Aquaverde vs Blue Sky
Both from Sherwin-Williams's palette. Both sit in the blue family, which is useful context if you're narrowing within a single hue direction. Blue Sky (LRV 58) reflects noticeably more light than Aquaverde (LRV 49), a difference of 10 points that becomes especially apparent in rooms with limited natural light. Both lean cool, so they'll behave similarly in mixed or changing light conditions. The ΔE 6.8 gap is real but not dramatic — close enough to use together, distinct enough to matter as a choice. Below you'll find 3 real-room photo comparisons where both colors appear side by side, plus 5 simulated room previews.
Aquaverde vs Blue Sky in Real Spaces
3 real rooms side by side. Aquaverde and Blue Sky are close enough that the difference can be hard to judge from a chip alone — these photos show how each reads at scale, across different spaces and lighting conditions.
Living Room
In a living room, color works across both daylight and evening light — the same wall can read very differently at noon and at 8pm. The LRV gap is large enough that Blue Sky will make the room feel meaningfully brighter than Aquaverde would.
Bedroom
The context that matters most in a bedroom is how a color reads under a bedside lamp at night, not under noon daylight. Blue Sky reflects noticeably more light off the walls, making the space read more open than Aquaverde.
Bathroom
Bathrooms are one of the few spaces where you're genuinely enclosed by the paint color, which makes the choice between these two more consequential. Blue Sky reflects noticeably more light off the walls, making the space read more open than Aquaverde.
Color Details
Aquaverde vs Blue Sky Simulated Comparison
5 simulated room previews — drag the slider on each to see Aquaverde on one side and Blue Sky on the other.
Digital color is approximate. These simulations are generated from the manufacturer's hex values and overlaid on grayscale room photos — your screen's calibration, brightness, and viewing angle all affect how they render. Before committing to either color, test physical samples in your own space under the light you actually live with.