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Flitetest.com Teaches the Diana F+ to Fly!

The possibilities of experimenting with analogue photography are truly endless. The good people at flitetest.com have taken Lomography to new heights. Quite literally. They recently mounted a Diana F+ on a remote controlled helicopter and took some awesome instant photographs with the Instant Back. Read how they did it and watch their great video on the project right here!

Most photos included here made by Dave Knop

It’s all about perspective. We take photographs because we see the world a certain way, and we want to share our view of it with others. Lomography is a way to get back to the roots of photography, taking a step back from our increasingly digital lives, and holding onto moments in time by guiding particles of light through prisms of glass onto strips of film. You look for new vantage points. Lying down in a field of grass and holding your camera just so, or climbing a tree to get a different angle of an otherwise commonplace view.

The guys from the internet show Flite Test have taken this to a whole new level. They’ve bonded the nostalgic methods of the lomo camera, to the high tech systems of a remotely controlled aerial platform, otherwise known as an RC aircraft.

What does it take to be able to go out and make your own aerial Lomography topography images? The biggest prerequisite are the skills involved in building and flying a craft like the show’s host David can be viewed piloting in their episode featuring the Lomo-copter:

You already have the skills? Good, you’ll need two more things, a Lomography camera and some sort of remotely controlled aerial device. In this case, the Flite Test team used a tricopter.

The camera might be something you’re familiar with. It’s our popular, Diana F+ camera, a classic Lomography camera that shoots on 120 film. For ease of use, and the ability of taking more than one image at a time, they added an Instant Back the camera can shoot on Fuji Instax Mini film.

But wait, there’s more. Just attaching the camera to the aircraft won’t yield you any lomographic images. You’ll need a method to activate the camera. In the episode, David shows how he’s attached a servo, with some string, and a section of surgical tubing, so a second radio controller can activate the camera.

So, now you’re able to lift the camera into the air, and you can activate the camera from the ground. The film doesn’t have to be advanced, and the images are printed on instant film. How do you know what you’re aiming the camera at? Well here’s where the guys from Flite Test have really gone the extra mile. David shows how to use a video downlink system to look through the viewfinder of the Diana F+ camera.

He’s now able to see what the camera is seeing.
The video image is transmitted to a ground station that uses a miniature television screen to view the video instantly.
An alternative to the television screen is a pair of video goggles. This really helps give you the feel of being in the same place as the camera.

During the filming of this episode, Josh was snapping and ejecting the Instant Film photos with a separate radio. He was seeing what the camera sees with his Fat Shark FPV Goggles.

The flying of the tricopter is aided by an on board stabilization system. In this case, the Tricopter is equipped with a Hobbyking KK2.0 Multi-rotor LCD Flight Control Board, which will help with keeping the multi-rotor stable especially on a windy day like they experienced during the filming of this episode!

You still have to know how to fly one of these RC aircraft, because even an experienced pilot can have a mishap every now and again.

For more details as to how you can build your very own tricopter check out the Flite Test YouTube channel.

For more detailed building tips, flying advice, and possible locations where Flite Test community members might be able to help you with your training needs, visit their website and forums.

Text by Fred Provost of Flite Test

Equipment mentioned in this article:
* Diana F+ camera
* Instant Kit (Instant Film camera add-on) for the Diana F+
* Fatshark AttitudeSD FPV Goggles – with Built in Headtracker
* Tricopter Motors
* NTM Prop Drive Series 28-30A 750kv / 140w motors
* KK2.0 Control Board

written by bohlera


  1. mkb


    You should have use an AR.Drone from Parrot!

    almost 2 years ago · report as spam
  2. captain_mary


    Haha, this is crazy, but awesome!

    almost 2 years ago · report as spam
  3. birchof


    Great! Absolutely Great!

    almost 2 years ago · report as spam
  4. arielj

    sorry mkb but an ARDrone cant carry the diana f+ camera
    almost 2 years ago · report as spam
  5. brandonwong


    you guys rule.

    almost 2 years ago · report as spam
  6. neanderthalis


    Very cool!

    almost 2 years ago · report as spam
  7. mkb


    @arielj I'm the designer of the AR.Drone 1&2...I'm sure de can do something for it ;)

    almost 2 years ago · report as spam
  8. speezberry



    almost 2 years ago · report as spam
  9. opon21



    almost 2 years ago · report as spam
  10. tattso


    I am impressed. If someone can send the Diana F+ to space then this will make history –> https://www.youtube.com/watch?v=5REsCTG4-Gg

    almost 2 years ago · report as spam
  11. dreadlockboy


    wow....sick!! :O

    almost 2 years ago · report as spam
  12. aguillem


    Cool! I wanted to mount the Spinner 360 with motorizer on a quadricopter... but i don't have a quadricopter neither the motorizer :(

    almost 2 years ago · report as spam
  13. adhi_karno



    almost 2 years ago · report as spam
  14. sirio174


    great idea!

    almost 2 years ago · report as spam
  15. spidey27


    awesome idea man!!

    almost 2 years ago · report as spam
  16. stouf


    Fun stuff! It wasn't the first time a lomo camera was crashed though (http://www.lomograph(…)241-ikaro-1) : ) @mkb No shit!? You kiddin'!?

    almost 2 years ago · report as spam

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This is the original article written in: English. It is also available in: 日本語, ภาษาไทย, Türkçe, Spanish & Deutsch.