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Levenhuk SkyMatic 127 GT MAK Review

This catadioptric telescope of Maksutov-Cassegrain optical design gives a very good first impression thanks to its light weight and compactness. The telescope's dimensions are only 17.1x34.4x10.2 inches, it's slightly bigger than normal hand baggage size. The telescope can be carried by hand or in a backpack. This telescope model can be mounted onto any balcony or patio, allowing you to conduct visual astronomical observations with maximum comfort. Just like other more advanced model in the series - SkyMatic 105 GT MAK, this telescope provides images of the highest quality. Its light weight allows using it as a handy portable instrument that you can take with you on different astronomical activities, star parties, to the countryside, or somewhere far away from bright city lights. The telescope assembly is very simple and takes just a couple of minutes. Once the telescope is assembled, it can be easily transported, even by a kid. With this telescope you don't even have to get up from your chair to navigate on celestial objects and observe them. Nighttime makes this telescope invisible: painted in black, it can't be noticed even at a distance of 15 feet away. The Levenhuk SkyMatic 127 GT MAK telescope should be stored in a case.

First acquaintance with the telescope

When using the telescope for the first time, point the telescope at the Earth's moon and use low-magnification eyepiece. The lunar mountains always look very impressive. Together with lunar craters they create the impression of volume in produced images; telescope movement at the lowest speed will transform your observations into an unforgettable flight over the seas and craters of the Moon. Just imagine you are in a spacecraft flying above the surface of the Earth's satellite, watching uninhabited lunar landscapes through a porthole window. I guarantee that even the very first observation with this telescope will bring you a lot fun and excitement! And as this model is lightweight, compact and user-friendly, after your observations you will feel relaxed and peaceful and will go to sleep absolutely happy.

Test shot of the surface of the Moon made with Levenhuk SkyMatic 127 GT MAK and QHY-5 camera

This shot and all subsequent images are made with the Levenhuk SkyMatic 127 GT MAK telescope and QHY-5 telescope camera. The series of images was processed using the Registax image-editing program. When observing the Moon, you should also think about the atmospheric turbulence. The height of the Moon should be more than 30 degrees to prevent the image-degrading effect of the turbulence.

Test astrophotography shot of the lunar surface

These two images are made with a 2x Barlow lens with equivalent focal length of 3000mm.

Congratulations! You have purchased a wonderful meniscus telescope! Let's take a closer look at the telescope's parts and their functions.

A general view of the Levenhuk SkyMatic 127 GT MAK telescope:

The fully assembled Levenhuk SkyMatic 127 GT MAK telescope

The assembling process includes two simple operations. First, attach the mount to the tripod using the clamping screw, and then attach the optical tube to the dovetail plate on the mount and secure it in place.

The telescope optical tube and mount
The assembly process: telescope parts

The tightening torque should be sufficient to securely fix the telescope tube in the dovetail plate of the mount. Then remove the dust cap from the front of the optical tube.

The optical tube should be firmly connected to the mount The optical elements are securely protected against the ingress of dust by a special cap

The first thing that catches your eye - multiple reflections in the meniscus system. By the way, meniscus lens (or front lens) is exactly what securely protects the interior of the optical tube from dust. There's no turbulence within the optical tube, which makes the views contrast and stable. The lenses of the telescope are fully multi-coated, which provides for maximum light transmission, and the mirrors are covered with a special protective coating to increase their lifespan. The shielding system cuts down on stray light getting inside the optical tube.

The optical tube of the telescope is blackened internally to avoid scattered light. The tube itself is made of metal, the rims of the meniscus and the primary mirror serve as the stiffening ribs of construction.

The fully multi-coated optics provide for the highest quality produced images The interior surface of the Levenhuk SkyMatic 127 GT MAK telescope is blackened

Plastic optical finderscope is installed on a high mount, which is very convenient during pointing to desired objects. Before your first observation with this telescope, point the telescope at any distant object and align the finderscope. The object should be located at a distance of not less than 900 feet from you. The finderscope can be aligned with two adjustment screws. It should be noted that the optics of the finderscope are also multi-coated.

The telescope's finderscope allows for easy tracking of celestial bodies
The optics are fully multi-coated The optical finderscope is made of plastic Before you start your very first observation with this telescope, you should align the finderscope

Make sure that the thumbscrew that locks the finderscope mount in place is tightened securely.

The finderscope will easily find any of the 42,900 objects whose coordinates are stored in its microprocessor Make sure that the focuser is firmly connected to the telescope tube

The focuser is located at the back of the optical tube. Rotating this smooth-running handle, we move the primary mirror of the telescope along the optical axis to obtain the best image quality. I didn't notice any change in object positioning in the plane of the image while refocusing. Here is what the fully assembled telescope with installed diagonal mirror looks like:

The focuser allows you to obtain an accurate image focus

Take a look through the eyepiece of the Levenhuk SkyMatic 127 GT MAK telescope:

The view through the eyepiece of the Levenhuk SkyMatic 127 GT MAK

There are three pairs of adjustment screws attached at an angle of 120 degrees to the tube's body. Each pair has a locking screw for fixing aligned position. On the diagonal mirror's body there are screws for attaching an eyepiece.

The telescope body has three pairs of adjustment screws To attach an eyepiece, use special screws located on the diagonal mirror's body

After removing the diagonal mirror and the adapter we can see a small black circle - this is screening by the secondary mirror.

The small black hole on the picture is screening caused by the secondary mirror The focusing knob located on the bottom of the optical tube

Below you can see the telescope camera mounting options for taking pictures of the Moon and planets in prime focus with or without the Barlow lens:

Use the Barlow lens to achieve a larger image scale Take quality sharp pictures of the Moon and Solar System planets using a telescope camera

To shoot using an SLR camera, you will need a special adapter (for different camera models there are different camera adapters), purchased separately.

To attach your DSLR camera to the telescope you will need a special adapter
The QHY-5 telescope camera attached to the Levenhuk SkyMatic 127 GT MAK

Using 10 mm eyepiece with 2x Barlow lens you can get the instrument to 300x magnification power:

Maximize you telescope's capabilities by using additional accessories, for example 10mm eyepiece and 2x Barlow lens

The Azimuthal mount with GoTo function is very easy to manage; it is equipped with a computerized SynScan AZ hand controller. The navigation process does not require any special skills - the mount will do all the work! The preprogrammed database stores coordinates of more than 42,000 celestial objects. It will also provide you with general information about planets, satellites, stars, nebulae and other objects. The telescope can be connected to a PC (the required cable is included in the kit), and you can operate the instrument using one of the common planetarium programs, such as Stellarium software, which, by the way, you can download for free.

This 'intelligent' mount will help you to locate desired objects on the celestial sphere

When all accessories are attached, make sure to properly balance the telescope.

Don't forget to properly balance your telescope - it is one of the most important steps

For more convenience when pointing the telescope to the zenith or horizon, the telescope's mount has a calibrating scale.

A calibrating scale is provided for more convenience when pointing the telescope to the zenith
The telescope optical tube

Power and control connectors are placed on the mount's body.

The mount's body has a calibrating scale
Power and control connectors are located on the mount's body

There is convenient base for the hand controller on one of the tripod's legs.

The hand controller holder The hand controller holder is located on the tripod's leg

Once again I remind you that this telescope model has only one thumbscrew locking the tube to the mount, there are no backup screws, so always check that it's tightened securely.

The thumbscrew that locks the tube to the mount must always be tightened securely

The mount is powered by standard AA batteries.

Regular AA batteries are used to power the telescope mount
The tripod is equipped with a spirit level, which is located on one of the tripod's legs. A plastic accessory tray contributes to the tripod's stability.
Spirit level is integrated into the tripod
A very convenient tray allows you to keep all accessories in one place

The images show that the tripod is stable enough to place some compact tools on, or, for example, a camera.

The tripod provides great stability and allows you to connect additional accessories
The tripod ensures a stable base for the telescope

The tripod is adjustable to a comfortable height.

The tripod height can be adjusted to the observer's height

Optical design Maksutov-Cassegrain
Optics coating fully multi-coated
Primary mirror diameter (aperture), mm 127
Focal length, mm 1500
Highest practical power, x 250
Focal ratio f/11.8
Resolution threshold, arcseconds 1.1
Limiting stellar magnitude 12.5
Eyepieces SL 10 mm, SL 26 mm
Eyepiece barrel diameter 1.25"
Finderscope optical, 6x30
Focuser 1.25"
Tripod steel
Tripod height (adjustable), in 24.8-45.3
Telescope control auto-tracking
Mount AZ 114 GT (azimuth)
Drive type servomotors
Tracking rate sidereal, lunar, solar
Pointing accuracy up to 10 arcminutes
Tracking mode dual-axis tracking
Navigation system alignment brightest star, two-star
Hand controller SynScan AZ with automatic navigation
Objects in the database 42,900
Power supply 1A, 11-15V DC
Optical tube dimensions, in 5.6 x 14.6
Optical tube weight, lbs 7.3

Levenhuk SkyMatic 127 GT MAK test

Levenhuk SkyMatic 127 GT MAK test astrophotography images

These tests show that the Levenhuk SkyMatic 127 GT MAK telescope provides excellent image quality.

Tips for beginning astrophotographers

If you have a telescope camera for astrophotography, you will be able to make fantastic photos of bright celestial objects such as the Moon and planets. There's no sense in trying to use this telescope for shooting deep-sky objects, since the focal ratio of the instrument is quite slow for this purpose. The images posted below were taken in the prime focus of Levenhuk SkyMatic 127 GT MAK telescope using a QHY -5 camera for astrophotography.

The panoramic image of the Moon:

A panoramic view of the Moon

Pictures of the lunar surface made with 2x Barlow lens:

Mountains and craters on the Moon The Moon's surface as seen through the objective of the Levenhuk SkyMatic 127 GT MAK A closer look at the Moon's surface

Visual Observing Short Manual

Before starting your observation, set up your telescope in the open air and leave the instrument there for about an hour for thermal stabilization. The very first thing you should do is align the telescope by suggested bright stars; the process will take not more than 5 minutes. After that you will be able to choose particular objects from the database, and the telescope will locate them on celestial sphere by itself. After the telescope has found the object of interest in the sky, look at it through the finderscope and try to memorize where exactly the object is located. Sometimes I don't use the remote control, and navigate manually orienting by available bright stars. This is a very beneficial activity that gives you knowledge of the night sky and, of course, positive emotions. If you are going to take the telescope with you on a hiking trip, I would recommend using a simple carbon tripod, then the total weight of the telescope will be no more than 11 pounds and you will also be able to easily put the instrument into a bag or backpack.

The observation plan should be prepared in advance. Don't forget to make a list of objects you are going to observe. When choosing the objects, keep in mind that limiting stellar magnitude of the telescope is 1.1 arc seconds. In addition to the standard eyepiece from the kit, I would buy at least another two or three eyepieces with different magnification power. You should purchase powerful eyepieces as well as "weak" ones to observe binary stars, planetary disks, and extended objects. As I mentioned in the beginning of the review, detailed observations of the Moon are truly fascinating! I always recommend that astronomy beginners study "See it all!" Astronomer's Handbook first. The book contains descriptions of all celestial objects that you can observe with the Levenhuk SkyMatic 127 GT MAK Telescope.


Levenhuk SkyMatic 127 GT MAK is a powerful yet compact Maksutov-Cassegrain telescope that delivers unsurpassed image quality. It is best suited for observing planets, the lunar surface, binary stars and compact nebulae. Its relatively small aperture allows successfully observing bright nebulae and star clusters, and its quality mount equipped with motor drives on both axes opens a lot of opportunities for making photos and videos of the Moon and planets. Such versatility allows me to recommend this telescope to all astronomy lovers, including those of you who have just started to get acquainted with the starry sky due to the GoTo function of the Levenhuk SkyMatic 127 GT MAK telescope model, which allows the telescope to find desired objects automatically.