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I have a terrible memory for names and faces, so it wasn't all that surprising that when I introduced myself to Gab707 at this year's NYCDFF Day of Drones, he had to remind me that we met at that very spot last year. In my defense, he wasn't THE Gab707 at that time. In the intervening year he'd become quad-famous, landing a spot on DRL as well as creating a beautiful video that went viral in the real world, not just our little drone world.

We had a real nice chat, during which the physics major schooled me on some quad flight misconceptions. It may be bruising for the ego to be proven wrong, but it's great to learn new things. 

And so it was that much more rewarding when Gab wrote to tell me how much he liked the Odonata, and would like to have one to shoot smooth but gimbal-less videos. I sent him the last remaining prototype and eagerly waited to see what he'd do with it – there literally wasn't a better person for it.

When Gab wrote back a month or two later he had a huge list of suggestions (he'd also hacked up my beautiful baby). I initially declined since the mods were too much work for a frame that I didn't think anyone else would want, but as we discussed it more I got increasingly intrigued by the challenge. His wish list was as follows:

Fpv cam has to have a unobstructed view even at 0 degrees of tilt. The GoPro would be at 0 degrees or even be tilted down most of the time. It's a video rig, not a freestyle rig like Odonata.

Flaco style arms for max efficiency, attached with just two bolts.

No pdb: either use an aio fc or 4 in 1 esc.

Little or no camera protection. As a video rig it should almost never be crashed, so lose the cage.

The Frame

My first thought was to put the fpv cam next to the GoPro, a la the TBS Discovery. But unlike the Discovery, the cam would be in the same mount as the GoPro so that it could match its angle to give the pilot the best sense of what the GoPro was shooting. This would also center the GoPro lens on the frame. Additionally, the fpv cam would be allowed to pivot within the mount in case you wanted to fly with a different angle than the GoPro. And of course, both would have unobstructed views at all angles.

Two extra tabs on the GoPro style mount should keep it from wobbling side to side. The entire mount pivots on the frame, and the fpv cam can pivot within the mount.

Two extra tabs on the GoPro style mount should keep it from wobbling side to side. The entire mount pivots on the frame, and the fpv cam can pivot within the mount.

6x6mm Flaco arms are really strong when you build the frame stock. Add a Session with the Zoompod and the arms break more often. My guess is that with the weight of this frame and greater length for 6" props, the arms would have to be at least 8x8. The three pronged GoPro mount is 15mm tall, so with a 2mm mid plate and a 3mm bottom plate, a 10x10 arm would fill that space perfectly. It might be overkill but I think it's a good tradeoff for strength and vibration resistance. The motor mount area will be milled out to 4mm to save weight.

With no cam protection, the nose of the frame would simply taper down to the GoPro mount, a sandwich of the mid and bottom plates with a 3d printed piece in the middle.

With such unusual proportions the frame was a bit tricky to draw up, and the result is just plain weird, but with a peculiar charm.

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