Has anyone here tried mounting a camera on the wing (or tail) of a glider? If so, how did you do it?
All my pictures (from inside the cockpit) are pretty boring in comparison with the pictures you see in glider magazines. I searched Google, but there isn't much useful infomation there. A member of my club just taped a small camera to the wing, but I'd like to use a bigger (1-2 lb/0.5-1 kg) camera, and I don't like the idea of just taping it to the wing. That can't be good for the camera OR the wing.
Are there any wing mounts available? Or are gliders designed for these things. Vaguely remember something about some gliders being delivered with predrawn wires for the camera trigger...
I'd be using a Cirrus or a Discus, and the camera would be on timer or infrared trigger, to prevent having to tape a wire to the wing.
In article <g__V7.1305$8F.2282...@news01.chello.se>, "Niclas Schopenhauer"
<nscho@hot_nospam_mail.com> writes: >Has anyone here tried mounting a camera on the wing (or tail) of a glider? >If so, how did you do it?
If you have a removeable metal skid on the wing tip, you can make a 1- 1 1/2 foot (30 - 50 cm) extension arm that can be screwed in place between the skid and the wing, with the end bent up a little to be clear of the ground. Mount the camera on the end of the arm using a standard screw mount ( and a bit of tape to stop the screw moving ! ) and this will vastly improve the quality of your pictures. Mounting it on top in the wing often means that the bottom third of the picture is just white wing which is very boring. A friend took my advice and then G load tested the mount by hanging ten times its weight from it (on the ground), with no problems. The resulting pictures appeared in Segelflug Bilkalender, including the loop photo.
Or you can make a mould of the leading edge of the wing (or tailplane) and make a mount, again with an extension arm. this then needs a lot of tap to hold it in place, and maybe a bungee rope rount the back of the wing. Another couple of friends tried this method with some success. (One produced his own calendar one year, and sells the prints as posters). I've even seen pictures taken from the equivalent nose mount, but never seen the actual mount itself. This sort of wing mount is addaptable to fit several gliders.
I make no comment of the legallity of this "mod", merely that it's how many good gliding pictures are taken.
> If you have a removeable metal skid on the wing tip, you can make a 1- 1 1/2 > foot (30 - 50 cm) extension arm that can be screwed in place between the skid > and the wing, with the end bent up a little to be clear of the ground. Mount > the camera on the end of the arm using a standard screw mount ( and a bit of > tape to stop the screw moving ! ) and this will vastly improve the quality of > your pictures. Mounting it on top in the wing often means that the bottom third > of the picture is just white wing which is very boring. A friend took my > advice and then G load tested the mount by hanging ten times its weight from it > (on the ground), with no problems. The resulting pictures appeared in > Segelflug Bilkalender, including the loop photo.
Thanks, that extension arm idea sounds like the best one I've heard so far. Have to check if the Cirrus/Discus has a removeable skid...
Do you know if he made some sort of aerodynamic cover for the camera? I guess the aerodynamic drag from a camera isn't too big, but it must be something. A 35mm camera with a good lens is pretty big.
Also, do you know if this changed the behaviour of the aircraft? There must be a lot of flow separation around the camera, so if the aileron is right behind it might get bumpy. On the other hand, if I bend up the metal arm, I should get rid of most of that...
In article <ih3W7.1349$8F.2314...@news01.chello.se>, "Niclas Schopenhauer"
<nscho@hot_nospam_mail.com> writes: >Do you know if he made some sort of aerodynamic cover for the camera? I >guess the aerodynamic drag from a camera isn't too big, but it must be >something. A 35mm camera with a good lens is pretty big.
No covers were used
>Also, do you know if this changed the behaviour of the aircraft? There must >be a lot of flow separation around the camera, so if the aileron is right >behind it might get bumpy. On the other hand, if I bend up the metal arm, I >should get rid of most of that...
Appartently it had absolutely no effect on the handling. As I've flown with one wing full of water and one wing empty due to a leaky valve, I'd have expected a few pounds difference in weight to have little effect.
Also all the pilots I know who did this used a very long cable release to the camera and auto wind-on.
I have also built/converted a mount for an Astir CS. It was based on a tip mounted sleeve that was made of fibre glass. An arm was then built of conticell and glass. The sleeve had been previously used to mount a cine camera for a promo film for the RAFGSA. The arm was my addition. This was about 40cm long. As John said, I did hang about 10 times the mass on the end to check for any problems and had none. I flew it a couple of times before selling my share of the glider.
Handling - it sat on the RH tip and there was a definate wing drop to the right. This was controllable and the glider was winch and aerotowed. I even flew a 100km triangle with the mount on. It was easier to fly RH turns than left. It was also flown by one of the club instructors who mentioned this change in handling. Apparently you can balance out the wings by adding some ballast onto the other tip, but I never tried this.
The camera I used was a Pentax ME super with a 28mm wide angle. A motor wind was fitted with a long eletrical shutter release. I found that most IR releases only work up to 5m unless you go for a professional one. No fairings were used. The camera was held on by tripod mount, cable ties and a hallyard.
> I have also built/converted a mount for an Astir CS. It was based on a tip > mounted sleeve that was made of fibre glass. An arm was then built of > conticell and glass. The sleeve had been previously used to mount a cine > camera for a promo film for the RAFGSA. The arm was my addition. This was > about 40cm long. As John said, I did hang about 10 times the mass on the > end to check for any problems and had none. I flew it a couple of times > before selling my share of the glider.
Thanks to both of you for the ideas. Now I just have to get the club's aircraft engineers to accept this idea... :-)
One of our pilots uses a 35mm camera mounted on the wing and use the autotimer feature of his camera to take a picture every few minutes continuously for the number of pictures of the film.
Sync the camera timer with his watch, he has made outstanding pictures. No cable req.
Made a styrofoam mold to hold the camera on the wing , lots of tape and there you go.
In the late 80's , to remote trigger a camera, I modified a cheap one channel remote control car. Chopped out front and rear wheels, I was left with the receiver and battery compartment, abt 2 x 1 x 0.5 inches. Taped that to the camera. Range was about 20m, goof enough to trigger from the cockpit... I actually had to modify the camera since it did not have any provision for remote trigger: Opened it and added a connector with 3 wires in parallel with the trigger switches. A first contact takes the light measurement and a second one triggers the actual picture. I modified the output of the radio receiver with a couple of FET and a capacitor to generate two signals with a small delay to simulate the pushing of the button. Not straightforward, but it worked great.
> "David Kearns" <davi...@rmplc.co.uk> wrote in message > news:a0ca1b$e96$1@newsfeed.th.ifl.net... > > I have also built/converted a mount for an Astir CS. It was based on a > tip > > mounted sleeve that was made of fibre glass. An arm was then built of > > conticell and glass. The sleeve had been previously used to mount a cine > > camera for a promo film for the RAFGSA. The arm was my addition. This > was > > about 40cm long. As John said, I did hang about 10 times the mass on the > > end to check for any problems and had none. I flew it a couple of times > > before selling my share of the glider.
> Thanks to both of you for the ideas. Now I just have to get the club's > aircraft engineers to accept this idea... :-)
There is a discussion on this topic on the Canadian Soaring Associations web "ROUNDTABLE" discussion page (www.sac.ca) titled "Taking Air-to-Air Photos of Gliders" from last July. The photo in question won an international award and was printed in Aviation Week. Steve flies at SOSA gliding club and is a professional photographer. If you look at their web site (www.sosaglidingclub.com) you might find more of his work.
How many FAR'S can you violate when taking a photograph?
In the quest for just the right photo that captures the emotion and beauty of soaring, what are we willing to sacrifice? How many FAR'S can one violate when taking a photograph? It begins by realizing that photos taken from the cockpit are a dime a dozen and rarely inspire oneself or others. So, with hopes of a more dramatic photo, one builds an external camera mount for the aircraft and flies without the required (337) paperwork.? Next you find that the photos taken in normal flight lacks the action and background you setout to capture. So the next attempt is air to air. One quickly realizes that very close proximity is required to photograph another glider, because a camera lens distorts the distance and makes a close glider look far away. All tight air to air photos should be rehearsed on the ground using the sailplanes along with a review of airspeeds, overtaking, exit and emergency procedures. You will find very few who want to have their wings overlapping a glider who's pilot is trying to take a photo. The logistics of a having good soaring conditions, the right gliders in the same place and near to an interesting background when you are camera equipped, is another matter. After scaring yourself and others, you abandoned air to air, and try aerobatics with your external camera. This is the point when a weight and balance is the most critical, assuming you have not had the glider near its aerodynamic limits prior to now. Aerobatics fill the foreground with activity but, due to the high altitude, the backgrounds still lacks the color and inspiration needed. Realizing altitude and distance diminishes the background color and crisp contrast necessary, for a good photo, you try maneuvers near the ground, clouds, mountains or large identifiable structures. Large bank or pitch angles just before landing, below 1500ft and over a populated area will produce a dramatic photo. Another good area is next to mountains and ridges, but you need to be close enough to see the squirrels and groundhogs.
To produce real good soaring photos, one has to: 1) Attach a external camera to the glider ( lack of a 337 ) ( no weight & balance ) 2) Perform unusual maneuvers 3) Be close to objects and ground
Partial list of FAR'S one can violate. 1) Unapproved camera mount ( lack of a 337 ) 2) Weight and balance out of bounds 3) Aerobatics in an aircraft that is not rated for the aerobatics 4) Aerobatics without a parachute 5) Aerobatics under, or within 5 NM of, an airway 6) Aerobatics below 1500ft 7) Flights closer than 500ft to a structure 8) Flights closer to clouds than is permitted
The most FAR'S violated by one photo taken by myself is and published by SSA is: 5
In article <20020105152437.12211.00002...@mb-fs.aol.com>, funs...@aol.com
(FunSoar) writes: >How many FAR'S can you violate when taking a photograph?
>In the quest for just the right photo that captures the emotion and beauty of >soaring, what are we willing to sacrifice? How many FAR'S can one violate >when taking a photograph?
On the other hand you could fly in a country where FARs don't apply, and use common sense when taking the photo by thinking about the things you mention before leaving the ground. Proir Planning Prevents P*** Poor Pilot's Photos.