Dave I hope you don't mind but I posted your Q & A on HBS forum. I thought it was very insightful and very useful to others. Of coarse you re also accredited.

Great! No problem.

Thank you. It's under the HBS 101 forum, if you're interested. -----just so if there are any quetions it would be nice if you can answer them directly.

Since this is the closest thread to my comments, I figured I would toss them out here.

A couple of observations on the pilot, or you could call them a wish list.

I wish the 'choice of mount' AB in our case, came with a power plug on the top of the sled. What we have to do is drop a wire to the bottom to run the light off the top of our camera. Alternatively we could run a battery on or under the camera, which might be a better solution (Frezzi makes one.) But to me, it would seem that a plug underneath the top of the sled would make more sense, as we run both the lcd and light off the battery on the bottom of the sled. hehe, the wire is getting annoying.

The more we use the pilot, the more I'm learning the stock pilot lcd is really not a good one. Might look into changing it out down the road.

We used the pilot for an 8 hour live event this weekend, these were some observations we picked up.

The Pilot has a 12v DC output on the front of the top stage, shown on the 2nd page of the manual.

Hmm, time to call Frezzi and ask them for a cable. Thanks Charles.

update; I'm having to call Steadicam and get specs that Frezzi can work with, this is to modify my cable or get and adapter etc.

Very good Steven. I see that also in the manual it shows an included cable with the 2.1mm tip for connecting at the top of the stage; can't see what is on the other side of that cable? Perhaps you could tell me since it should have been in your kit.

Charles, there's nothing at the end of the cable - so you can attach device of you choice.

Yep, Nick you beat me too it, so I think I'll have to send my light back to Frezzi or get them to make an adapter.

I'm sure glad I know how to use a soldering iron to make custom cables. I've already made 2 for the Pilot stage: 1 for wiring up a wireless video transmitter tap on the camera composite out to sled composite in cable, and another to get the wireless video transmitter's 9v snap connector to the 2.1mm power connector on the sled. The wireless transmitter will work from around 7 to 16 volts.

Thanks to Charles for recommending the transmitter over on the steadicamforum.
http://www.steadicamforum.com/forums...showtopic=7401

I'm still trying to figure out how to get better reception on a regular TV, but the transmitter was dirt cheap and, even with the reception issues, it does what I need it to do (i.e. lets other people see if the shot worked).

I have this: http://www.allthings.com.au/Catalogu...%20set%204.htm
It's the size and weight of a box of matches.

Thanks again Charles, this is my solution for the Pilot: I have now attached the bubble level at the top of the pilot monitor with velcro. To calibrate I put another bubble level on top of the flat surface of the lens hood and make sure that the rig is level (of course this is removed afterwards). I then calibrate the Pilot monitor's bubble to the one on top by slowly twisting the Pilot monitor until the bubble is centered, then lock it in position. When shooting I am very wary of knocking the monitor.

Good on ya Nick. I forget which camera you have but I'm sure that you have determined that the lens hood itself is perfectly square to the level of the camera's sensor...? Can't be done physically but visually works just as well. Also consider that occasionally LCD panels have a very slight rotation to them within the housing. Best way to make sure that everything is telling you the right info is to output to a known monitor or maybe bring a clip with strong verticals into your computer and determine that your verticals are indeed dead-on by measuring (with wide lens, put the vertical in the middle of the frame to avoid keystoning/wide angle distortion). It's a bit anal but it will tell you if there are any off-variables in your system. Many operators including myself have screwed ourselves by our bubbles going off-true and turning in footage that has a consistently tilted horizon (you can see it occasionally in movies/tv shows, it's not hard to spot).

FYI for others (Nick having been to a workshop would have seen this already), on the bigger rigs we have remote level sensors built into/onto the rig that insert the level display into the monitor video, where it can be repositioned and manipulated in sensitivity etc. However the holy grail of an acceleration-proof level has yet to make it to market. And none of them are HD-compatible, which means everyone who has moved on to an HD monitor is back to using a $1.50 hardware store level.

Another fun tidbit--our beloved green screens, how much do they cost? On the average, $15,000. That's right folks, for the cost of nearly 4 Pilots you can own a 6" standard-def CRT...

Hey Charles, I decided to hard-mount my level to the base of my sled. I actually built a level housing out of plastic, and put bolt threads in it so I can attach it securely. Do you think that that's an appropriate setup? That way it can't change with the monitor or anything else changing positions.

The question, Tom, is whether a base-of-sled level is going to be perfectly slaved to the top stage (and indeed, the sensor--again, there's always the possibility of the physical camera body and the sensor being slightly rotated relative to each other, unlikely but possible). To me the best place for a sled level is under the camera platform, and then you true the monitor level to that. As far as using a sled-mounted level as something you reference during the shot, it's too far away. I like mine at the top of the monitor as that is where the eyeballs are glued most of the time judging headroom. You need to be able to easily view the level within your peripheral vision, not have to shift your gaze to see it.