Meade’s LX200 is the most widely used advanced amateur telescope on Earth, and for good reason. It combines the most sophisticated optical system available with rock-solid mechanical and electronic elements to create the most versatile astronomical system available.
Sitting atop an ultra-stable tripod and mount, the LX200-ACF combines an amazing array of features: Primary Mirror Lock to eliminate focus and mirror shift during long exposures; large, high-quality worm-gear drives in both axes to provide extraordinarily smooth movement, and Smart Drive, delivering Permanent Periodic Error Correction (critical for long exposure astrophotography).
The LX200-ACF also comes with the AutoStar II handbox controller which puts over 140,000 objects at your fingertips and delivers the fastest GoTo performance available. This simple to use handbox provides complete control over every aspect of the telescope’s operation. You can even control the system from an external computer with supplied or third party software.
Meade's ACF optical design eliminates the typical aberrations of all mirror optics. Thanks to ACF, the stars are also point-shaped right out to the edge of the image field, displaying no elongated comet-like distortions.
The image field is flatter than that of classic Schmidt-Cassegrain telescopes.
ACF optical systems show their strengths especially in astrophotographic applications.
UHTC is a special multi-layer coating on the front correction plate provides up to 15% more light transmission.
The result -brighter star clusters, finer details in nebulae and more surface detail on planets!
As the telescope shows a magnified image of any astronomical object, an astronomical mount must be very precise. Even small deviations may interfere with longer exposure time images. But small fluctuations will always be present as the worm shaft, which is part of the drive, can never be absolutely perfect. These periodic fluctuations can be detected and compensated for by the computer control. The Smart Drive technology enables this ‘permanent periodic error correction’ (PPEC).