Telescope Comparison
Celestron NexStar 6SE vs Vixen VMC110L
The Celestron NexStar 6SE is a complete setup. The Vixen VMC110L needs a mount before it's usable.
First light
Celestron · 150mm · £999
The automated deep-sky platform
- 150mm schmidt-cassegrain on a computerised mount with motorised tracking
- Good for: Moon, planets, bright nebulae, star clusters, and deep-sky objects
- GoTo system finds any object in its database after initial star alignment — no star atlas needed
- Tracking motors keep objects centred as Earth rotates — useful above 100×, essential for photography
- 11.5kg total — requires a fixed garden spot or car transport
Vixen · 110mm · £599
The custom-rig optical tube
- 110mm maksutov-cassegrain — optical tube only, no mount included
- 1035mm focal length at f/9.4
- Requires a compatible mount before you can observe anything
- Best for: observers who already own a suitable mount or are building a specific imaging rig
- Not a complete purchase — budget at least £100–300 extra for a mount before observing
The full picture
The numbers that separate these two scopes — and what they mean at the eyepiece.
Aperture
Celestron NexStar 6SE gathers 1.9× more light. On bright targets — Moon, Saturn, Jupiter — you won't notice. On fainter targets — dim galaxies, faint globular clusters — the gap is real.
Focal length
Celestron NexStar 6SE's longer focal length reaches higher magnification with the same eyepiece — better reach for planetary detail. Vixen VMC110L's shorter focal length gives a wider true field — better for large open clusters and extended nebulae.
Focal ratio
Vixen VMC110L's faster f/9.4 delivers wider fields with any eyepiece — better for open clusters and large nebulae. Celestron NexStar 6SE's f/10 provides more magnification per eyepiece — better for fine planetary detail.
Mount type
Vixen VMC110L has no mount — add a compatible mount before you can observe. Celestron NexStar 6SE is a complete ready-to-use system.
Weight (OTA)
Vixen VMC110L's optical tube is 1.9kg lighter. Relevant if you plan to use it on multiple mounts or carry the tube to dark-sky sites separately.
Optical design
Celestron NexStar 6SE is a Schmidt-Cassegrain (mirror and corrector, versatile focal lengths); Vixen VMC110L is a Maksutov-Cassegrain (mirror and lens corrector, compact tube). Different optical formulas produce different strengths — reflectors give more aperture per pound; refractors give sharper contrast and require no collimation.
At the eyepiece
Celestron
Celestron NexStar 6SE
The Moon fills the field at low power with more detail than you'll have time to explore on any given night. Saturn's rings are unmistakable from the first session; in good seeing, the Cassini Division — the dark gap between the A and B rings — is a genuine target at higher magnification. Jupiter shows two equatorial cloud bands clearly, the four Galilean moons changing position night to night. The Orion Nebula (M42) shows clear structure — nebulosity spreading around the Trapezium, which splits at moderate power. The Andromeda Galaxy (M31) shows a concentrated core clearly. The Hercules Cluster (M13) shows some resolution at the edges at higher magnification. The Celestron NexStar 6SE gathers 1.9× more light than the Vixen VMC110L — a difference that's marginal on bright targets but visible on fainter ones: dimmer galaxies, faint globular clusters, and extended nebulosity that sits below the threshold of the smaller aperture.
Vixen
Vixen VMC110L
The Moon fills the field at low power with more detail than you'll have time to explore on any given night. Saturn's rings are unmistakable from the first session; in good seeing, the Cassini Division — the dark gap between the A and B rings — is a genuine target at higher magnification. Jupiter shows two equatorial cloud bands clearly, the four Galilean moons changing position night to night. The Orion Nebula (M42) shows clear structure — nebulosity spreading around the Trapezium, which splits at moderate power. The Andromeda Galaxy (M31) shows a concentrated core clearly. The Hercules Cluster (M13) shows some resolution at the edges at higher magnification.
The real tradeoff
Both scopes are capable. The question is which one fits the way you actually observe.
The Celestron NexStar 6SE is a complete package — everything arrives in one box and you can observe the same day. The Vixen VMC110L is a bare optical tube that needs a separate compatible mount before you can point it at anything, adding significant cost and complexity. Unless you already own a suitable mount, the Celestron NexStar 6SE is the practical choice.
The dark side
Every scope has a personality. Here’s where each one gets difficult.
Celestron
Celestron NexStar 6SE
Alignment required every session
GoTo star alignment cannot be skipped — the mount needs to know where it is pointing before it can find objects. This adds several minutes to the start of every session, every time.
Vixen
Vixen VMC110L
No mount included
You cannot observe until you buy a separate compatible mount — add at least £100–300 before you have a working telescope.
Nothing to look through on day one
Until a mount arrives, the optical tube is a piece of glass you cannot point at the sky.
Which is right for you?
Two different buyers. Two different right answers.
The automated deep-sky platform
Celestron · Celestron NexStar 6SE
You’ll love this if…
- You want to navigate straight to targets without a star atlas — align once and the scope slews to any object in its database on demand
- You observe from a light-polluted garden where star-hopping to faint deep-sky objects would take most of a clear night
- You want objects to stay centred at high magnification without having to manually nudge the scope every few minutes
This will frustrate you if…
- You find the star alignment required at the start of every session frustrating — GoTo alignment cannot be skipped, and several minutes on a cold night before you can observe is the reality
The custom-rig optical tube
Vixen · Vixen VMC110L
You’ll love this if…
- You already own a compatible equatorial or alt-az mount — this is the optical tube you've specifically chosen to put on it
- You're building an imaging rig piece by piece and know exactly what you need at the end of a focuser
- Choosing an optical tube independently of the mount gives you more flexibility over your overall system
This will frustrate you if…
- You buy it without fully accounting for the mount — add at least £100–300 to the purchase price before you have a working telescope
- You expected a complete package and didn't realise this is a bare optical tube that cannot be used without a separate mount
Our verdict
This comparison has a catch: the Vixen VMC110L is a bare optical tube. You cannot use it without a separate mount — which adds meaningful cost and complexity. The Celestron NexStar 6SE is a complete, ready-to-observe package.
For most buyers, the Celestron NexStar 6SE is the right choice — you can observe the same night it arrives. The Vixen VMC110L makes sense if you already own a compatible mount, or are deliberately building a specific imaging setup piece by piece. If I had to choose for a first telescope: the Celestron NexStar 6SE, without hesitation.
Celestron NexStar 6SE
View Celestron NexStar 6SE →Vixen VMC110L
View Vixen VMC110L →Deep field: Full specifications
Every data point, for those who want to go further.
Full specifications
Fields highlighted in blue or amber indicate the better value for that spec. Data is manufacturer-stated and may vary.
How much can it see?
| Spec | Celestron NexStar 6SE | Vixen VMC110L |
|---|---|---|
Apertureⓘ The most important spec — bigger = more light = better views | 150mm | 110mm |
Focal Length Longer = more magnification potential | 1500mm | 1035mm |
Focal Ratio Lower f-number = wider field of view; higher = more magnification per eyepiece | f/10 | f/9.4 |
Optical Design The type of optics — each design has different strengths | Schmidt-Cassegrain | Maksutov-Cassegrain |
Coatings Better coatings = more light transmission through the optics | StarBright XLT fully multi-coated on all optical surfaces | Fully multi-coated mirrors and corrector plate |
How do you point it?
| Spec | Celestron NexStar 6SE | Vixen VMC110L |
|---|---|---|
Mount Type The mechanical system that holds and moves the telescope | GoTo (Computerised) | None (OTA only) |
GoToⓘ Computer-controlled pointing — finds any of thousands of objects automatically | ||
Trackingⓘ Motor keeps objects centred as the Earth rotates — essential for astrophotography |
The focuser
| Spec | Celestron NexStar 6SE | Vixen VMC110L |
|---|---|---|
Focuser Size 2" accepts wider eyepieces and gives better low-power views | 1.25" | 1.25" |
Focuser Type Rack-and-pinion is standard; Crayford and dual-speed are smoother | SCT rear-cell focuser | SCT-style rear cell with focuser knob |
Size & weight
| Spec | Celestron NexStar 6SE | Vixen VMC110L |
|---|---|---|
OTA Weightⓘ Optical tube only — useful for comparing mount load capacity | 3.5kg | 1.6kg |
Total Weight Full setup including mount — this is what you lug to the car | 11.5kg | — |
Tube Length | 394mm | 277mm |
Tube Material | Aluminium | Aluminium |
What's in the box?
| Spec | Celestron NexStar 6SE | Vixen VMC110L |
|---|---|---|
Eyepieces Included eyepieces — more is better, but quality matters more than quantity | 25mm Plössl | — |
Finder Scope Helps you locate areas of the sky before switching to the main eyepiece | StarPointer red dot finder | — |
Diagonal Tilts the eyepiece 90° for comfortable viewing — useful on refractors |
Blue highlight: Celestron NexStar 6SE advantage · Amber highlight: Vixen VMC110L advantage · Greyed cells: equal or subjective.