SmartScopeVerdict

Unistellar · Current model · launched 2022

Unistellar eVscope 2 review: specs, price and verdict

The eQuinox 2 with a Nikon digital eyepiece: 114 mm, 9-hour battery.

  • 114 mmaperture
  • 0.76° × 0.57°field of view
  • 1.33″per pixel
  • 7 kgweight
  • 9 hbattery

Our verdict

The biggest Unistellar with an eyepiece; hard to justify over the eQuinox 2 unless the eyepiece matters.

Best for: Outreach and star parties where people queue for the eyepiece.

Pros

  • 114 mm aperture with a digital eyepiece
  • 9-hour battery
  • Limiting magnitude 18.2

Cons

  • Most expensive model here at list
  • 7 kg
  • Manual focus and collimation

What fits in the field of view

The eVscope 2 telephoto camera frames 0.76° × 0.57° of sky. Below, its frame (gold) is drawn to scale over three popular targets.

eVscope 2Full Moon · frame 0.9° wide
eVscope 2Orion Nebula (M42) · frame 1.2° wide
eVscope 2Andromeda Galaxy (M31) · frame 3.6° wide
Field of view of the Unistellar eVscope 2 drawn to scale over the Moon, the Orion Nebula and the Andromeda Galaxy.
ObjectWith the eVscope 2
Full MoonFits (68% of the frame width)
Andromeda Galaxy (M31)Needs a mosaic (about 5×3 frames)
Orion Nebula (M42)Needs a mosaic (about 2×3 frames)
Pleiades (M45)Needs a mosaic (about 3×4 frames)
North America NebulaNeeds a mosaic (about 4×4 frames)
Whirlpool Galaxy (M51)Fits (24% of the frame width)
Ring Nebula (M57)Fits, but small: about 62 px across
JupiterFits, but small: about 34 px across

Object sizes are approximate apparent sizes. Pixel counts use an image scale of 1.33″ per pixel. Try any combination in the field of view comparator.

Full specifications

Aperture114 mm
Focal length450 mm (f/4)
OpticsNewtonian reflector
SensorSony IMX347 · 7.7 MP
Field of view (telephoto)0.76° × 0.57°
Image scale1.33″ per pixel
Wide-angle cameraNo
Weight7 kg (system 9 kg)
Battery9 h
Storage64 GB
EQ modeNo (alt-az only)
FiltersNone built in
Dew controlNot listed
Tripod includedYes
EyepieceYes
Collimation neededOccasionally

Official: 34.2 × 45.6 arcmin.

How it compares

Aperture of every smart telescope we track (mm) Origin Mark II 152 mm eQuinox 2 114 mm eVscope 2 114 mm Odyssey 85 mm Odyssey Pro 85 mm S50 50 mm S50 Pro 50 mm Vespera II 50 mm Vespera 3 50 mm Vespera Pro 2 50 mm DWARF 3 35 mm S30 30 mm S30 Pro 30 mm DWARF mini 30 mm
Aperture of every smart telescope we track (mm). Data: manufacturer specs (see sources).
Weight of the main unit (kg, lighter is better) DWARF mini 0.84 kg DWARF 3 1.3 kg S30 1.65 kg S30 Pro 1.65 kg S50 2.5 kg S50 Pro 2.8 kg Odyssey 4 kg Odyssey Pro 4 kg Vespera II 5 kg Vespera 3 5 kg Vespera Pro 2 5 kg eQuinox 2 7 kg eVscope 2 7 kg Origin Mark II 12.5 kg
Weight of the main unit (kg, lighter is better). Data: manufacturer specs (see sources).

Exposure length in alt-az mode

Alt-az tracking rotates the field slowly. With this field and image scale, the frame corner smears by one pixel after about 10 seconds (target due south at 45° altitude, observer at 40° latitude). That is why smart telescopes stack many short exposures; this model has no EQ mode, so it relies on short subs and software de-rotation. See EQ mode and wedges explained.

Other Unistellar models

Frequently asked questions

How much does the Unistellar eVscope 2 cost?

$4,999 list; $3,999 sale price seen on shop.unistellar.com in Nov 2026.

Can the Unistellar eVscope 2 photograph the Andromeda Galaxy in one frame?

Needs a mosaic (about 5×3 frames). Its telephoto field is 0.76° × 0.57° and Andromeda spans about 3.2° × 1°.

Does the Unistellar eVscope 2 have EQ mode?

No (alt-az only).

Does the full Moon fit in the Unistellar eVscope 2's field of view?

Yes. The Moon is about 0.52° across and the field is 0.76° × 0.57°.

Sources

Specs and prices checked on 11 Nov 2026.