The Celestron 114LCM is a 114mm computerized reflector for beginners who want a hand controller to locate and track objects. Its GoTo convenience is real, but so are the compromises: a lightweight mount, a 1000mm optical system built around a spherical primary mirror, and a price that can overlap with optically stronger manual telescopes.
Quick verdict
- Best for: a beginner who values object location and tracking more than maximum optical performance per dollar.
- Not ideal for: someone who wants the sharpest 114mm view, a photography mount, or a silent grab-and-go setup.
- Strength: NexStar+ control, SkyAlign, tracking, and a 40,000-object database.
- Compromise: GoTo spends part of the budget on electronics and still requires accurate alignment.
- Current product checked: Celestron item 31150, in stock on the manufacturer's U.S. site at the time of this September 2026 review.
Who should buy the Celestron 114LCM?
Buy the 114LCM if you enjoy guided technology, have a reasonably open observing site, and want targets to remain centered while several people take turns at the eyepiece. Tracking is useful for family observing and outreach because the planet or cluster does not drift away as quickly as it does in a manual telescope.
Skip it if you are comfortable learning the sky and want the largest, most stable aperture for your budget. A manual tabletop or full-size Dobsonian avoids batteries and alignment and often gives a steadier optical experience. The 114LCM is a convenience-first telescope, not a value-first light bucket.
Celestron 114LCM specifications
| Feature | Specification | Practical effect |
|---|---|---|
| Optical design | 114mm Newtonian reflector, spherical primary | More light than small beginner refractors; optical compromise at high power |
| Focal length | 1000mm | 40x with the 25mm eyepiece; 111x with the 9mm |
| Focal ratio | f/8.77 | Narrower field than a short-tube reflector |
| Mount | Motorized altazimuth | GoTo pointing and visual tracking after alignment |
| Hand control | NexStar+, 40,000-object database | Large catalog, although many entries are too faint for 114mm optics |
| Alignment | SkyAlign, Auto 2-Star, 1-Star, 2-Star, Solar System | Several ways to establish the mount's sky model |
| Included eyepieces | 25mm and 9mm | Useful low and medium-high starting powers |
| Finder | Built-on StarPointer red dot | Used to center alignment stars |
| Power | 8 AA batteries or compatible external supply | Fresh power is essential for reliable slewing |
Celestron's current 114LCM specifications list a 269x highest useful magnification. That is a theoretical ceiling, not a recommended operating target. In real conditions, the supplied 111x view is already a more sensible test of the optics and atmosphere. Good seeing, accurate collimation, and a well-cooled tube matter more than a large magnification number.
What can you see with the 114LCM?
The 114mm aperture is enough for satisfying views of the Moon, Jupiter's major cloud belts and moons, Saturn's rings, bright double stars, open clusters, and the Orion Nebula. Under a dark sky, the brightest galaxies and globular clusters appear, though they remain subtle and mostly colorless.
The database is much larger than the telescope's realistic target list. That is normal for computerized mounts. Use Sky Tour or a curated list of bright objects instead of assuming every catalog entry will be visible.
Our guide to what a 114mm telescope can show gives target-by-target expectations.
How easy is SkyAlign?
SkyAlign simplifies the process, but it does not remove it. The mount needs the correct date, time, location, level tripod, and three well-spaced bright objects. The finder must also agree with the main telescope.
- Assemble and level the tripod before dark.
- Align the red-dot finder on a distant object in daylight.
- Enter the location, date, and time carefully.
- Center three bright objects, first in the finder and then in the eyepiece.
- Finish each approach using the same directional buttons to reduce gear backlash.
If GoTo misses, do not immediately blame the database. Check time zone, daylight-saving setting, level, finder alignment, and whether the chosen stars were widely separated. A manual two-star alignment may be easier once you recognize a few bright stars.
The mount and tracking experience
The motorized altazimuth mount tracks well enough for visual observing after a good alignment. It is not an equatorial imaging mount. Field rotation limits long exposures, and the light tripod is sensitive to wind and focusing vibration.
Motor noise is noticeable while slewing. Tracking uses slower movement and is less intrusive. Keep spare batteries available; weakening voltage can cause erratic behavior that looks like an alignment problem. A compatible regulated external supply is worthwhile for frequent backyard use.
Optical strengths and limitations
The 114mm aperture gathers substantially more light than a 60mm or 70mm beginner refractor. That gain helps on clusters, nebulae, and planetary detail. The long effective focal length also provides useful magnification with ordinary eyepieces.
The trade-off is the spherical primary mirror and compact optical layout. At demanding powers, a well-made parabolic 114mm reflector can deliver a cleaner image. The 114LCM can still be enjoyable, but its electronics are the reason to choose it. Buyers focused primarily on image quality should compare other 114mm and 130mm designs.
Like any Newtonian, it may need collimation. Learn to check alignment rather than assuming the telescope will remain perfect after transport.
Celestron 114LCM versus a manual Dobsonian
| Celestron 114LCM | Manual Dobsonian |
|---|---|
| Finds and tracks objects after alignment | You find and follow objects yourself |
| Requires power and setup data | Works immediately without batteries |
| Helpful for shared viewing | Often steadier at the same budget |
| Large database and Sky Tour | Teaches star-hopping naturally |
| Better if tracking is the priority | Better if optical value is the priority |
There is no universal winner. Choose the 114LCM because you want GoTo and tracking, not because a 40,000-object database means you will see 40,000 detailed objects.
Is the Celestron 114LCM good for astrophotography?
It can capture the Moon and bright planets with a phone or planetary camera. The tracking helps keep a target on the sensor during short video captures. It is not a suitable platform for long-exposure galaxy or nebula photography because an altazimuth mount rotates the field and the tripod is not designed for a heavy imaging train.
For planetary imaging, record a short video and stack the sharpest frames. Keep the camera light, balance the tube, and avoid expecting the visual GoTo mount to behave like an equatorial astrophotography system.
Is the Celestron 114LCM worth it in 2026?
It is worth it for the buyer who will use the GoTo system. If locating objects is the barrier that would otherwise keep the telescope indoors, computerized assistance can be more valuable than a modest optical advantage.
Compare the live price with a 130mm tabletop Dobsonian and Celestron's smartphone-guided StarSense models. If the 114LCM costs much more, decide whether automatic tracking justifies the difference. If you mainly want clear views and do not mind manual aiming, put the money into aperture and stability.
Frequently asked questions
Does the Celestron 114LCM track planets?
Yes. After a successful alignment, the motorized altazimuth mount can track the Moon, planets, and deep-sky objects for visual observing. Accuracy depends on setup, alignment, and steady power.
Can the 114LCM see Saturn's rings?
Yes. Saturn's rings are visible through the 114LCM when the planet is above the horizon and atmospheric seeing is steady. Begin at low power, center the planet, then try the supplied 9mm eyepiece.
Does the 114LCM need batteries?
The mount can run on eight AA batteries or a compatible external power supply. Fresh, stable power helps prevent unreliable slewing and alignment behavior.
Is the 40,000-object database realistic for a 114mm telescope?
The database is a pointing catalog, not a promise that every object will be visible. A 114mm telescope shows a useful subset, with results depending heavily on sky darkness and the object's brightness.
Can the Celestron 114LCM take deep-sky photos?
It is not designed for long-exposure deep-sky imaging. The altazimuth mount introduces field rotation, and the lightweight platform is better suited to visual use, Moon photos, and short planetary video.
What is the best first upgrade?
Reliable power and a simple collimation tool usually improve the experience more than buying extreme-magnification eyepieces. Use the supplied 25mm and 9mm eyepieces before deciding what focal length is missing.