In this photo, I am flying across the Norfolk flatlands by circling in a thermal in a Pacific Windcraft/Hiway Vision 1 on a cold winter’s day in 1991. The black squiggly line attached to the right side cable is a tube — an ‘air line’ — connecting a squeeze bulb on the control bar to the plunger connector on the camera. The camera, which was attached to the exposed tip strut, was one of several compact 35mm cameras that I used with built-in motor drive (to advance the film automatically).
Wendling field was used in World War II by the USAAF as a B-24 base. It is used here by the Lejair hang gliding school. Chief instructors Tony and Rona Webb pioneered the use of winch launch training in Britain after learning the technique from Donnell Hewitt of Texas, among others.
At upper right in the photo, another hang glider is being winched into the air. The high angle demonstrates the rocket-launch aspect of winching into the sky. The pilot of that glider, incidentally, is a US Air force F-4 Phantom pilot who was at that time stationed nearby.
I wrote a one-page article about my winch launch training in the BHPA magazine.
The PacWind Vision was designed by Frenchman Jean-Michel Bernasconi. For a bit more about him, see the section titled Entrepreneur in Mid-day lightning in Vermont, my review of the documentary film 1978 Pico Peak International Hang Gliding Meet by Francis Freedland.
The sail is rucked because the airfoil-shaped aluminium alloy battens have not been inserted.
The need for a hang check is obvious from this photo I took of the rigging and launch area at Famara, Lanzarote, Spanish Canary Islands in early 1992. British paragliding instructor Dave Sigourney was killed near here a few years afterwards while assisting another pilot to launch.
What hang glider pilots look like…
The cliffs in the distance rise to more than 2 000 ft and the sea meets their base.
In 1993, I bought a pre-owned Airwave 166 Magic IV. (Magic? See my opinions about hang glider names.) Not only was its performance superior to that of the Vision, its handling was also superior. However, at 80 lb, it was a heavy glider to carry.
I continued to use my 1970s harness, although it was rebuilt in about 1990 to improve its strength and safety.
The air-tube system for taking photos in the air was clumsy and only semi-reliable, so I obtained a Ricoh FF-9 35mm compact camera with a wire-activated remote release. A switch on the control bar bridged two wires (which ran together in the same thin and unobtrusive cable) that closed the electric circuit that fired the camera. Alternatively — and most reliably of all — the Ricoh FF-9 could be set to take a photo every minute until the film ran out.
When we arrived at Ager, northern Spain, in the summer of 1993, the Dutch national championship competition was going on. (They go to places such as Spain because Holland is short of mountains.) There, I witnessed an emergency parachute deployment. Here is a snippet from my unpublished novel:
Clipped in and third in line, Neil shuffled his wing forwards two metres nearer the ramp. There was a shout. Those around him looked up at the sky, some shading their eyes with their hands, one woman using her other hand to cover her mouth. Restrained by his attachment to the hang glider he reached forward, grasped its fore-cables, and craned his neck to see upwards past the starboard leading edge. Two hang gliders, eight hundred feet above, were locked together and spinning. Something streamed from one, elongated, angled upwards, and blossomed into a parachute. The two gliders parted and the pilot of the other deployed his own parachute. The first glider swung radically, lifting, stalling, swinging down, un-stalling and lifting again, its crouching pilot standing in the control frame, all under parachute. The other glider stabilised in a slow upside-down spin, its pilot having fallen over the trailing edge. While firmly attached to the rig and parachute by his harness, he steadied himself by holding on to the downward-pointing king post. The distorted shape of the wing indicated that both leading edge tubes were broken. The first glider struck the ground on a rocky ledge a half mile away and the other touched down half a minute later out of sight behind a ridge. Two jeeps trailing dust sped towards the downed wings.
In reality, it was a single (accidental) parachute deployment, the description of the first glider being what I saw.
One day at Ager the wind became stronger as late afternoon became evening. Others de-rigged. However, the wind was smooth and not too strong for my old Airwave 166 Magic IV, so I launched and had a good flight. I was told afterwards that my launch inspired a round of applause from the small crowd that witnessed it!
In the distance, on the other side of the valley, white specks moved against a grey-forested mountainside topped with layers of rock strata at twenty degrees to the horizontal. Some of the specks circled and gained height while drifting in the same direction as Neil. Others inched slowly in the opposite direction, up-wind, sinking.
One of my old experimental hang gliders — the airframe at least — found a new purpose.My simulator rig used the Microsoft Flight Simulator program in glider mode. A joystick mounted atop the hang glider frame was connected by elastic chords to the poles from which the airframe hung, so the stick deflected according to the pilot’s weight shift, which tilted the rig. Amazingly, it worked perfectly! The only special part I had to order was a joystick extension lead.
Eventually I donated the rig to a hang gliding and paragliding school.
Two years later I went back to college and my final year project was a feasibility study of using flight simulators to teach collision avoidance to hang glider and paraglider pilots. I drew on a document detailing a symposium of flight simulator technology held the previous year, chaired by NASA aeronautical engineer and hang glider pilot Seth B. Anderson.
See also my Aviation computer-based training page.