Skip to content
Astronomy 2024 competition winners Click here
Astronomy 2024 competition winners Click here

Language

Tele Vue Plossl 11mm Eyepiece

SKU EAP-110
Available to order
Contact us for ETA
Original price $219.00 - Original price $219.00
Original price
$219.00
$219.00 - $219.00
Current price $219.00
Return Policy

Please see our return policy here.

Same day shipping

If you order before 2pm we will ship your items same day.

Expert aftersales support

We fully support our products!

Minimum 2-Year Warranty. 

+ extended manufacturer warranties

Aussie Owned & Stocked

Our store is Australian owned and stocked.

Tele Vue 11mm Plossl Specifications

Focal Length

11mm

Barrel Diameter

31.7mm (1.25")

Apparent Field

50°

Eye relief

8mm

Field stop diamter

9.1mm

Weight

45g

The faster the focal ratio of your telescope, the greater your visual reward for using Tele Vue eyepieces. Tele Vue Plössls feature full multicoatings for greatest light transmission and contrast.

Blackened lens edges and internal anti-reflection threads tweak the last bit of contrast for maximum image detail. The sharper field focuses faint star light into perceptible points and allows those with undriven mounts to gaze longer before repositioning the image.

The 25mm, 20mm, 15mm, 11mm and 8mm Plössls round out the focal lengths for various observing from deep sky to planetary. They work best with Tele Vue Barlows or Powermates to effectively double the number of focal lengths in your collection.

Far superior to eyepieces usually provided as standard with most instruments.

Review

This is a very good medium high to high power eyepiece for resolving globular clusters, lunar and planetary detail, some smaller galaxies (depending on aperture).

It has 8mm of eye relief and so eyeglass wearers may wish to remove their spectacles.

This 11mm TeleVue Plössl was rated the best 10 -12mm Plossl in a recent test report of 31 eyepieces in Sky & Telescope magazine.

Like all TeleVue Plossls it has filter threads to fit your filters and blackened lens edges as well as being parfocal.