Meatwhistle wrote: Quote:
Don't let your imagination get the best of you... I don't own the Hassey, but you're half right... I own something. I never said anything about full size sensors. I shoot with1.5 sensor and in my book that is small enough. I was simply stating andrefuting the obvious. You claimed that the extra reach of the 4:3 system an advantage. Adavntage generally means that you have an edge over something else. Since I can get the same extra reachby cropping with a larger sensorthere is no real advantage. There may be a size adavntage in that the 4:3 is a smaller body, but the average 1.5 sensor body is not much larger. I'll take the 1.5larger sensor, wider angle anyday over the 4:3.
That Hassy thing was satire. I pretty much knew you hadn't spent $39,000 on a camera.
The 4/3 reach with a 200mm lens is about the same as a 300mm lens with your camera. If your going to crop to match the difference in magnification, you will loose half of the cameras pixels. I would anticipate the need to crop airshow photos to begin with, and to push it farther because of lower reach may be pushing it.
Choosing a sensor size is always going to be a double edged sword. To pick up an advantage in one area, you will be giving up something in another. The Hassy will have enough resolution and no noise issues and will print HUGE photos. Down side is cost, size, and softening at the edges of the image circle.
Olympus is at the opposite extreme in DSLR cameras. Size and weight is an advantage at the telephoto end, and noise is a disadvantage. Certainly designing wide, fast lenses is more expensive. Its that way with any system. Advantages and disadvantages and the need to compromise unless you have the resources to own multiple systems.
If your happy with your system, I'm happy too.
As to the size thing I'm pointing to, here's a cruddy photo of my E500, 50-200mm f2.8-3.5, and the 1.4 TC which yields the 35mm equivalent of 566mm f4.5 as far as reach is concerned. Because the depth of field is tied strongly to the focal length of the lens, this system may have an advantage as I would think increased depth of field would benefit pictures of planes in flight.
As a side note, the smaller sensor in the middle of the previously posted link is the 2/3 sensor. Its been dropped as a choice for upper end point and shoots because its too big and too expensive to be profitable in that market. Its half the size of the Olympus DSLR sensor. If someone built a DSLR around that sensor and did as good of a job as Olympus in supplying lenses for it, I'd be interested. The above setup would have the reach of more than 1100mm f4.5 (35mm equiv). As Ken pointed out, the glass would have to be top notch, and the optical viewfinder would be getting VERY small, but I'd be a possible (maybe probable) customer.