Saturn: A Stunning (IR)RGB View from the Backyard

Prepare to be mesmerized by this incredible view of Saturn, captured in a unique (IR)RGB configuration where infrared light was used as the luminance channel. This image represents a significant achievement for the astrophotographer, pushing the boundaries of backyard planetary imaging.

Unveiling Saturn's Majesty

This detailed portrait of the ringed planet was achieved through careful acquisition and processing. The use of an IR pass filter allows for enhanced detail and contrast, particularly in the planet's atmospheric features and the intricate structure of its iconic rings. The integration of RGB data provides a natural color representation, resulting in a visually stunning and scientifically informative image.

The Science Behind the Shot

The photographer utilized a specific methodology for capturing this image, aiming for the highest possible quality. The core of the imaging involved:

• IR Capture: 8 sub-exposures, each 3 minutes long, were derotated to account for the planet's rotation during the capture session. This helps to combine data effectively and reduce tracking errors.
• OSC (One-Shot Color) Capture: 5 sub-exposures, also 3 minutes each and derotated, were used to capture the planet's color information.

Equipment and Settings

Achieving such a detailed image requires a robust setup. The equipment used includes:

• Telescope: Skywatcher Flextube 200p
• Camera: ZWO ASI585MC
• Barlow Lens: Svbony SV216 2x Telecentric Lens
• Filters: Svbony UV/IR Cut Filter, Svbony IR Pass 685nm Filter

Acquisition Details:

• Gain for IR: 469 (78%)
• Gain for OSC: 412 (68%)
• Exposure: 10.00ms

Processing Pipeline

The journey from raw data to the final polished image involved a sophisticated processing workflow using industry-standard software:

1. PIPP: Used for initial pre-processing and preparation of the captured video frames.
2. Autostakkert!4: This powerful stacking software was employed to align and stack the best frames, bringing out finer details.
3. Registax 6: Wavelet processing in Registax 6 was crucial for sharpening the image and enhancing surface features.
4. WinJupos: Essential for derotation and accurate alignment of planetary images.
5. Adobe Photoshop: The final touches, color balancing, and sharpening were performed in Photoshop to create the finished artwork.

A Glimpse into the Process

For those interested in the behind-the-scenes look, the photographer has shared BTS and RAW Video footage, offering valuable insights into the challenges and techniques involved in capturing and processing planetary images. You can find it here:

While the photographer noted that the image "could be better if I collimate telescope that night," this image stands as a testament to dedication and skill in the pursuit of capturing the wonders of our solar system.