Let the number of pages Aiden read on day one be \( x \).
According to the problem:
- On day two, he reads twice the number of pages he read on day one, which is \( 2x \).
- On day three, he reads six pages less than what he read on the first day, which is \( x - 6 \).
Now, the total number of pages he read over the three days can be expressed as: \[ x + 2x + (x - 6) = 458 \]
Combining the terms gives: \[ 4x - 6 = 458 \]
To isolate \( x \), we first add 6 to both sides: \[ 4x = 458 + 6 \] \[ 4x = 464 \]
Next, we divide both sides by 4: \[ x = \frac{464}{4} = 116 \]
Now that we have the value of \( x \), we can find out how many pages he read on day three: \[ \text{Pages read on day three} = x - 6 = 116 - 6 = 110 \]
Therefore, the number of pages Aiden read on day three is \( \boxed{110} \).