List of products by brand Meade

Meade Mount LX85 GoTo
1137.26 $
Tax included
The LX85 mount is meticulously crafted with astrophotography in focus. Equipped with robust servomotors and Meade Smart Drive technology, it impeccably tracks the celestial rotation, ensuring precise alignment for extended exposure times—eliminating the need for meridian flips!
Meade Filters RGB Color Filter Set 1,25"
105.81 $
Tax included
The Deep Sky Imager RGB Color Filter Set includes top-quality red, green, and blue interference filters, along with an infrared (IR) blocking filter. Elevate your DSI PRO, DSI PRO II, or DSI PRO III monochrome (black and white) CCD imager for color imaging. Crafted with multiple high-transmission coatings, these filters are built from robust 3mm thick glass for long-lasting use.
Meade Powertank LXPS 18 222Wh
333.73 $
Tax included
The Meade LXPS 18 Lithium Battery is a robust 222 Watt-hour Lithium-Ion Battery, designed to power your 12V telescope with efficiency. It boasts a 12V DC output, along with a built-in 110V AC inverter, perfect for running laptops or other 110V AC-powered accessories. Additionally, it features convenient 5V USB charge ports, allowing simultaneous powering of multiple electronic devices, enabling multitasking during observation sessions.
Meade Filters 750 ID solar filter, 190mm
229.73 $
Tax included
These solar filters ensure safe full aperture viewing, maximizing the amount of light entering your telescope. By allowing the full aperture of your telescope to be observed, they offer optimal daytime viewing conditions, particularly when atmospheric turbulence is minimal. In instances of turbulence, a mask can be applied over the filter's end to effectively reduce the aperture.
Meade Filters Glass Solar Filter 1200
335.28 $
Tax included
These solar filters are designed to ensure safe full aperture (also known as clear aperture) viewing, maximizing the amount of light that enters your telescope. By allowing the full aperture of your telescope to be observed, they provide optimal daytime viewing conditions, particularly in situations with minimal atmospheric turbulence.