Baader ClickLock Diagonal Mirror - 2"
Dielectric Coatings
Baader's unique dielectric coatings deliver an amazingly high 99% photo-visual reflectivity, along with an extremely hard and durable surface. The ultra-hard mirror coatings will last lifetimes without losing reflectivity and may be cleaned with normal care, without the fear of scratches! This precision mirror is also oversized and combines with the large ID nosepiece to pass the largest image cone possible in a 2" format.
ClickLock
The all-new 2" ClickLock non-marring eyepiece holder gives you the same simplicity and security as its smaller 1.25" ClickLock cousin. The ClickLock holder clamps 2" eyepieces with extreme security, just by twisting the rubber knurled ring 20 degrees. This ring also features a convenient fingertip lever. This eyepiece holder is so sophisticated, with its 3-point clamping that accurately locks 2" eyepieces without any wobbling or misalignment that can occur with single point clamps.
Baader's 2" ClickLock Star Diagonal also allows you the ability to remove both the 2" ClickLock holder and 2" nosepiece. This gives you the opportunity to expose 2" x 24tpi threads that permit the integration of the diagonal into additional configurations through the use of the Astro T-2 System components.
SCT Users: The diagonal body's input 2" threading is compatible with the standard Celestron / Meade 2" rear cell threads, which will let you directly thread it onto your SCT!
NexStar 8 or 8i users will discover that this diagonal couples close enough to swing through zenith without hitting the RA base!
Please note: an additional Baader SCT LockRing is required for direct attachment to SCTs.
- Oversized 2" dielectric 1/10 wave mirror
- Scratch resistant, hard coated mirror surface for safe cleaning. Will remain scratch free even if subjected to harsh environment
- Mirror rejects deep UV and IR radiation, which makes it safe for solar viewing with all White-Light and H-alpha solar filters
- 2" ClickLock clamp provides ultrafast and secure clamping action
Original: $309.00
-65%$309.00
$108.15


Description
Dielectric Coatings
Baader's unique dielectric coatings deliver an amazingly high 99% photo-visual reflectivity, along with an extremely hard and durable surface. The ultra-hard mirror coatings will last lifetimes without losing reflectivity and may be cleaned with normal care, without the fear of scratches! This precision mirror is also oversized and combines with the large ID nosepiece to pass the largest image cone possible in a 2" format.
ClickLock
The all-new 2" ClickLock non-marring eyepiece holder gives you the same simplicity and security as its smaller 1.25" ClickLock cousin. The ClickLock holder clamps 2" eyepieces with extreme security, just by twisting the rubber knurled ring 20 degrees. This ring also features a convenient fingertip lever. This eyepiece holder is so sophisticated, with its 3-point clamping that accurately locks 2" eyepieces without any wobbling or misalignment that can occur with single point clamps.
Baader's 2" ClickLock Star Diagonal also allows you the ability to remove both the 2" ClickLock holder and 2" nosepiece. This gives you the opportunity to expose 2" x 24tpi threads that permit the integration of the diagonal into additional configurations through the use of the Astro T-2 System components.
SCT Users: The diagonal body's input 2" threading is compatible with the standard Celestron / Meade 2" rear cell threads, which will let you directly thread it onto your SCT!
NexStar 8 or 8i users will discover that this diagonal couples close enough to swing through zenith without hitting the RA base!
Please note: an additional Baader SCT LockRing is required for direct attachment to SCTs.
- Oversized 2" dielectric 1/10 wave mirror
- Scratch resistant, hard coated mirror surface for safe cleaning. Will remain scratch free even if subjected to harsh environment
- Mirror rejects deep UV and IR radiation, which makes it safe for solar viewing with all White-Light and H-alpha solar filters
- 2" ClickLock clamp provides ultrafast and secure clamping action















