| Aircraft Crosswind Control Apparatus |
***New Product For Licensing, Manufacturing, and/or Investors***
As attorney for the inventor of the innovative Aircraft Crosswind Control Apparatus we are currently seeking manufacturing companies to license, purchase patent rights or enter into a royalty agreement for this timely invention.
This unique Aircraft Crosswind Control Apparatus compensates for crosswinds on landings, reducing the stress and side load on the air frame and landing gear, which extends the serviceable life of both and the tires. It also solves the problem of guesswork of when to change rudder at proper crab and altitude to make a safe landing. This makes a potentially dangerous landing a very manageable one.
The Aircraft Crosswind Control Apparatus consists of two mutually identical control surfaces having common end points, respectively. An actuator allows the pilot to move these control surfaces as needed to compensate for the crosswinds on landing, enabling a straight approach with wings level and no crab angle.
Objects of the present invention:
- to provide an aircraft crosswind control apparatus that reduces the stress and side load on the air frame and landing gear which extends the serviceable life of both and the tires
- to provide an aircraft crosswind control apparatus that solves the problem of guesswork of when to change rudder at proper crab and altitude to make a safe landing
- to provide an aircraft crosswind control apparatus that can make a potentially dangerous landing a very manageable one
- to provide an aircraft crosswind control apparatus that includes one or more vertical control surfaces mounted on the fuselage or wings that are controlled from the cockpit, and by rotating these controls right or left one will be able to equalize the drift effect of a crosswind
Now for the first time this unique product is available for millions of potential users. The low manufacturing cost is of major importance.
| LIST OF REFERENCE NUMERALS |
| 10 conventional aircraft |
36 directional arrows |
| 12 runway | 38 directional arrows |
| 14 crosswind |
40 cables |
| 16 crab angle | 42 directional arrows |
| 17 fuselage |
44 directional arrows |
| 18 wings | 46 high wing aircraft |
| 19 rudder assembly |
48 underbelly of 46 |
| 20 crosswind control apparatus | 50 low wing aircraft |
| 22 actuating means |
52 main gear struts |
| 24 flight path | 56 main gear struts |
| 32 actuator |
62 switch |
| 34 hydraulic dampner | 64 control wheel |
| 34a piston of hydraulic dampner |
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| PATENT DRAWINGS |
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| FIGURE 1 Figure 1 is a perspective view of an aircraft of hte prior art experiencing a crab during landing. |
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| FIGURE 2 Figure 2 is a perspective view of an aircraft experiencing a straight landing and showing the control surfaces located under the wings.
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| FIGURE 3 Figure 3 is a side view of the aircraft crosswind control apparatus of the present invention. |
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| FIGURE 4 Figure 4 is a perspective view of the aircraft crosswind control apparatus of the present invention attempting to correct for a crosswind. |
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| FIGURE 5 Figure 5 is a perspective view of the aircraft crosswind control apparatus of the present invention corrected from a crosswind. |
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| FIGURE 6 Figure 6 is a perspective view of the aircraft crosswind control apparatus mounted to a wing. |
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| FIGURE 7 Figure 7 is a perspective view with parts cut away of the actuator of the aircraft crosswind control apparatus of the present invention. |
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| FIGURE 8 Figure 8 is a plan view of the invention showing their corrective range on a wing. |
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| FIGURE 9 Figure 9 is an illustrative view of the control switch mounted on the control wheel of the aircraft. |
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| FIGURE 10 Figure 10 is a perspective view of the aircraft crosswind control apparatus being used on the underbody of a high wing airplane. |
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| FIGURE 11 Figure 11 is a perspective view of the invention being used on the landing struts of a low wing airplane. |
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| FIGURE 12 Figure 12 is a perspective view of the invention interfacing with a crosswind. |
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If you are interested in licensing, purchasing the rights to the above invention or entering into a royalty
agreement please contact the office of Michael I. Kroll as follows:
Michael I. Kroll
171 Stillwell Lane
Syosset, New York 11791
Tel. #: 800-367-7774
Tel. #: 516-367-7777
Fax #: 800-367-7704
Fax #: 516-692-2787
