A scroll compressor comprising: a fixed scroll that has a first base and a first wrap with a spiral shape formed on the first base; and an orbiting scroll that forms a compression chamber together with the fixed scroll and has a second base and a second wrap with a spiral shape formed on the second base, wherein the scroll compressor satisfies at least one of a first condition where a first gap between a distal end of the first wrap and the second base changes heading from an outer peripheral side of the first wrap to an inner peripheral side of the first wrap and where the rate of change in the first gap from a center of the first wrap to an intermediate point of the first wrap is greater than the rate of change in the first gap from the intermediate point of the first wrap to an outer peripheral end of the first wrap and a second condition where a second gap between a distal end of the second wrap and the first base changes heading from an outer peripheral side of the second wrap to an inner peripheral side of the second wrap and where the rate of change in the second gap from a center of the second wrap to an intermediate point of the second wrap is greater than the rate of change in the second gap from the intermediate point of the second wrap to an outer peripheral end of the second wrap, wherein the portion of the first wrap from the center of the first wrap to the intermediate point of the first wrap is a center portion of the first wrap, and the portion of the second wrap from the center of the second wrap to the intermediate point of the second wrap is a center portion of the second wrap, wherein the center portion of the first wrap is a range from the center of the first wrap to 540°, and the center portion of the second wrap is a range from the center of the second wrap to 540°, and characterised in that the rate of change in the first gap from the center of the first wrap to the intermediate point of the first wrap is in the range of 4.5 times to 5.5 times the rate of change in the first gap from the intermediate point of the first wrap to the outer peripheral end of the first wrap, and the rate of change in the second gap from the center of the second wrap to the intermediate point of the second wrap is in the range of 4.5 times to 5.5 times the rate of change in the second gap from the intermediate point of the second wrap to the outer peripheral end of the second wrap. a fixed scroll that has a first base and a first wrap with a spiral shape formed on the first base; and an orbiting scroll that forms a compression chamber together with the fixed scroll and has a second base and a second wrap with a spiral shape formed on the second base, wherein the scroll compressor satisfies at least one of a first condition where a first gap between a distal end of the first wrap and the second base changes heading from an outer peripheral side of the first wrap to an inner peripheral side of the first wrap and where the rate of change in the first gap from a center of the first wrap to an intermediate point of the first wrap is greater than the rate of change in the first gap from the intermediate point of the first wrap to an outer peripheral end of the first wrap and a second condition where a second gap between a distal end of the second wrap and the first base changes heading from an outer peripheral side of the second wrap to an inner peripheral side of the second wrap and where the rate of change in the second gap from a center of the second wrap to an intermediate point of the second wrap is greater than the rate of change in the second gap from the intermediate point of the second wrap to an outer peripheral end of the second wrap, wherein the portion of the first wrap from the center of the first wrap to the intermediate point of the first wrap is a center portion of the first wrap, and the portion of the second wrap from the center of the second wrap to the intermediate point of the second wrap is a center portion of the second wrap, wherein the center portion of the first wrap is a range from the center of the first wrap to 540°, and the center portion of the second wrap is a range from the center of the second wrap to 540°, and characterised in that the rate of change in the first gap from the center of the first wrap to the intermediate point of the first wrap is in the range of 4.5 times to 5.5 times the rate of change in the first gap from the intermediate point of the first wrap to the outer peripheral end of the first wrap, and the rate of change in the second gap from the center of the second wrap to the intermediate point of the second wrap is in the range of 4.5 times to 5.5 times the rate of change in the second gap from the intermediate point of the second wrap to the outer peripheral end of the second wrap.