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Penny4 https://penny4.co.uk/
Written and produced by Cambria Bailey-Jones
Filmed and edited by Jamie MacLeod
Drone operator Leith Bowman

Plane graphics by pch.vector
https://www.magnific.com/free-vector/different-views-airplane-set_12290975.htm

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29 Comments

  1. lol letting someone fly something with no experience should be a violation to air standards if you fly high enough would be a safety hazard but happy i watched this

  2. This video pretty much exemplifies British engineering in a nutshell – it's a pure 'bloke messing about in his shed' mentality. Marvellous!

  3. And yet if I built a model of that I'd need to register with the CAA, pass a test, pay a fee, and clearly mark the plane with my Operator ID.

    Love your videos, just thought I'd mention the model aircraft thing.

  4. as a birb occupying a frail and malfumpctioning hooman host body, i find that riding a bike is already the closest to flight of all the things i can do by myself. i would absolutely love to get a couple takes with that contraption!
    ÓvÒ

  5. I sense a great disturbance in the force. As if a thousand "you got a loicense for that?" posters have read the title of this video and had a spontaneous collective aneurysm.

  6. To be honest, it's probably more safe than a regular 1-person aircraft (thinking small prop plane, not something like a fighter jet).
    – Supervised by Southampton University.
    – Looks complicated enough to actually take skill and care to build. (old mate Dave can't build this in the back garden out of a tarp, some bike parts and a bit of can-do attitude.)
    – Is a society so it's structured aviation.

  7. The reason you kept veering left is an oldie and a goldie in recreational aviation.

    To sum it up in a word; propwash.

    On your flying bike, and on every other light aircraft on the planet, when facing forwards, the propellor spins clockwise. With enough thrust, or enough forward motion, this induces a similar rotational current in the air behind it. This current sinks as you proceed behind the propellor; by the time you reach the vertical tailplane, the bottom edge of the current, flowing right-to-left (same forward-looking pov), sits below the tailplane, whilst the top edge of the current (flowing left-to-right) is directly intersecting it. This forces the tailplane right, thus forcing the nose of the plane left. To counter this, pilots must apply excess right-rudder liberally to maintain straight flight. It appears you could've benefitted from knowing this little factoid of air theory.

  8. Thanks for explaining pitch and yaw. Now I can set up my Hotas easier for Microsoft flight simulator. I didn't know what yaw was.

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