Ok lets start over....What is it EXACTLY that you would like the community to help with and do? What is your ultimate goal? I am thinking maybe I misunderstood. I thought you needed funding of some sort...then I read some post about a video. What is it you need exactly? Can you please list these things out for us/me so I can get a better idea.
Edit: if you are looking for help with videos may I suggest PDF a user on this forum. His profile is here along with his youtube video link:
http://www.orbiter-forum.com/member.php?u=4770
** What I desperately need help with at the moment is translating my SC3 scenario into a DLL that will work with Glider's SpaceX addon (and yes, he's most graciously given me permission to use his models). I used a DLL translation program on the SC3 files, but I can't get the two vessels involved to dock together and ride the booster in the correct orientation. **
There are other improvements I'd like to make to the scenario, such as better models and putting in operating solar panels and the like. I'd also like to model surface operations with the rovers - this will take some time since some of the vehicle models (the rock crawlers) would have to be created. I've done some work, but there's a lot left to go.
The mission itself involves using a Falcon 9 booster to launch a lander and a small orbiter stacked together into a TLI. The orbiter will decelerate the stack into low lunar orbit, and the lander will detach. The orbiter will climb to a 100km polar orbit, and provide communications relay and video surveillance over the site.
The lander will deliver 6 rovers and a movable solar panel array to a point about 30km from the lunar north pole on the rim of Hinshelwood Crater. The hilltop there enjoys nearly 100% sunlight exposure, but it's too rough to land on. The actual landing site is 5km or so from the hilltop - on the Earth-facing side, of course. The area's climate stays at about -60F, since the sun's angle is very low. There are also many craters where sunlight never falls, too.
Four of the rovers will be essentially cameras and lights on wheels; 5kg rock crawlers (like this
http://www.rc-truckncar-tuning.com/rccrawler.html) modified to operate in vacuum. One rover, a 20kg rock crawler, will carry a transceiver and act as a communications relay. The sixth rover is a 360kg backhoe equipped with science instruments, designed to move into Hinshelwood Crater in search of water ice.
A solar panel array will be mounted on a wheeled carriage, and towed into position by the backhoe. The array will rotate as needed to maintain the optimum sun exposure angle. The lander will also have solar panels, but it's liable to be in darkness for short periods.
This is a very short synopis, and there are many challenges to consider in the mission design. I'd like to simulate ground operations on an accurate map mesh to see what jumps up and bites me. Most of the rovers' operations will be teleoperated, and we hope to find significant amounts of water ice for following missions to retrieve.
JR