FlatMaster 250

FlatMaster 250 from Pegasus Astro

Visit FlatMaster 250 from Pegasus Astro is an advanced light panel designed to produce a uniform light source, essential for creating flat-field images in astrophotography. It is particularly suited to telescopes with apertures of up to 10 inches (250 mm).

Technical specifications

• Type LED light panel (white).
• Gradation Brightness adjustable from 0 to 100 %.
• Useful diameter 250 mm (10"), ideal for telescopes up to 10" aperture.
• Material Sturdy black ABS plastic.
• Dimensions Total diameter 250 mm, thickness 8 mm.
• Weight : 840 g.
• Power supply 5 V DC via mini USB cable (500 mA maximum).
• Manual button : Gradual adjustment of brightness by means of an integrated push-button.

Key features

• Variable-intensity panel Allows precise control of brightness without the need for additional accessories such as sheets of paper. Capable of producing high brightness, ideal for short exposures (2-3 seconds at f/7) with narrow-band filters (3 nm).
• Remote control and settings memory Compatible with software such as Sequence Generator Pro (SGPro), N.I.N.A., APT and Voyager. Brightness levels can be stored for each filter, making it easy to retrieve them quickly for each configuration.
• Simplified connectivity : Operation with a single USB cable, which simultaneously powers and controls the panel. Native support via ASCOM and INDI platforms for easy integration with most astrophotography software.
• Portability and robustness Compact, durable design, ideal for travel and varied observation conditions.

Box Contents

• 1 x FlatMaster 250.
• 1 x USB mini Type B cable (1.8 m).
• 1 x Carrying bag.

Applications

The FlatMaster 250 is designed for :

• The creation of flat-field images to correct vignetting, dust and optical imperfections.
• Configurations requiring a uniform light source for accurate photometric results.
• Astrophotographers using telescopes up to 10" aperture.

Summary

In short, the FlatMaster 250 offers a high-performance, easy-to-use solution for producing uniform flat fields, meeting the needs of both amateur and professional astrophotographers.