5. Can dynamic soaring of gradients be applied to human flight?

While dynamic soaring of gradients is primarily used by birds and other flying creatures, there have been attempts to apply this technique to human flight. However, the complexity and precision required for dynamic soaring make it difficult for humans to replicate in a controlled and sustained manner.

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