Baader T-2 Systems & Auxiliary Parts

Heavy duty quick release clamping for heavy accessories - with brass-clamping.
Optical path length 11 mm.
With Zeiss micro-bayonet.

High quality made 2" - 1.25" clicklock reducer. Perfect to use with the Steeltrack S58 clicklock 2" adpator. For use with the heavier accessories.

The Baader Planetarium Click-Lock Eyepiece Clamp is a precision clamping eyepiece holder that enables you to insert your eyepieces or standard 1.25" accessories anywhere within your Baader T-2 stack or for upgrading the stock eyepiece holder supplied with your telescope.

Baader Ultrashort 2" eyepiece clamp (12 mm backfocus) to mount onto a M68 thread.
Both sides of the clamp are equipped w. M68 male threads.

Containing: T-2/32 Diagonal with focusing 1¼" eyepiece clamp (#2458125) and 1¼" nose piece (#2458105). Connection objective side: T-2 internal thread 1¼ "barrel. Connection eyepiece: T-2 external thread and focusable 1¼ "eyepiece.

The new T-2 Maxbright Mirror Diagonal uses the proprietary Baader Maxbright all-dielectric mirror coatings, which delivers outstanding mirror flatness.

The telescope side of all our T-2 diagonals accepts an entire armada of Baader-adapters, be it for 1 1/4" or 2"focusers or for a Celestron OTA 2" thread or an original M44 Zeiss thread, there are also adapters for Vixen OTA's or russian MAK's.

A common limitation that plagues owners of most popular Schmidt-Cassegrain telescopes is the narrow field size and high magnifications produced by their slow optical system (typically, f/10).

-2 BBHS® Mirror Diagonal, solid metal body only, with male/female T-2 thread. (BBHS® = broadband hardsilver coating with dielectric protective overcoating)

T-2/90° Baader Roof-Prism. Manufactured by Zeiss standard, both sides with T-2 system threads. This Prism is multicoated and built in a solid metal body. T-2-thread on both sides, therefore extremely short and adaptable on every telescope system.

The achromatic SunDancer II TZ-3S illuminates an image circle of 35mm at a distance of 96mm from the base body, ideal for the small sensors of modern, fast planetary cameras that require high magnification.