Also - try focusing on the edge of the moon - this should give you great detail of the craters in that area.
Hi all,
Just wondering if it is possible to get a detail moon picture like some on here with my Nikon D60 and a tameron AF 70-300 1:4-5.6 Lens.
I have tried many different exposures and shutter speeds with 0 joy.
many thanks,
DoXe
Hi all,
Just wondering if it is possible to get a detail moon picture like some on here with my Nikon D60 and a tamron AF 70-300 1:4-5.6 Lens.
DoXe
Set the metering mode to spot, and your aperture to F8. That should keep the shutter speed up, which you want to minimize vibration and atmospheric effects. Set the autofocus mode to manual and manually turn your focus ring to infinity - infinity on your lens is probably under 100 feet and the moon is a good bit further away than that. Set your camera on a tripod and use a remote release or your camera's self-timer to eliminate vibration. If your body has a mirror up setting, use that too for the same reason.
I second using spot metering... Most cameras aren't able to photograph the moon well because they default to a metering mode that uses the entire frame. With the moon being so bright and the adjacent area being so dark, the default metering mode tends to over-expose the moon. With spot metering it will only use the moon to determine exposure settings, assuming you point the center of the viewfinder at the moon when taking the picture. All of the other advice here is great as well!
Ahh, but if you understand about light you won't need to meter the moon. Just thinking about how the moon is light should allow you to make a very very good estimate about the proper setting to expose the moon.
Not every camera has a spot meter. I haven't used the spot meter mode in a number of years, though I do have a handheld meter with a spot meter attachment. For difficult settings.
Ahh, but if the original poster understood about light he wouldn't be asking for help on an Internet forum. I understand the point you're trying to make, but I think it's a bit advanced considering the level of frustration expressed in his request.
All Nikon DSLRs have a spot metering mode, although its behavior changes somewhat depending on the model. The OP is shooting with a Nikon. I neither know nor do I care about other brands. Making wise use of the tools the camera offers is the quickest way to success.
Fair enough, though I did give the OP the settings to get them into the ball park. I guess I was trying to spark a conversation about why it is that the moon should be shot as a bright sunny day. And I agree about making good use of the tools at hand. Don't know Nikons, so don't know what tools they offer. I also believe that knowing how things work.
There's a bit of difference in that the light coming from the moon is reflected light, and it loses some intensity in that process. For example, this image was shot at f8 @ 1/200 with ISO 200. The exposure setting I used is two stops faster than what the sunny 16 rule would advise.
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I'm not sure I understand. If I'm taking a photo of barn, the light the camera sees is the reflected light... the same as the light that has been reflected off the moon. Perhaps I'm not understanding what you are trying to say?
That's a nice photo of the moon.
I think most people believe the moon is much brighter than it really is. We think it's a bright silvery orb, because we perceive it against a black background, and with eyes that are trying to adapt to the darkness. So we think it's very bright and silvery.
I found this image on www.astronet.ru, and it shows the moon with some Apollo space suits - to show a relatively known tone.
Note how the white suits have started to burn-out. This whole image could be a stop or so darker to be "properly exposed", I believe. Now compare how much darker the 'moon' in the Apollo shot is compared to your moon.
I think your moon shot shows us what we perceive the moon to look like, but perhaps it's not actually the tonal value of the moon.
Now, I should add that I have done no research to find out what tonal value the moon should be, so I might just be whistling up a dark path!
I used the camera's spot meter which came in 2 stops faster than what the sunny 16 rule came in with. That's what I was comparing.
I definitely tweaked my image in post. It has been a couple of years since I looked at the original file, but I can say for sure the WB in the raw file is a heck of a lot warmer than this one. Call it artistic license.
I don't know that comparing my post processed digital image with a digitized post processed medium format image taken 40 years ago as part of a scientific record meets the apples to apples test...
http://www.lpi.usra.edu/lunar/missions/apollo/apollo_11/photography/
Sorry, I meant that I didn't follow the reasoning behind your comment about reflected light losing intensity.
Ahh, but if you understand about light you won't need to meter the moon. Just thinking about how the moon is light should allow you to make a very very good estimate about the proper setting to expose the moon.
Not every camera has a spot meter. I haven't used the spot meter mode in a number of years, though I do have a handheld meter with a spot meter attachment. For difficult settings.
Sorry but manual mode isn't for everyone... to use an automotive analogy, most people don't know the air-fuel ratio, cam timing, gear ratios and stages of a four-stroke engine but still drive a car.It's certainly nice to know how to take photos manually (and I do so myself sometimes) but by no means is this always necessary with modern camera equipment.
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The moon exposure calculator is a tool for photographers feeling like taking pictures of the moon, it will give you the estimated shutter speed required based on your ISO, aperture, moon location, weather condition and moon phase.