A progressive spectacle lens, having a front surface and a back surface, wherein the front surface or the back surface is a progressive surface, comprising: a central viewing zone having a surface power providing a first refracting power for distance vision; a lower viewing zone having a greater surface power than the central viewing zone providing a second refracting power corresponding to near vision, wherein the lower viewing zone is connected to the central viewing zone by a first progressing power region having a surface power varying from the surface power of the central viewing zone to the greater surface power of the lower viewing zone and having a corridor of low surface astigmatism; and two peripheral vision zones (132, 134) extending bilaterally from a vertical meridian of the progressive surface, each having a greater surface power than the central viewing zone providing a third refracting power at a prescribed field angle for correcting a peripheral hyperopic shift of a static eye looking straight ahead, wherein each peripheral vision zone (132, 134) is connected to the central viewing zone by a second progressing power region (144, 146) having a surface power varying from the surface power of the central viewing zone to the greater surface power of each peripheral vision zone (132, 134) and having a corridor of low surface astigmatism; characterized by an upper viewing zone having a greater surface power than the central viewing zone providing a fourth refracting power corresponding to intermediate vision, wherein the upper viewing zone is connected to the central viewing zone by a third progressing power region having a surface power varying from the surface power of the central viewing zone to the surface power of the upper viewing zone and having a corridor of low surface astigmatism, wherein each viewing zone (128, 132, 134, 136) consists of a stable power region, wherein each low surface astigmatism amounts to less than +0.25 D. a central viewing zone having a surface power providing a first refracting power for distance vision; a lower viewing zone having a greater surface power than the central viewing zone providing a second refracting power corresponding to near vision, wherein the lower viewing zone is connected to the central viewing zone by a first progressing power region having a surface power varying from the surface power of the central viewing zone to the greater surface power of the lower viewing zone and having a corridor of low surface astigmatism; and two peripheral vision zones (132, 134) extending bilaterally from a vertical meridian of the progressive surface, each having a greater surface power than the central viewing zone providing a third refracting power at a prescribed field angle for correcting a peripheral hyperopic shift of a static eye looking straight ahead, wherein each peripheral vision zone (132, 134) is connected to the central viewing zone by a second progressing power region (144, 146) having a surface power varying from the surface power of the central viewing zone to the greater surface power of each peripheral vision zone (132, 134) and having a corridor of low surface astigmatism; characterized by an upper viewing zone having a greater surface power than the central viewing zone providing a fourth refracting power corresponding to intermediate vision, wherein the upper viewing zone is connected to the central viewing zone by a third progressing power region having a surface power varying from the surface power of the central viewing zone to the surface power of the upper viewing zone and having a corridor of low surface astigmatism, wherein each viewing zone (128, 132, 134, 136) consists of a stable power region, wherein each low surface astigmatism amounts to less than +0.25 D.