Posts documenting or discussing imaging sessions with total integration times exceeding 3 hours on the DWARF 3.
A 15-hour DWARF 3 imaging project on M81 and M82 comparing short versus 60-second sub-exposures under Bortle 6 skies, with background galaxy UGC 5210 detected at magnitude 14.88.
Capturing the Orion Nebula (M42) with the DWARF 3 requires a balance between preserving the bright Trapezium core and revealing the faint outer gas clouds. In cold weather (approx. 20°F), the DWARF…
Getting better results from the DWARF 3 requires three things: time, thermal stability, and matched calibration frames. This guide documents the variables that determine data quality and how to control them.
