TFT

HSL to HSV Color Converter

Convert HSL (Hue, Saturation, Lightness) color values to HSV (Hue, Saturation, Value) format. Useful for designers working across different color models.

H: 0-360°, S: 0-100%, L: 0-100%

HSV Result

Enter valid HSL values to see HSV result

HSL vs. HSV: What's the Difference?

Both models describe colors using hue and saturation, but they differ in how they represent brightness. HSL uses "lightness" (average of the max and min color channels). HSV uses "value" (just the max channel). This affects how saturation and brightness interact.

How the Conversion Works

Hue stays the same in both models. The conversion only affects saturation and the brightness component. Value is simply the maximum of the RGB channels. HSV saturation is calculated differently — it's based on how far the color is from white, not from gray.

For hsl(217, 91%, 60%): The equivalent is hsv(217, 76%, 96%). Notice hue is unchanged, but saturation and brightness values differ significantly.

When You Need HSV Instead of HSL

Color Picker UI Components

Many color picker libraries use HSV internally because it maps more naturally to a 2D picker (saturation on X, value on Y) with a separate hue slider.

Image Processing Libraries

OpenCV and some computer vision tools use HSV for color-based segmentation. Converting from HSL lets you work with these libraries.

Game Development

Unity and Unreal Engine color pickers often use HSV. When porting colors between web (HSL) and game engines, conversion is necessary.

Understanding Color Theory

Comparing how the same color represents in HSL vs. HSV helps you understand what each model emphasizes — lightness vs. brightness, gray-based vs. white-based saturation.

Key Differences Between HSL and HSV

Lightness vs. Value: Lightness of 50% is the "pure" color. Value of 100% is the brightest version (which might be white if saturation is 0%).

Saturation behavior: In HSL, 100% saturation means "no gray mixed in." In HSV, 100% saturation means "no white mixed in." This makes HSV saturation feel more intense at high values.

Full color range: HSL goes from black (0% lightness) through the color (50%) to white (100%). HSV goes from black (0% value) directly to the full-intensity color (100% value, 100% saturation).

Side-by-Side Comparison

ColorHSLHSV
#FF0000hsl(0, 100%, 50%)hsv(0, 100%, 100%)
#00FF00hsl(120, 100%, 50%)hsv(120, 100%, 100%)
#0000FFhsl(240, 100%, 50%)hsv(240, 100%, 100%)
#808080hsl(0, 0%, 50%)hsv(0, 0%, 50%)
#FFFFFFhsl(0, 0%, 100%)hsv(0, 0%, 100%)

Frequently Asked Questions

Why is HSV saturation different from HSL saturation?

HSL saturation measures distance from gray. HSV saturation measures distance from white. A color at hsl(217, 50%, 50%) and hsv(217, 50%, 50%) will look noticeably different.

Which model should I use for CSS?

CSS supports HSL natively, not HSV. Use HSL for web development. Convert to HSV only when working with tools or libraries that require it.

Can I convert HSV back to HSL?

Yes, the conversion is reversible. Use our HSV to HSL Converter tool to go the other direction.

Why does hue stay the same?

Hue represents the actual color (red, green, blue, etc.) and is calculated the same way in both models. Only the brightness and saturation components differ.

What's HSB?

HSB is the same as HSV — "B" stands for brightness instead of "V" for value. Different software uses different names for the same model.

When would I choose HSL over HSV?

HSL is better for CSS and web work, and when you want symmetric lightness (equal distance to black and white). HSV is better for color pickers and when you want to think in terms of "how much white is mixed in."