Leading Edge Slats on Hang Gliders?

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In summary, the conversation discusses the feasibility of adding leading edge slats to a hang glider in order to reduce stall speed and increase wing loading. While this could potentially improve performance and handling, it would also add weight and complexity. The idea of decreasing the wing area to make the glider more portable is deemed impractical due to the increased drag it would create. It is also mentioned that this concept may be a trade-off between performance and ease of transport, and it is unknown if any manufacturers are currently experimenting with it.
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jgeating
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What do you think about the feasibility of adding leading edge slats to a hang glider in order to reduce the stall speed and increase the wing loading.

I've seen charts showing nearly a twofold increase in the achievable coefficient of lift because the angle of attack can go so much higher without stalling (assuming flaps are present).

I have been wondering if it would be possible to decrease the wing area of a hang glider so much to the point where it could be deployable and fit in a large backpack.
 
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This is an interesting thought, but I believe impractical for the reason of drag. While flaps and slats help you to gain more lift, they also create more drag. I'm not sure what percentage of the drag in a hang glider comes from the "wing" itself, but it seems that any increase would make it so that your glide angle would be even more steep.
 
  • #3


That's a really interesting idea! I'm not an expert in hang glider design, but I can see how adding leading edge slats could potentially improve the performance and handling of the glider. However, I think it would also be important to consider the added weight and complexity that would come with incorporating slats. It might be a trade-off between increased performance and ease of transport. Have you heard of any hang glider manufacturers experimenting with this concept?
 

1. How do leading edge slats work on hang gliders?

Leading edge slats on hang gliders work by creating a curved, aerodynamic surface on the front edge of the wing. This helps to increase lift and decrease drag, allowing the hang glider to fly more efficiently.

2. What are the benefits of using leading edge slats on a hang glider?

The main benefit of leading edge slats on a hang glider is improved performance. By increasing lift and reducing drag, the hang glider can stay in the air longer and travel further. Leading edge slats also allow for better control and stability during flight.

3. How are leading edge slats different from other types of wing modifications?

Leading edge slats are different from other types of wing modifications, such as flaps or spoilers, because they are located on the front edge of the wing. Flaps and spoilers are typically located on the trailing edge of the wing and serve different purposes, such as increasing lift or decreasing speed.

4. Do all hang gliders use leading edge slats?

No, not all hang gliders use leading edge slats. They are a design feature that can be added to certain types of hang gliders to improve performance. Some hang gliders may use other wing modifications or may not use any at all.

5. Are there any drawbacks to using leading edge slats on a hang glider?

One potential drawback to using leading edge slats is that they can add weight to the hang glider. This can affect the overall performance and handling of the glider. Additionally, leading edge slats may require additional maintenance and can be more complex to operate compared to simpler wing designs.

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