<p>Mars is currently experiencing a global dust storm. There are virtually no features visible.</p>

<p>Otherwise, some dark markings and the polar cap would be visible when conditions are favorable (meaning when it is close to us as it is now.)</p>

CC BY-SA 4.0
2018-08-05T06:23:14.627Z
but why isn't disk size as such change from eyepiece to eyepiece?
J. Doe
CC BY-SA 4.0
2018-08-05T11:14:05.230Z
The dust storm is not as bad as it was in late June and early July. Some low-contrast features are visible now.
Mike G
CC BY-SA 4.0
2018-08-05T20:32:20.007Z
The disk of Mars should be 3.3 times larger with the 6 mm eyepiece than with the 20 mm (20/6=3.333). I suggest that you look at a distant object on the Earth or a crater on the Moon to confirm the difference in magnification.
JohnHoltz
CC BY-SA 4.0
2018-08-05T02:21:40.627Z
2018-08-05T02:21:40.627Z
JohnHoltz
<p>Today I could roughly see Saturn with ring structure for the first time with my Seben 114-1000 telescope.</p>

<p>Then later I was dealing with Mars and found out that I must do something wrong, as with no eyepiece I could really see this planet closer.</p>

<p>So, whether I take 20, 12.5, or 6 mm eyepieces, the size as I set sharp focus remains a small light orange circle of solid uniform colour.  The app sky view shows for today 64% clear view, maybe an explanation why I can't see more details.</p>

<p>But is this possible to see Mars filling in the view field? And why there is no recognizable difference between 20 and 6 mm - do I need them in combination with something else? 
Here it says, even the <a href="https://www.levenhuk.com/reviews/things_you_can_see/" rel="nofollow noreferrer">polar caps</a> of Mars should be recognizable with this telescope model scale.</p>

<p>UPD</p>

<p>So far, it looks like that with <strong>up to 6 mm</strong> I can zoom in fairly well to such details as:</p>

<ul>
<li>large moon craters</li>
<li>Jupiter (seen as small white illuminated blob) with the Galilean moons (seen as  stars)</li>
<li>Solid white-coloured Saturn with its ring and some space between planet and ring visible</li>
</ul>

<p>Mars keeps being small to medium yellow-orange disk of solid color.</p>

<p>Using 4 mm gives little bit more zoom but less detail.</p>

<p>However, I can see with 6 mm that Moon contours are slightly jittering, maybe through light refraction in the night air (all observation done from the ground on a field). The temperature in the night has been 21°C.</p>

CC BY-SA 4.0
2018-08-05T11:00:00.573Z
If you point the scope somewhere else, do the stars look like pinpoints?
Mike G
CC BY-SA 4.0
2018-08-06T08:49:01.883Z
@MikeG no stars do not look like pinpoints.
J. Doe
<mars>
Mars and 115 mm - which eyepieces?
J. Doe
# Mars and 115 mm - which eyepieces?

(Asked by: username_0 on 2018-08-04)

Today I could roughly see Saturn with ring structure for the first time with my Seben 114-1000 telescope.

Then later I was dealing with Mars and found out that I must do something wrong, as with no eyepiece I could really see this planet closer.

So, whether I take 20, 12.5, or 6 mm eyepieces, the size as I set sharp focus remains a small light orange circle of solid uniform colour. The app sky view shows for today 64% clear view, maybe an explanation why I can't see more details.

But is this possible to see Mars filling in the view field? And why there is no recognizable difference between 20 and 6 mm - do I need them in combination with something else?
Here it says, even the [polar caps](https://www.levenhuk.com/reviews/things_you_can_see/) of Mars should be recognizable with this telescope model scale.

UPD

So far, it looks like that with **up to 6 mm** I can zoom in fairly well to such details as:

* large moon craters
* Jupiter (seen as small white illuminated blob) with the Galilean moons (seen as stars)
* Solid white-coloured Saturn with its ring and some space between planet and ring visible

Mars keeps being small to medium yellow-orange disk of solid color.

Using 4 mm gives little bit more zoom but less detail.

However, I can see with 6 mm that Moon contours are slightly jittering, maybe through light refraction in the night air (all observation done from the ground on a field). The temperature in the night has been 21°C.

**Tags:** mars

> **Comments:**
> **username_1**: If you point the scope somewhere else, do the stars look like pinpoints?  
> **username_0**: @username_1 no stars do not look like pinpoints.  

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## 1 answers

### Answer by username_2 on 2018-08-05. Score: 2

Mars is currently experiencing a global dust storm. There are virtually no features visible.

Otherwise, some dark markings and the polar cap would be visible when conditions are favorable (meaning when it is close to us as it is now.)

> **Comments:**
> **username_0**: but why isn't disk size as such change from eyepiece to eyepiece?  
> **username_1**: The dust storm is not as bad as it was in late June and early July. Some low-contrast features are visible now.  
> **username_2**: The disk of Mars should be 3.3 times larger with the 6 mm eyepiece than with the 20 mm (20/6=3.333). I suggest that you look at a distant object on the Earth or a crater on the Moon to confirm the difference in magnification.  

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