A progressive power lens comprising: an object side surface; an eyeball side surface; and at least a near portion having a power for near vision, wherein the progressive power lens has a positive power; characterized in that the object side surface includes a change of a surface refractive power in a vertical direction of the lens having a progressive refractive power function, the eyeball side surface includes a change of a surface refractive power in a horizontal direction of the lens having the progressive refractive power function, when the surface refractive power in the horizontal direction is defined as DHn and the surface refractive power in the vertical direction is defined as DVn in a near power measurement point N in the object side surface, a relational expression of DHn < DVn is fulfilled, and the near portion of the eyeball side surface has a shaped part in which the signs of positive and negative of the surface refractive power in the vertical direction of the lens and the surface refractive power in the horizontal direction of the lens are opposite to each other, wherein the shaped part does not keep the meniscus shape of the lens; wherein in the shaped part, the surface refractive power in the vertical direction of the lens is set to be positive and the surface refractive power in the horizontal direction of the lens is set to be negative; and when the surface refractive power in the horizontal direction is defined as DHf and the surface refractive power in the vertical direction is defined as DVf in a distance power measurement point F in the object side surface and an addition power ADD is given, relational expressions of DVn - DVf > ADD/2 and DHn DHf < ADD/2 are fulfilled or a relational expression of DHf + DHn < DVf + DVn is fulfilled. an object side surface; an eyeball side surface; and at least a near portion having a power for near vision, wherein the progressive power lens has a positive power; characterized in that the object side surface includes a change of a surface refractive power in a vertical direction of the lens having a progressive refractive power function, the eyeball side surface includes a change of a surface refractive power in a horizontal direction of the lens having the progressive refractive power function, when the surface refractive power in the horizontal direction is defined as DHn and the surface refractive power in the vertical direction is defined as DVn in a near power measurement point N in the object side surface, a relational expression of DHn < DVn is fulfilled, and the near portion of the eyeball side surface has a shaped part in which the signs of positive and negative of the surface refractive power in the vertical direction of the lens and the surface refractive power in the horizontal direction of the lens are opposite to each other, wherein the shaped part does not keep the meniscus shape of the lens; wherein in the shaped part, the surface refractive power in the vertical direction of the lens is set to be positive and the surface refractive power in the horizontal direction of the lens is set to be negative; and when the surface refractive power in the horizontal direction is defined as DHf and the surface refractive power in the vertical direction is defined as DVf in a distance power measurement point F in the object side surface and an addition power ADD is given, relational expressions of DVn - DVf > ADD/2 and DHn DHf < ADD/2 are fulfilled or a relational expression of DHf + DHn < DVf + DVn is fulfilled.