Your partner for astronomy
Subscribe to RSS Feed or ATOM Feed

Good things always return: The ETX-125 telescope from Meade

June 29 2017, Stefan Taube

It is available again, the ETX-125 from Meade. Easy to transport, versatile in use and computer controlled – this made the ETX-125 a classic in the past!

ETX125

The advantages of the Meade ETX-125:

  • Compact Maksutov optics: Longer focal length despite the short tube. Ideal for watching the moon and planets, but also for observing nature in the daytime. The robust Maksutov is stable in adjustment and, due to the closed tube, has a well protected mirror.
  • With its opening of 127 millimetres, it is the biggest optics of the ETX series and also suitable for watching objects beyond our solar system: The Orion nebula, the big star cluster M13 in the Hercules constellation, and many other objects.
  • The optical tube is fixed in a bracket mount. It reliably carries the optical system, its motors in both axes align it with the desired observation object and track the telescope in line with any rotation of the sky. The integrated battery compartment provides the required electric current for the motors during outdoor use. However, the ETX-125 can also be powered via an optionally available power supply unit.
  • The tube is actually fixed in the fork, but the fork can be removed from the tripod for easier transportation. The steel pipe tripod carries the telescope without any negative wobbling. Another special feature: The tripod comes with an integrated equatorial wedge. This makes the azimuthal bracket mounting an equatorial GoTo mount, as is needed for astro photography.

And all this for a fair price!

The Meade ETX-125 is a GoTo telescope. This means that it is equipped with computer control, which makes it possible for beginners to find and identify objects in the sky.

The telescope is controlled via the new AudioStar-Handbox:

AudioStar

With AudioStar, you can choose from 30,000 celestial objects. However, the control also suggests objects for watching. A special feature of AudioStar is the audio output. It provides interesting information about the chosen object – however, only in English.

The compact, robust and computer controlled Meade ETX-125 also convinces in its new design!

 

Focusers: This is how you optimise your telescope on the accessories side

June 19 2017, Marcus Schenk

A focuser is most likely the component, that is used most frequently and intensively on a telescope. How often do you plug in eyepieces, adapters and cameras? Yes, a focuser has to cope with quite a lot. But is it of sufficient quality? Many telescopes are designed for a very reasonable price – this can then be noticed on the focuser. Optimising the focuser has a tremendous effect at this point.

Having a good look at your current focuser quickly reveals whether you can achieve even better results with your telescope.

An interesting question: What is the purpose of a high-quality, accurately moving focuser? What should it be able to do?

omegon-focuser-blog-astroshop

Five arguments for a good focuser

A focuser should

… be free of play.
You probably know this? You turn the focuser wheel, but the mechanical system rotates without any effect. And all of a sudden, it starts to move. On the one hand this is annoying, on the other hand it gives you the feeling of working with low-quality material.

…be free of any shifting.
You turn the focuser wheel, but Jupiter performs a rain dance and is jumping about in the eyepiece. Even worse in a camera. The object may even jump out of the field of view. Diagnosis: Shifting. This should be remedied as quickly as possible by using a good focuser.

…not bend when a camera is connected.
Unstable focusers sometimes lead to fatal results for your astro photographs. If the focuser tube bends, a photo may be sharp in one corner, but blurred in the other. Now, who wants such a result after an otherwise successful photo session. Further down, you find a list with a load capacity that specifies the maximum camera load, which should help to avoid such problems.

…have an accurate, fine focus adjustment.
Anyone enthusiastic about astro photography knows: Focusing the camera on an object in the sky is a challenge. This is much easier with a smooth running focuser or a 1:10 dual reduction. This allows you to adjust the focus in the range of tenths of a millimetre. This all to find the exact sharpness.

…not slip when using heavy accessories.
A heavy eyepiece may have a weight of up to 1 kg, camera equipment may even be heavier. In this case, it is an advantage to have a focuser that does not slip under a heavy weight.

Our product range includes some Omegon focusers, with which you can easily optimise your telescope and enhance its performance. For even more fun when star gazing. Especially the Omegon products of the series V-Power, Omegon Pro and the Omegon Hybrid Caryford Dual Speed are dedicated for these five wishes and fulfil them with high precision. The mentioned Omegon Hybrid Caryford Dual Speed has even been designed with a very low construction height. On very fast Newton systems, with e.g. f/5, one can reduce the vignetting and enhance the illumination.

You surely want to know whether the focuser matches your telescope. How high is the backfocus? What are the adapter measurements? How high is the load capacity of the focuser? This new list provides all information at a glance. You can immediately see, which focuser would suit you best.

Omegon_Focuser_Table

CGX-L: The Large Version of the New Celestron Mount

June 12 2017, Stefan Taube

At the beginning of February, we introduced the latest development from Celestron: Celestron CGX. The CGX now has a big sister. The brand-new  CGX-L mount is able to carry 34 kilogrammes and thus almost 10 kilogrammes more than the CGX.

The large 14 inch optics can thus also be used with the new technology of the CGX-mounts:

CGX-L-1400

The generously sized 144 millimetre worm gears are an important factor in increasing the load bearing capacity. They enable smooth running, even when carrying heavy telescopes. Apart from this, the dovetail clamps were extended to 270 millimetres, so that large telescopes are also securely held in place.

The illustration shows the mount head with the large worm gear and the toothed belt drive:

CGX-L-Antrieb

Another positive aspect: Additional AUX ports and the autoguider connection on the DEC-axis ensure a better cable management.

If you intend to use large optics with photo equipment, you need a heavy counter weight. With 31.5 millimetres in diameter, the counterweight shaft has been adequately dimensioned for carrying heavy loads.

Despite the increased load bearing capacity, the CGX-L is still portable. And not only the mount is able to carry higher loads: Celestron delivers the CGX-L with a steel tripod which has been considerably reinforced compared to the CGX. The tripod legs have a diameter of 70 millimetres!

The CGX-L is a universally usable mount, with hardly any limits: You may use it stationary in your garden observatory or transport it to telescope meetings or to your favourite observation location.

We offer the mounts CGX and CGX-L individually. With the dual saddle plate, you can combine these mounts with almost any optics system. But you can also decide on a complete telescope system consisting of mount and Schmidt-Cassegrain optics. You will find these product series under the two links CGX- telescopes and CGX-L telescopes.

No matter whether you decide for the CGX or directly for the larger sister CGX-L, you will receive a modern mount, which will set the standard for the next few years.

New: Omegon Oberon eyepieces with 82° field of view

May 23 2017, Marcus Schenk

The new Omegon Oberon eyepieces have an 82° field of view and thus provide you with an outstanding free and open view. Apart from this, they are waterproof and filled with nitrogen. At less than 200 Euros they have a remarkably reasonable price tag and are affordable for almost every hobby astronomer.

Die Omegon Oberon Okulare mit 82° Gesichtsfeld

Waterproof and filled with nitrogen

You surely know the situation when eyepieces lose their shine. When dirt, pollen and the grease from your eyelids cover the eye lenses. This is normally the point at which eyepieces should be cleaned. But this is not as simple as it sounds, because lenses need to be cleaned with great care and using optical cleansing agents.  Omegon eyepieces make it incredibly easy.

Simply flush the eyepiece off under running water. And your eyepieces gleam like on the first day.

The benefits of a large field of view

Wide-angle eyepieces are the dream of any stargazer. In contrast to the standard eyepieces with a 45° or 50° field of view, large-field eyepieces give you the impression of floating through outer space. Above 70° the eye does not perceive the outer edge of the eyepiece, and a starry sky appears almost endless. The Oberon eyepieces with 82° fulfil this task even better, because here the eye can even move within the field of view.

The Oberon eyepiece series consists of six eyepieces with focal lengths of 7 mm, 10 mm, 15 mm, 19 mm, 23 mm and 32 mm. The three small focal lengths are available in 1.25″, the three long focal lengths in 2″. Any star gazer knows that sometimes it is quite difficult to find an object. A 32 mm Oberon eyepiece like this makes things a lot easier: A small magnification coupled with an 82° field of view makes the big Oberon a perfect finder eyepiece.

But also a 7 mm eyepiece with 82° has clear advantages: Viewing the surface of the Moon with a high magnification while still seeing large areas of the lunar landscape – it is just amazing.

The advantages of Oberon eyepieces at a glance:

•    Enduring: waterproof and filled with nitrogen – to protect against moisture and for a long service life
•    82° field of view: giant field of view, almost without limitation
•    Goof grip: serrated rubber armouring
•    Upscale design: anodised aluminium housing

Come this way: You can find further details on the product pages for the new Oberon eyepieces.

Now available: the new CGEM II mount from Celestron

May 17 2017, Stefan Taube

The American telescope manufacturer Celestron has revised their work horse for astrophotographers. The CGEM II is very popular, and rightly so, because when it comes to load bearing capacity it has a lot of reserves as compared to the smaller Advanced VX mount; but it is cheaper than the big CGX. In the field of equatorial GoTo mounts for mobile astrophotography the CGEM II takes a middle position.

CGEM II

The new CGEM II not only looks very trendy, but it also features a few real innovations when compared with its predecessor.

  • New powerful motor electronics with the latest firmware.
  • USB 2.0 port on the hand controller. This way you can simply connect the hand controller to a PC for software updates.
  • PPEC (Permanent Periodic Error Control) ensures precise tracking.
  • Autoguider port. Indispensable for sophisticated astrophotography!
  • Tracking beyond the meridian.
  • The mounting saddle accepts prism rails acc. to Vixen and Losmandy standard. No adapter required.
  • Improved tripod with height marks: This makes it even easier to place the tripod horizontally.

With this mount, the telescope, camera and guider may have a weight of up to 18 kg. This leaves a really big tolerance range.

We offer the CGEM II, but also as a set together with the Schmidt-Cassegrain optics with apertures ranging from 8 to 11 inch (~200 to 280 millimetres): CGEM-II telescopes.

Combined with the classic SC-telescopes this provides you with excellent astronomical equipment which will give you joy for the rest of your life! If you have extra spending money, you should consider the CGEM II with EdgeHD. This variant of the Schmidt-Cassegrain telescope already has the correction optics for the unavoidable coma error integrated, allowing you to take sharp photos right to the edge.

Whatever you will decide, with the CGEM II you can’t go wrong!

Observing the Sun with the DayStar QUARK Calcium-H

May 11 2017, Stefan Taube

The American sun filter manufacturer DayStar revolutionised sun observations with its QUARK series. For a comparatively low price you can now use a refracting telescope with a small aperture for watching the Sun in a defined spectral line – this is no more complicated than plugging an eyepiece into a diagonal mirror.

DayStar have now extended their QUARK series by a model to watch the Sun in a spectral line of the chemical element calcium. With the DayStar QUARK Calcium-H-line sun filter you can watch the sun at a wave length of 397 nanometres – or perhaps not: Not everyone is able to notice such short-wave light.

However, with a planet camera this short-wave radiation can be recorded without any problems. Corresponding tests were undertaken by our colleague Bernd Gährken:

Sonne-Calcium-H

For this photo 4 images were combined. In addition to the QUARK Calcium-H-line, an Omegon photoscope with 1.6x Barlow and a planet camera were used. The scope of delivery includes adapters for 1.25″ and 2″ focusers. The Calcium filter works without telecentrics and requires an optical path of 6.2 centimetres. With many optics the focus cannot be reached directly. We therefore recommend also ordering the reasonably priced path corrector. It can be screwed directly into the QUARK filter. In terms of cameras, we specifically recommend the Mono Guider from Touptek or the planet cameras from ZWOptical. When photographing a tight spectral range, the complete resolution of the sensor can only be utilised when using a black-and-white camera (“mono”).

Unfortunately there were no sunspots on the sun when this photo was taken. This exemplary image provided by the manufacturer shows what sunspots in the light of the Calcium-H-line look like.

Sonne-Calcium-H-Daystar

Photographic data for this image can be found on the product page, QUARK Calcium-H-line.

Observing the sun is a fascinating alternative or an additional challenge for stargazers.

Lunar photography with a smartphone: the Omegon Easypic smartphone adapter

April 27 2017, Marcus Schenk

In the past, taking a photo of the Moon required quite some effort. Take the pictures, develop the film and hope for sharp images. And then came the disappointment if the Moon appeared blurred. This became considerably easier with digital and mobile phone cameras.

In the meantime, smartphone cameras have reached an outstanding level of quality. Which is a good tool for Moon photos, provided that we can tightly mount the phone to the telescope.

Let’s have a look to see how everyone can take a photo of the Moon through a telescope.

The Moon – shot with an Easypic adapter, an Omegon 8″ Dobson with Redline eyepiece and an iPhone.

Der Mond - aufgenommen mit einem Easypic Adapter, einem Omegon 8" Dobson und einem iPhone.

The difference to other adapters

The Easypic universal smartphone adapter follows a different route to his competitors. Most adapters have a clip that closes around a 1.25 inch eyepiece. The mobile phone is then separately held by a clamp and needs to be correctly positioned above the eyepiece. In itself this is a quite good system but needs quite a lot of experience on the part of the photographer. And in the end, everything must sit tightly in place.

Now the night is not always the right place for patience. And it is pitch black!

Is there no easier way? Yes, sure there is! With self-centring.

Here is how to prepare the adapter

With the Moon in the sky, you direct your telescope to Earth’s satellite. It is already nicely visible through the eyepiece. Now your smartphone and the Easypic adapter are going to play their role.

On the back of the adapter, loosen the small screw for the holding clamps. Pull the holding clamps fully to the outside. Then place your mobile phone with its camera lens directly over the central hole. Slide the holding clamps back against your phone and tighten the screw again. Check that the clamps fit tightly so that your mobile will not come loose.

Here is how to connect the adapter to the eyepiece

Now to the easy part! Hold the adapter with the smartphone to the eyepiece, making sure it has direct contact. Then turn the big screw on the side. This allows the movement of three bolts, which accurately clamp around the eyepiece at the same time. This way the adapter centres and fastens automatically around your eyepiece. The camera lens of the smartphone is perfectly aligned with the middle of the eyepiece.

For you this self-centring means: more focus on your object and less worry with technical details.

All done.

So sieht es aus: Das Smartphone am Teleskop und der Mond im Zentrum.

The photoshoot: The Moon in your smartphone

If your camera app has been switched on, you should now see the Moon in your display. Correct the focus once again and everything is ready for taking the photo.

These steps are necessary:
•    Switch off the flash
•    Activate the timer
•    Adapt the exposure time, if necessary and possible

Now press the trigger as usual and take a photo. This image of the Moon was taken with an Easypic universal smartphone adapter and an Omegon 8 inch Dobson telescope.

Using neutral density filters to reduce brightness

In most cases adjusting the correct exposure time is enough for successful Moon images. However, planets like Venus or Jupiter very often appear too bright in an image. They are over-exposed. The planet discs appear burned out. The solution: neutral density filters and variable polarising filters. This is our trick to be able to show the details of the planets.

Conclusion:

A smartphone in combination with an Easypic universal smartphone adapter allows you to take quick photos of the Moon and planets. You don’t have to be an expert: even connecting to the eyepiece is child’s play. All you need to do is position the adapter correctly. The smartphone takes photos of the Moon with outstanding sharpness. A fact that all of us could only dream about a few years ago.

Explore Scientific Twilight AZ – the uncomplicated mount!

March 27 2017, Stefan Taube

The equatorial mount with GoTo functionality is not necessarily a must-have.  Sometimes you just want to have a quick look at the moon or the planets, search for a comet or observe large areas of the sky with a suitable refractor. In this case, an uncomplicated and quickly available azimuthal mount is fits the bill.

The new Twilight I AZ from Explore Scientific is just such a mount. It accommodates telescopes with a weight of up to eight kilograms – which is quite strong for a mount of this class.

ES-Twilight-AZ

Moving to the desired objects is a simple task: With just one lever each you can loosen the clamps of the elevation and the azimuth axis and quickly move the telescope. Once you have retightened the clamps, you use the two flexible shafts and the precision worm gear for fine tuning and tracking.

The mounting saddle accommodates telescopes with a prism rail, compatible with the very popular Vixen standard. With the enclosed Allen key, the mount arm can be adjusted to optimize the viewing height of your optical system and to make sure that the telescope will not hit the tripod leg. Speaking of tripods: the Twilight I AZ comes with a steel tripod with extendible legs and an eyepiece tray.

The mount Twilight I AZ is currently available for a price of 279 Euro – an excellent price for a mount of this quality!

DeepSky-Set: Cooled camera ASI 1600 with filter and filter wheel from ZWO

March 13 2017, Stefan Taube

ASI 1600 MM series cameras from ZWOptical have really found their place in astrophotography. With its small pixels, the highly sensitive CMOS sensor offers high resolution, and this even in connection with a relatively big sensor diameter.

We now offer the cooled black and white camera of the ASI 1600 series in a set with a motorized filter wheel and suitable filters: ASI 1600 MMC DeepSky-Imaging-Set for a price of 2,019 Euro. You save 29 Euro when compared with individual prices!

ASI-1600-MMC-Mono-DeepSky-Imaging-Set

A camera with active cooling is optimal for taking photos of nebulae and galaxies, because the cooling reduces sensor noise and thus enables long exposure times. This enables you to even take photos of very faint objects in the sky.

Even though the cooled ASI 1600 is available as colour or black and white camera, only the black and white camera offers the full resolution of the sensor. Ambitious photographers therefore favour this variant. In order to show the colour of the celestial object you just simply take photos through three colour and one luminance filters – the latter to increase brightness. The computer then uses these four images to produce a colour image (L-RGB method).

The filters are placed into a filter wheel, so that the camera does not have to be removed and realigned again for each filter change. The filter change simply takes place by turning the wheel. The filter wheel in the Set with the ASI 1600 is electrically powered and controlled via the camera, meaning you do not need an additional cable connecting to your computer. You simply use the camera control to change from one filter to the next, and this, above all, without having to touch anything.

The four filters in the DeepSky-Imaging-Set were specially developed for the ASI 1600. The colour weighting has been optimized for its sensor, which in this case is a high-quality interferential filter. Since the filters are parfocal to one another, the focus position does not change when changing the filter. Besides the three filters for the red, green and blue channel, the set also contains an UV/IR band-rejection filter for luminance.

Just as the graph concerning the filter transparency (transmission) of the set indicates, the filters block out the disturbing light of many street lamps, but are highly sensitive in the red range of the H-Alpha and SII-line. The transmission rate is greater than 92%.

Transmission

With the ASI 1600 MMC DeepSky-Imaging-Set you receive a high-quality, yet reasonable, camera system with almost unlimited possibilities!

 

Infographic: Highlights in the Spring Night Sky from March to May

March 2 2017, Marcus Schenk

As the temperatures outside become milder, many stargazers make their way outside.  In the Spring, the night sky shows us a very different side of itself.  What is there to observe?  What is worth the time and effort?

Our astronomy highlights infographic for Spring 2017 can show you at a glance, what to keep an eye out for during the next three months, from March to May.

EN - u2g-infographic-astrohighlights-spring

March

1 March – The Moon’s Meeting with Mars, Uranus and Venus 

During dusk, the crescent Moon will rise, illuminated at 12% and waxing.  Three days prior was the new Moon and the crescent offers a vivid glimpse of the Mare Crisium.  Still there is more to be seen here in a trio of planets – Mars, Uranus and Venus.

4 March – Moon Occults the Hyaden Cluster

Occultations of celestial objects by the Moon are always interesting and are all the more fascinating when the Moon is not fully illuminated, thereby occulting the object with its non-illuminated side.  On the 4th of March the Moon will travel across the open star cluster of the Hyades and thereby obscuring the 3.6 mag bright star 54 Tau. For European observers, the star will disappear behind the non-illuminated side of the Moon just before 9 PM GMT and reappear at the other side just before 11 PM GMT.

10 March – A Lunar Meeting with Regulus

In the evening of the 10th of March, the almost full Moon will rise in the East, as the sky darkens.  Just above it, the constellation Leo and its brightest star Regulus.  At the beginning of the evening, the two will be about 1.6° apart.  However, shortly before midnight our satellite will move within 1° of Regulus.  From here, you will be able to observe how the Moon slowly travels across the night sky.

14 March – A Lunar Meeting with Jupiter and Spica

Quite a sight indeed: on the 14th of March, we will see the Moon in close proximity to Jupiter and Spica, the brightest star of Virgo.

19 March – Venus and Mercury

The only good chance to view Mercury during the evening this year, the smallest planet will be visible from now until the 10th of April!  As of the 19th of March, we will be able to discover the Sun’s closest planet extremely close to the western horizon.  Need help finding it? Just search out Venus and approximately a hand’s width away, you will find Mercury.

26 March – Extremely Thin Venus Crescent (for the Professionals)

Venus reveals itself in her perfect form, subtle and crescent-shaped, the planet will appear just above the horizon, and only 1% illuminated.  The most fascinating part is that this event will take place during the day.  Warning: the Sun will appear very close to Venus, so avoid looking directly into the Sun.  This type of observation is best left to the experienced astronomer.

29 March – Mercury at Dusk

Mercury will be approaching its easterly elongation, occurring on the 1st of April, meaning the planet will descent in the dusk following the Sun and will appear as a half-illuminated disk.  Mercury will now set later, than on the 19th of February, and be an easy object to identify in the night sky.  The sight along with a crescent Moon at 3.6% illumination will provide a great opportunity to capture the essence and atmosphere of the evening!

April

1 April – Minor Planet Vesta

In January, the minor planet Vest stood at opposition and was visible throughout the night.  The class 7.6 planet will be easily visible in the constellation Gemini, almost half way between 69 Gem and 77 Gem.

7 April – Jupiter in Opposition

On the 6th of April, the gas giant Jupiter will be in opposition to the Sun.  Rising just at dusk, the planet will be visible throughout the night.  Photo tip: Photograph Jupiter this year, as the gas giant will be roughly 30° above the horizon, just below the celestial equator, and will not reach a higher position for the next few years.

10 – 11 April – A Lunar Meeting with Jupiter

The almost full Moon will approach Jupiter, at 1.1°, during the night of the 10th and 11th of April.

14 April – Comet 41P/Tuttle

The comet 41P/Tuttle-Giacobini-Kresak will approach the Earth, and be easy to view through a telescope.  During this year’s pass, a respectable increase in brightness is predicted.  According to the Minor Planet Center, the comet will increase to a 6.7 mag bright object from the beginning to the middle of April.  Moreover, it will appear high in the sky as a circumpolar object and travel from mid-April through the constellation Draco, until it reaches Hercules by month’s end.  The Moon provides a helping hand by being in its darker phase.

21 April – Lyrid Meteor Shower

The Lyrid meteor shower will peak on the 21st with 10 to 20 meteors per hour.  While the optimal observation time is between 10 PM and 4 AM, the Moon will cause little disturbance.  The radiant, so the origination of the shower, lies within the constellation Lyra.

28 April – The Moon Occults Aldebaran

For European observers, a thin Moon cicle will occult the star Aldebaran in the constellation Taurus at 8 PM.  On the 28th, the occultation will occur during sundown.  Approximately 50 minutes later, around 9 PM, Aldebaran will appear on the other side of the Moon.

30 April – Venus in Full Splendor

The morning star Venus will shine bright in the sky once again.  With a brilliance of -4.8 mag, our second planet will appear just before sunrise.  The Venusian cicle will then be illuminated at 26%.

Mai

6 May – Golden Handle on the Moon

A golden handle on the Moon?  You can find it as a matter of fact.  A ring of light will appear on the dark area of the Moon’s surface.  It always appears, when the waxing Moon is illuminated at 83% (around 4 PM Central European Time, 10 EST in the USA).  Within the Mare Imbrium, the plain Sinus Iridum will connect.  This plain is encircled by Montes Jura range.  While the valley between remains in darkness, the rising Sun will illuminate the peaks of the mountain range, the spectacle of the “golden handle”.  Another way to put it: Alpenglow on the Moon!

7 May – A(nother) Lunar Meeting with Jupiter

During the night of the 7th into the 8th of May, the Moon will once again approach Jupiter, reaching a separation of only 1°.

11 – 12 May – Shadow Games on Jupiter

Tonight, we will be sitting in the premium seats.  Before us on stage: Jupiter and its moons.  In a short on the night of the 1tth to the 12th, we will witness the moons Europa and Io leave their shadows on the gas giant.

First, Europa will travel across the planet’s disk around midnight (central European time).  At around 1:40 AM, the moon’s shadow will transit across the planet.  Then at 3:13 AM, Io will dance in front of Jupiter.  Its shadow will then follow shortly before 4 AM (CET).  We will then see two shadows on the planet, one on each side of the gas giant.

Ensure that you have a good view of the horizon during this event, since Jupiter will be sitting just above the horizon around 4 AM.

12 May – The Great Red Spot on Jupiter

This evening, the great red spot of Jupiter will be easily observable.  Around 9:40 PM, the spot will appear from behind the planet and wander over a four-hour period over the planet’s disk.

14 May – A Lunar Meeting with Saturn

Four days after the full Moon, a lunar meeting with Saturn will take place, with a separation of 1.6°.

20 May – Western Lunar Libration

For astrophotographers, this can be a very interesting project – capturing the libration of the Moon.  The Moon will find itself in its western libration.  A strong eastern libration will take place on the 31st of May, during which you see more of the Moon.  Capturing it in a photograph will surely be a fine experience.

22 May – A Lunar Meeting with Venus

Shortly before sunrise, we will witness a beautiful constellation of Venus and the Moon at a separation of 6°.  The Moon will show itself as a cicle, illuminated at 19%, with a new Moon three days later.

25 May – Moon in Close Proximity to Earth

The new Moon will be at a distance of 358,000 km (222,500 miles) to Earth, making it the closest distance of the year.

31 May – A Lunar Meeting with Regulus

Today, the Moon will be at 1.5° of separation from the star Regulus.

 

With the following code, you can embed our inforgraphic in your blog:

Available as JPG and PDF.

Enjoy stargazing and clear skies!