All our trapezoid observations were with a Canon 200mm F2.8 L, EOS 20D, ISO 1600, and 30 second exposures. This is the longest exposure you can reasonably expect to be tracked accurately. Massive numbers of slightly misaligned exposures were motion tracked and averaged on a Dual Opteron running Cinelerra. Take a look.

M33 from behind the dumpy apartment in Rain Ramon. 70 exposures.

M31, Heroine Galaxy from 1423 ft in Morgan Territory. 78 exposures.

The Horsy Nebula. 104 exposures behind the dumpy apartment. Crop of the full Canon frame. The Winter weather in Rain Ramon simply isn't good enough to do any better with Orion.

The Calif* Nebula. 73 exposures behind the dumpy apartment. Extreme cold destroyed the battery before we could get dark frames. Got a spare battery after that.

The Pleiades Nebula. 73 exposures behind the dumpy apartment.

M101 105 exposures behind the dumpy apartment during the only clear night of Winter 2006. NGC 5474 and NGC 5422 are also in the frame.

M66 cluster in partly cloudy conditions. 105 exposures behind the dumpy apartment. M66, M65, NGC 3628, NGC 3593, and NGC 3666 were captured in a single frame.

Ursa major cloud in extremely hazy conditions from behind the apartment. 189 exposures during 2 nights. The trapezoidian was finally consistent enough to combine multiple observations. Also have a study of the M106 segment with different exposures. The EXR image had enourmous range.

Vega using the polyester wind screen. Unfortunately the wind was not unidirectional so the windscreen was quite worthless.

Ursa major using the wide angle lens.

(C) 1997-2016 Starving, flat broke Programmers
Hosted all these years by Sourceforge