As you know, my father worked for your father, at Haig-K aircraft in the 1960’s. On one rainy day in the early 60’s,(1962 perhaps?), my father brought me to work with him and I helped in making Stingray kites; of a design which your father had a patent pending for. I still have two of these kites. Years ago, you had visited my parents, and from what I remember you telling me then, these are probably the last two of these kites in existence. One is complete and still flyable. The other is missing the head block which holds the frame together. As the plastic is still in good condition, it would be fly able also if the missing part was reproduced. I am wondering what should be done with these kites as they are one of your father’s inventions, and part of the history of Haig-K Aircraft. I feel that they are very much worthy of preservation. I can send pictures to you once I know where to send them to.
Willard Taylor, e-mail, 10.11.2021 18:14
My father, Thomas Taylor, was employed by Haig K Aircraft in the 1960’s as a mechanic. One day, I am thinking it may have been in 1962, father had me go to work with him. Haig had designed a kite, which he had called Stingray, and I was to help in the production of them. They were stamped Haig K Aircraft Corp; Stingray and Patent Pending. For my efforts, I was given two of these kites. I still have them, one of which is complete. As the plastic has not deteriorated, it is still in flying condition. Years ago Dan Kurkjian told me that he knew of no one else who still had this kite, so these two are likely the only ones that have survived. I am wondering what I should do to preserve these as they are part of the history of Haig K Aircraft. My family is not going to know what to do with them. I have several other items pertaining to Haig K Aircraft. One is an old photograph of a helicopter clearly marked Haig K Aircraft, different from the picture of the HK-1. Other letters on helicopter are in distinct on the photograph, I can make out _ _O_SH and H_1A. I also have an airmail envelope sent from Phila-Main Line Airport, Malvern, Pa on April 1,1929 (postmarked Malvern)and an first flight airmail envelope that went on the Auto-Gyro between Philadelphia and Camden July 6, 1939.
Haig Model K helicopter, e-mail, 22.04.2021 15:11
Hi Mr. Kurkjian,
I am a Swiss helicopter pilot and during my freetime I also manage the website www.heli-archive.ch I would be very interested to obtain detailed information on the Haig Model K helicopter. Apparently you know well this model. Hope to receive soon information from your side.
Richard Thompson, e-mail, 05.05.2016 04:57
Haig was a member of, and general engineer of EAA Chapter 239, everyone consulted him on their inventions: lift coefficients, materials, vibration - anything needing a formula or slide rule. Bob Beggs, curator of the American Helicopter Museum gave a great talk 5/2/16 to EAA Chapt 240 on helicopter history in the Dela. Valley, including the HK-1, what a thrill to see it again. Add a picture of Haig.
Dan kurkjian, e-mail, 28.03.2016 04:27
The HK-1 flew in 1957 not 1959
Dan Kurkjian, e-mail, 28.03.2016 04:21
The HK-1 was a 2 passenger helicopter not a 1passenger as your write Up indicated. the rotor blades and tail rotor were a urethane foam Sandwich,high density foam in the leading edge of the blade and low Density foam in the training edge. The skin of the sandwich was 1/32 in. Plywood covered by a stainless steel sheet leading edge skin.
Dan Kurkjian, e-mail, 25.12.2012 19:49
The HK-1 was a prototype, it was fully belt drive both the main rotor and the tailrotor. The rotor and tail rotor were composite construction with differing densities of foam in the core of the airfoil. The heavy density foam was in the leading edge, the lighter foam was aft of the blade spar. It had unconventional controls, the collective pitch was a peddle on the floor similar to a gas peddle in a car which was correlated to the throttle. It had a steering wheel that controlled torch, and the wheel yoke could be moved left and right and back and forth for cyclic control.
The travel on the collective pitch was such that regardless of the setting,the blades would alway enter autorotation.