Ah, so you want to discuss the eyes? A common choice, but several things you chose as "good aspects" of our eyes are but the bare minimum they require to actually function properly, and a few of them aren't true. I will list these out:
1. Human eyes don't consistently focus well, which is why such a large portion of the human population requires glasses to see properly.
2. The brain and eyes are connected in an entirely ridiculous way. Our eyes are at the front of our heads, but the portion of the brain responsible for processing vision is at the back of our heads, making the nerve connections between the two unnecessarily long and more prone to damage. Not only that, but vision in processed in such a weird, split way between the left and right sides of the brain that I think this image does a better job of depicting it than words do.
http://www.arn.org/docs/glicksman/120104 fig3.jpg
3. Human vision is extremely average. Our vision isn't particularly good or bad compared to other vertebrate animals. Practically every bird species has better vision than we do, but we are certainly better off than most reptiles.
4. The muscles are placed in acceptable positions; I do not understand why you would expect natural processes to result in eyes surrounded by useless muscles haphazardly positioned. Evolution isn't a random process, but rather one that selects for systems that work. That a feature is capable of performing a function consistently is not an indication of design by an intelligent creator.
5. What your eye actually sends to the brain is such a mess, filled with distortions and an unnecessary blind spot, that much of what you see is filled in by the brain. This is why optical illusions work on you, and why it is so easy to overlook small objects. You don't notice your blind spot because of this filling in, which can be the difference between seeing a venomous spider or not. After all, if none of the object is outside of the blind spot, your brain just assumes it isn't there, even if you know it is there because you looked at it from a different angle.
6. That our brain has to flip the image isn't necessarily a flaw so much as it is extremely questionable. Why wouldn't an intelligent designer just make the eyes such that they send the brain an image that is already upright? Do you see how unnecessarily complex this system is yet?
7. One flaw that comes to mind that you did not mention is that our light receptor cells (rods and cones) can get fatigued very easily. This is why you see spots before your eyes after looking at a light source or staring at something of one color for a minute or two. There's absolutely no benefit to that effect and it can render you dazed for a little bit if it comes unexpectedly.
8. Another flaw is the "deer in the headlights effect". The eyes need time to adjust to different light levels, rendering you and other animals blind if the environment is made significantly darker or brighter very quickly. This temporary blindness is why deer and many other animals freeze when you shine lights on them at night. Evolution, of course, could not select for animals which can adjust immediately because artificial lighting is a fairly recent invention, but what excuse does a designer have?
I will also include some incorrect suggestions you made throughout your post in the list.
9. Humans practically never retain their vision for 70 years. In fact, most people begin to become noticeably nearsighted by the age of 40, even if they have had perfect vision their entire lives up to that point. Not to mention the "floaters" people begin to see in their vision, which is fibers clumping together in the fluids of the eye that cast a shadow on the retina. These aren't disease symptoms, these are pretty much inevitable features of aging.
9. You assert that if evolution were true, we'd have eyes at the back of our heads too for some reason. Do you not realize that you are implying a designer also couldn't give us what you assume to be a beneficial feature? In any case, if it actually benefited us to have a visual field that allowed us to see behind us as well as in front of us, we'd have eyes on the sides of our head like rabbits do, not a similarly positioned second set of eyes at the back of the head (which wouldn't even grant us a full 360 view, since binocular vision in humans only covers 114 degrees, and doubled that is 228 degrees). I am shocked you wouldn't consider the position of our eyes and number of them to be an example of a beneficial trait, because I sure would. It is very good positioning for having great depth perception, which would have helped our hunter/gatherer ancestors hunt animals. The type of visual field you describe as being "better" would compromise that depth perception and make focusing on a single object much more difficult.
I have mentioned before that a lot of systems in our body are worse as a result of excessive complexity, why would a robot comparable to a human ever be as pointlessly complex? Sounds like a lot of unnecessary effort on our part.
I explain earlier the flaws in your statements about the human eye here, but I also feel the need to mention that there is not a single bit of evidence for the idea that our species used to live longer than we do today. In fact, biblical scholars attribute the extremely long lifespans given early on in the Old Testament to the inefficient math system of the people that wrote it. That, or just ancient whimsy.
Again, this comes with the implication that a designer couldn't have improved their own design. I don't know why you would assume that evolution as a natural process would be more capable of variable changes than a designer would be, since evolution just works with what it gets, whereas a designer could just add whatever it wanted to.
Also, this was worded a bit too oddly for me to just correct it, so here is how a native English speaker would have said all of that:
"If evolution is true, we'd be able to see images in black and white in addition to our normal vision, because that would help with survival. We'd also have eyes at the back of our heads in addition to at the front so that we'd have a wider field of vision, because that would be more useful than what we currently have. But evolution can't seem to accomplish that."
Also, I'd love an explanation for why you think being able to see in black and white at will would help with our survival, when such vision just removes details such as the bright coloration of poisonous animals.
I also have to say that this is a good indication that you have never been outside for a few hours before and after sunset consecutively without bringing a light source with you. Human night vision is in black and white. It's still decently clear as long as the eyes gradually adjust to the darkness without interference from artificial light sources. If you allow your eyes to adjust in this manner, you'll notice that you see about as well as you do at twilight or a bit better if the moon is full. You'll be able to see okay even if the sun set hours ago, but colors are very muted if present at all. Shades of red are particularly difficult to see at night.
So, if you want to see something in black and white, you can always just look at it in the dark.
Oh, shall we do the brain itself next?
I've always found it funny that creationists never seem to bring up organs like the spleen or kidneys when arguing for intelligent design. It's almost always the eyes, brain, lungs, or heart.
Be sure to quote me when responding to this so that I see it as an alert.