I think the patent lawyers will have their work cut out for them, seeing as how there is abundant proof that the idea and design existed for years before the MesoDome came to market. I also built a "roofcam" (can't call it a dome camera, since I didn't use a dome) back in 2008. I thought mine was unique at the time, as I didn't see any others on any other chase vehicles that could do what mine did, but I naturally assumed folks were working on similar ideas. This is what mine looked like:
http://facethewind.com/XTerra/Slide4.JPG
Video here:
http://facethewind.com/XTerra/roofcam-v2.wmv
However, it's a standard definition camera, and is thus unsuitable for marketing any video (I'm not looking to stream video...just get an unobstructed and somewhat uncommon view). So, this year I will be rebuilding it as an HD unit, and will likely go with the Bescor motorized pan/tilt head and a polycarbonate dome.
A couple design concerns I had, both for my idea and the mesodome. When I originally built my cam, I also used servos. But those servos didn't have the precision needed because of the gear backlash, leading to very shaky video on the road. I replaced the servos with metal geared zero-backlash motors and got a much more rigid system. I'm wondering what the gear backlash is for the Mesodome and the Bescor. Anyone have experience with how stable the video is?
My other concern is using an acrylic dome. Acrylic, while 6X stronger than glass, is much less resistant to impact than other plastics like Polycarbonate. I did some testing back in 2007, launching a 2" ice projectile out of a potato cannon at about 80mph. It punched a clean hole through a 1/4" Acrylic panel. It didn't even scratch the Polycarbonate. This is why I designed my hail guards from Polycarbonate. So, I'm curious how these domes handle large hail? I'd hate to ruin an expensive camera after spending so much money on the housing!