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Let's sort this one, shall we?
Usually MTB wheels are 26", including the tyre.
All we need to do is straighten the picture, get the correct measuring point and measure the pixels.
Seeing as the front wheel was a tad larger than the rear one, I drew 2 lines and measured along the green line. That's the best method.
The lower red line is the ground level.
I measured 399 pixels from the center of the lower red line to the center of the top one. So 26" in this picture is 399 pixels.
From the ground to the top of the top tube, I measure 399+60 pixels, which gives me a total of 459 pixels.
Now it's a matter of math. 26/399 = 0.06516290726817042606516290726817
I kept that in my calculator and multiplied it by 459.
The result was 29.90977443609022556390977443609
-> standover height = 29.9"
Keep in mind that this is a full suspension bike with a relatively high BB.
Those things usually leave less room for standover height when static, but they will lower a bit when the suspension compresses under your weight.
Usually MTB wheels are 26", including the tyre.
All we need to do is straighten the picture, get the correct measuring point and measure the pixels.

Seeing as the front wheel was a tad larger than the rear one, I drew 2 lines and measured along the green line. That's the best method.
The lower red line is the ground level.
I measured 399 pixels from the center of the lower red line to the center of the top one. So 26" in this picture is 399 pixels.
From the ground to the top of the top tube, I measure 399+60 pixels, which gives me a total of 459 pixels.
Now it's a matter of math. 26/399 = 0.06516290726817042606516290726817
I kept that in my calculator and multiplied it by 459.
The result was 29.90977443609022556390977443609
-> standover height = 29.9"
Keep in mind that this is a full suspension bike with a relatively high BB.
Those things usually leave less room for standover height when static, but they will lower a bit when the suspension compresses under your weight.