A method of shaping a glass sheet, the glass sheet having a first major surface and a second opposing major surface, the method comprising the steps: (i) providing a shaping support for supporting the glass sheet, wherein the shaping support is configured as a ring mould having an upper shaping surface for contacting the first major surface of the glass sheet at a peripheral region of the glass sheet; (ii) heating the glass sheet to a temperature for shaping; (iii) positioning the glass sheet on the shaping support such that the first major surface of the glass sheet is in contact with the shaping support; and (iv) shaping the glass sheet on the shaping support; wherein before step (iv) a shaping member is provided and during step (iv) the glass sheet is shaped by pressing the glass sheet between the shaping support and the shaping member, wherein the shaping member is a full surface shaping member having a shaping surface for contacting the second major surface of the glass sheet during step (iv); further wherein during step (iv) at least a first portion of the glass sheet is deliberately cooled by directing at least a first jet of fluid towards the first portion of the glass sheet, the first portion of the glass sheet being a portion of the first major surface of the glass sheet, preferably wherein the first jet of fluid comprises air, in particular compressed air. (i) providing a shaping support for supporting the glass sheet, wherein the shaping support is configured as a ring mould having an upper shaping surface for contacting the first major surface of the glass sheet at a peripheral region of the glass sheet; (ii) heating the glass sheet to a temperature for shaping; (iii) positioning the glass sheet on the shaping support such that the first major surface of the glass sheet is in contact with the shaping support; and (iv) shaping the glass sheet on the shaping support; wherein before step (iv) a shaping member is provided and during step (iv) the glass sheet is shaped by pressing the glass sheet between the shaping support and the shaping member, wherein the shaping member is a full surface shaping member having a shaping surface for contacting the second major surface of the glass sheet during step (iv); further wherein during step (iv) at least a first portion of the glass sheet is deliberately cooled by directing at least a first jet of fluid towards the first portion of the glass sheet, the first portion of the glass sheet being a portion of the first major surface of the glass sheet, preferably wherein the first jet of fluid comprises air, in particular compressed air. wherein before step (iv) a shaping member is provided and during step (iv) the glass sheet is shaped by pressing the glass sheet between the shaping support and the shaping member, wherein the shaping member is a full surface shaping member having a shaping surface for contacting the second major surface of the glass sheet during step (iv); further wherein during step (iv) at least a first portion of the glass sheet is deliberately cooled by directing at least a first jet of fluid towards the first portion of the glass sheet, the first portion of the glass sheet being a portion of the first major surface of the glass sheet, preferably wherein the first jet of fluid comprises air, in particular compressed air. <EOS>