IC-405, The Flaming Star Nebula

About the Target:

Object Information

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✨ Constellation: Auriga

🚀 Distance: 1,500 Light Years

IC 405 (better known as the Flaming Star Nebula) is a spectacular example of a combined emission and reflection nebula. The region is famously dominated by the bright, blue-white star AE Aurigae, a massive O-type "runaway star" believed to have been ejected from the Orion Nebula millions of years ago. Unlike most nebulae where stars are born from the surrounding gas, AE Aurigae is simply passing through a pre-existing cloud of hydrogen and carbon-rich dust. Its intense ultraviolet radiation ionizes the hydrogen gas to create the "flames" of the red emission nebula, while its starlight scatters off cosmic dust to produce the distinctive blue "smoke" of the reflection nebula. This cosmic interaction creates a dynamic, multi-colored target that is a favorite for wide-field astrophotography.

Capture Details

🔭 Equipment: Altair Astro Hypercam 585M Mono TEC Cooled USB3 Astronomy Camera, Antlia Edge 4.5nm Narrowband Hydrogen-Alpha Filter 1.25″, Antlia Edge 4.5nm Narrowband Oxygen III Filter 1.25″, Antlia Edge 4.5nm Narrowband Sulfur II Filter 1.25″, Antlia LRGB-V Pro series filters – 1.25”, iOptron CEM60 Center Balanced Equatorial Mount, iOptron Permanent Pier, MeLE Fanless Mini PC Quieter3C, Pegasus Astro USB Control Hub, Primalucelab Alto-1 Telescope Motor Cover, Primalucelab Giotto 120 Smart Flat Field Generator, William Optics Flat 68III Field Flattener, William Optics Fluorostar 91, ZWO ASI224MC One-Shot Color USB3 Planetary/Guiding Camera, ZWO CAA Camera Angle Adjuster, ZWO EAF Electronic Focusing Motor, ZWO EFW (Electronic Filter Wheel) 8 x 1.25″, ZWO f/5 30mm Mini Guide Scope

📅 Session: December 20, 21, 25, 2025 - Ha December 20, 21, 24, 30, 2025 - OIII & SII

📸 Exposure: Light Frames: Hydrogen Alpha (Ha): 46 x 300s Sulfur 2 (SII): 63 x 300s Oxygen 3 (OIII): 85 x 300s Calibration Frames: 30 Flat Frames per Filter, 40 Dark Frames, 60 Bias Frames Total Integration Time: 16.2 Hours

💻 Software: Nighttime Imaging ‘N’ Astronomy, PHD2 Guiding, Pixinsight