A virtual image display device comprising: a projector configured to emit projection light; a translucent screen configured to receive on a back surface side thereof the projection light emitted from the projector to form an image, and to emit display light of the image from a front surface side thereof, wherein the translucent screen comprises two regions arranged along a first direction (Dx), and includes a first end and a second end arranged along a second direction (Dy) that is orthogonal to the first direction (Dx); a first reflection part configured to reflect the display light emitted from the translucent screen and having a positive optical power such that the reflected display light from the two regions of the translucent screen is convergent; and a second reflection part configured to reflect the display light reflected by the first reflection part such that, in use, the display light is projected on a projection member located forward of a viewer, wherein the translucent screen is disposed inclined with respect to an optical axis of the projection light in such a manner that, as viewed from the first direction (Dx), the second end of the translucent screen is closer than the first end of the translucent screen to the display light reflected toward the second reflection part by the first reflection part , and such that a difference between a first optical path length of the display light emitted to the first reflection part from the first end and a second optical path length of the display light emitted to the first reflection part from the second end is smaller than that which would be obtained if the translucent screen were disposed perpendicularly to the optical axis of the projection light. a projector configured to emit projection light; a translucent screen configured to receive on a back surface side thereof the projection light emitted from the projector to form an image, and to emit display light of the image from a front surface side thereof, wherein the translucent screen comprises two regions arranged along a first direction (Dx), and includes a first end and a second end arranged along a second direction (Dy) that is orthogonal to the first direction (Dx); a first reflection part configured to reflect the display light emitted from the translucent screen and having a positive optical power such that the reflected display light from the two regions of the translucent screen is convergent; and a second reflection part configured to reflect the display light reflected by the first reflection part such that, in use, the display light is projected on a projection member located forward of a viewer, wherein the translucent screen is disposed inclined with respect to an optical axis of the projection light in such a manner that, as viewed from the first direction (Dx), the second end of the translucent screen is closer than the first end of the translucent screen to the display light reflected toward the second reflection part by the first reflection part , and such that a difference between a first optical path length of the display light emitted to the first reflection part from the first end and a second optical path length of the display light emitted to the first reflection part from the second end is smaller than that which would be obtained if the translucent screen were disposed perpendicularly to the optical axis of the projection light. <EOS>