diff --git a/Tests/GISToolsTests/Turf/ProjectionTests.swift b/Tests/GISToolsTests/Turf/ProjectionTests.swift
index 76324b9..d497724 100644
--- a/Tests/GISToolsTests/Turf/ProjectionTests.swift
+++ b/Tests/GISToolsTests/Turf/ProjectionTests.swift
@@ -7,56 +7,60 @@ final class ProjectionTests: XCTestCase {
         // A simple case
         let coordinate1 = Coordinate3D(latitude: 41.0, longitude: -71.0)
         let result1 = coordinate1.projectedToEpsg3857
-
         XCTAssertEqual(result1.longitude, -7_903_683.846322424, accuracy: 0.000001)
         XCTAssertEqual(result1.latitude, 5_012_341.663847514, accuracy: 0.000001)
 
         let coordinate1b = Coordinate3D(latitude: 35.522895, longitude: -97.552175)
         let result1b = coordinate1b.projectedToEpsg3857
-
         XCTAssertEqual(result1b.longitude, -10_859_458.446776, accuracy: 0.000001)
         XCTAssertEqual(result1b.latitude, 4_235_169.496066, accuracy: 0.000001)
 
         // A coordinate that passed the 180th meridian
         let coordinate2 = Coordinate3D(latitude: -23.563987128451217, longitude: -246.796875)
         let result2 = coordinate2.projectedToEpsg3857
-
-        XCTAssertEqual(result2.longitude, 12_601_714.231207296, accuracy: 0.000001)
+        XCTAssertEqual(result2.longitude, -27_473_302.454371188, accuracy: 0.000001)
         XCTAssertEqual(result2.latitude, -2_700_367.3352587065, accuracy: 0.000001)
 
+        // A coordinate that passed the 180th meridian
+        let coordinate3 = Coordinate3D(latitude: -23.563987128451217, longitude: -246.796875)
+        let result3 = coordinate3.normalized().projectedToEpsg3857
+        XCTAssertEqual(result3.longitude, 12_601_714.231207296, accuracy: 0.000001)
+        XCTAssertEqual(result3.latitude, -2_700_367.3352587065, accuracy: 0.000001)
+
         // Another coordinate that passed the 180th meridian
-        let coordinate3 = Coordinate3D(latitude: 11.350796722383672, longitude: 286.5234375)
-        let result3 = coordinate3.projectedToEpsg3857
+        let coordinate4 = Coordinate3D(latitude: 11.350796722383672, longitude: 286.5234375)
+        let result4 = coordinate4.projectedToEpsg3857
+        XCTAssertEqual(result4.longitude, 31_895_643.162838347, accuracy: 0.000001)
+        XCTAssertEqual(result4.latitude, 1_271_912.1506653326, accuracy: 0.000001)
 
-        XCTAssertEqual(result3.longitude, -8_179_373.522740139, accuracy: 0.000001)
-        XCTAssertEqual(result3.latitude, 1_271_912.1506653326, accuracy: 0.000001)
+        // Another coordinate that passed the 180th meridian
+        let coordinate5 = Coordinate3D(latitude: 11.350796722383672, longitude: 286.5234375)
+        let result5 = coordinate5.normalized().projectedToEpsg3857
+        XCTAssertEqual(result5.longitude, -8_179_373.522740141, accuracy: 0.000001)
+        XCTAssertEqual(result5.latitude, 1_271_912.1506653326, accuracy: 0.000001)
     }
 
     func testConvertTo4326() {
         // A simple case
         let coordinate1 = CoordinateXY(x: -7_903_683.846322424, y: 5_012_341.663847514)
         let result1 = coordinate1.coordinate3D
-
         XCTAssertEqual(result1.latitude, 41.0, accuracy: 0.000001)
         XCTAssertEqual(result1.longitude, -71.0, accuracy: 0.000001)
 
         let coordinate1b = CoordinateXY(x: -10_859_458.446776, y: 4_235_169.496066)
         let result1b = coordinate1b.coordinate3D
-
         XCTAssertEqual(result1b.latitude, 35.522895, accuracy: 0.000001)
         XCTAssertEqual(result1b.longitude, -97.552175, accuracy: 0.000001)
 
         // A coordinate that passed the 180th meridian
         let coordinate2 = CoordinateXY(x: 12_601_714.231207296, y: -2_700_367.3352587065)
         let result2 = coordinate2.coordinate3D
-
         XCTAssertEqual(result2.latitude, -23.563987128451217, accuracy: 0.000001)
         XCTAssertEqual(result2.longitude, 113.203125, accuracy: 0.000001)
 
         // Another coordinate that passed the 180th meridian
         let coordinate3 = CoordinateXY(x: -8_179_373.522740139, y: 1_271_912.1506653326)
         let result3 = coordinate3.coordinate3D
-
         XCTAssertEqual(result3.latitude, 11.350796722383672, accuracy: 0.000001)
         XCTAssertEqual(result3.longitude, -73.476562, accuracy: 0.000001)
     }