diff --git a/src/commonTest/kotlin/dev/kdrag0n/colorkt/tests/GamutTests.kt b/src/commonTest/kotlin/dev/kdrag0n/colorkt/tests/GamutTests.kt
new file mode 100644
index 0000000..7543630
--- /dev/null
+++ b/src/commonTest/kotlin/dev/kdrag0n/colorkt/tests/GamutTests.kt
@@ -0,0 +1,61 @@
+package dev.kdrag0n.colorkt.tests
+
+import dev.kdrag0n.colorkt.Color.Companion.convert
+import dev.kdrag0n.colorkt.cam.Zcam
+import dev.kdrag0n.colorkt.cam.Zcam.Companion.toZcam
+import dev.kdrag0n.colorkt.data.Illuminants
+import dev.kdrag0n.colorkt.gamut.LchGamut.clipToLinearSrgb
+import dev.kdrag0n.colorkt.gamut.OklabGamut.clipToLinearSrgb
+import dev.kdrag0n.colorkt.rgb.LinearSrgb.Companion.toLinearSrgb
+import dev.kdrag0n.colorkt.rgb.Srgb
+import dev.kdrag0n.colorkt.tristimulus.CieXyz
+import dev.kdrag0n.colorkt.tristimulus.CieXyzAbs.Companion.DEFAULT_SDR_WHITE_LUMINANCE
+import dev.kdrag0n.colorkt.tristimulus.CieXyzAbs.Companion.toAbs
+import dev.kdrag0n.colorkt.ucs.lab.CieLab
+import dev.kdrag0n.colorkt.ucs.polar.Oklch
+import kotlin.test.Test
+
+class GamutTests {
+    @Test
+    fun testOklabClip() {
+        // R, G, B
+        for (channel in 2 downTo 0) {
+            val src = Srgb(0xff shl (channel * 8))
+            val srcLinear = src.toLinearSrgb()
+            val lch = src.convert<Oklch>()
+
+            // Boost the chroma
+            val clipped = lch.copy(C = lch.C * 5).toOklab().clipToLinearSrgb()
+
+            // Now check
+            assertApprox(clipped.r, srcLinear.r)
+            assertApprox(clipped.g, srcLinear.g)
+            assertApprox(clipped.b, srcLinear.b)
+        }
+    }
+
+    @Test
+    fun testZcamClip() {
+        val cond = Zcam.ViewingConditions(
+            surroundFactor = Zcam.ViewingConditions.SURROUND_AVERAGE,
+            adaptingLuminance = 0.4 * DEFAULT_SDR_WHITE_LUMINANCE,
+            backgroundLuminance = CieLab(50.0, 0.0, 0.0).toXyz().y * DEFAULT_SDR_WHITE_LUMINANCE,
+            referenceWhite = Illuminants.D65.toAbs(DEFAULT_SDR_WHITE_LUMINANCE),
+        )
+
+        // R, G, B
+        for (channel in 2 downTo 0) {
+            val src = Srgb(0xff shl (channel * 8))
+            val srcLinear = src.toLinearSrgb()
+            val zcam = src.convert<CieXyz>().toAbs(DEFAULT_SDR_WHITE_LUMINANCE).toZcam(cond, include2D = false)
+
+            // Boost the chroma
+            val clipped = zcam.copy(chroma = zcam.chroma * 5).clipToLinearSrgb()
+
+            // Now check
+            assertApprox(clipped.r, srcLinear.r)
+            assertApprox(clipped.g, srcLinear.g)
+            assertApprox(clipped.b, srcLinear.b)
+        }
+    }
+}