Please note: Last regular shipment before Christmas is on December 19, 2024, after which only express shipments can be sent. Our store is closed on Christmas Eve and New Year's Eve. (Close)
APM Telescopes offers a whole series of Ultra Flat eyepieces. The focal lengths are staggered from 10mm, 15mm, 18mm, 24mm and 30mm. The FOV is 65° - the 30mm eyepiece has a FOV of 70° and a 2" connection. The FOV are clearly visible. The eyepiece series up to 24mm is ideal for large APM binoculars.
APM Super Zoom eyepiece with APM comacorrecting barlow.
Features:
Wide focal length range between 7.7 and 15.4mm (with APM Barlow 4mm to 8.1mm)
Wide angle field of view
High quality, multicoated optics
Sophisticated optical-mechanical design
Modern MC multicoating
Optimized, comfortable viewing behavior
Blackened lens edges
Click stop 8 clicks : 7.7-8-9-10-11-12-13-14-15.4
Click stop 8 clicks with APM Barlow : 4-4,2-4,8-5,3-5,8-6,3-6,9-7,4-7,9-8,1
2 upper external threads for connection of Tele Vue Dioptrix or adapter M43 x 0.75 and M37 x 0.75 plug diameter 1.25" with filter thread, as well as 2" plug
apparent field at 7.7 ( 5.0 mm ) mm 67° and at 15.4 ( 10.0 mm ) mm 66°.
554.00 €
Estimated delivery time : 1-2 days
(as from Availability)
The 1.25 "UltraFlat Field
Eyepiece features a high quality standard and a very compact design,
which is designed to remove the field curvature at the edge, resulting
in a flat, distortion-free image up to the edge of the visible field of view
The 1.25 "UltraFlat Field
Eyepiece features a high quality standard and a very compact design,
which is designed to remove the field curvature at the edge, resulting
in a flat, distortion-free image up to the edge of the visible field of view.
The 1.25 "UltraFlat Field
Eyepiece features a high quality standard and a very compact design,
which is designed to remove the field curvature at the edge, resulting
in a flat, distortion-free image up to the edge of the visible field of view.
The 1.25 "UltraFlat Field
Eyepiece features a high quality standard and a very compact design,
which is designed to remove the field curvature at the edge, resulting
in a flat, distortion-free image up to the edge of the visible field of view.