I am looking for ways to improve my u/w video footage. I have already invested in a 200w HMI, which improves a lot of things IF the water is clear. For murky waters I'll be trying something else (watch this space).
My current video setup is Sony MC50 and Aquatica with no light arms. What I like about this setup is that it is ergonomic and convenient size, i.e. not bulky. Especially in caves and penetrating wrecks, I prefer not to have lamps fixed on long arms. But, then I need to hold the camera in one hand and my lamp(s) in the other. Consequently, the light weight camera and housing will not provide a stable platform, especially when shooting footage and swimming simultaneously. I should point out that some of the filming has and will be done solo.
Eventhough the frog kick is best suited for silty environments, I can see in the video the speed variation of the kick and the glide. So for close quarters, I change to modified frog or modified shuffle kick.
Here is a sample video where I personally like the color balance and much of the lightning. But, I am bothered by the instability. As you can see, a tripod would not have been an option here.
I noticed there was some discussion about gyro stabilizers five years ago. Does anyone have actual u/w experiences of these? Since I will not be filming any sealife, a low-level noise would be acceptable. As long as the noise level is bearable to my team mates. Neither do I mind some moderate DIY stuff for e.g. a customized battery canister. Should I buy two Kenyon KS-8s? Or would this be a waste of money? I wonder why they need an inverter.
Or would I be better of by purchasing a DPV, attaching the camera to the DPV and getting some cave DPV training? (I am already full cave diver). The training and certifications required would add one year to my timescale.
Or should I just buy a bigger, more bulky (and perhaps also better) camera with a larger housing? Obviously the weight and inertia would bring stability.