A light module of a vehicle light device comprising a primary lens unit and a secondary lens unit, whereby the secondary lens unit converts an interim light distribution cast by the primary lens unit into a full beam distribution cast by the light module, - whereby the primary lens unit comprises a majority of light conducting segments (4a, 4b,...), - whereby each light conducting segment (4a, 4b,...) is assigned a respective light source (6a, 6b,...), - whereby the light conducting segments (4a, 4b,...) are designed to shape the desired interim light distribution from light from the majority of light sources (6a, 6b,...), - whereby the respective light conducting segment (4a; 4b;...) is bounded by an initial coupling surface (8a; 8b;...) such that light generated by the light source (6a; 6b;...) assigned to the light conducting segment (4a; 4b;...) is coupled via the initial coupling surface (8a; 8b;...) into the light conducting segment (4a; 4b;...), - whereby the respective light conducting segment (4a; 4b;...) is bounded by a reflection surface (10a; 10b;...) opposite the initial coupling surface (8a; 8b;...) such that light coming from the initial coupling surface (8a; 8b;...) and falling onto the reflection surface (10a; 10b;...) is redirected such that it is concentrated in an uncoupling surface (12a; 12b;...), - whereby the respective light conducting segment (4a; 4b;...) is bounded by a second coupling surface (14a; 14b;...) such that light generated by the light source (6a; 6b;...) assigned to the light conducting segment (4a; 4b;...) is coupled via the second coupling surface (14a; 14b;...) into the light conducting segment (4a; 4b;...), and - whereby the respective light conducting segment (4a; 4b;...) is bounded by the uncoupling surface (12a; 12b;...) such that light redirected from the reflection surface (10a; 10b;...) and the light coming from the second coupling surface (14a; 14b;...) for generating the interim light distribution from the light conducting segment (4a; 4b;...) are uncoupled. - whereby the primary lens unit comprises a majority of light conducting segments (4a, 4b,...), - whereby each light conducting segment (4a, 4b,...) is assigned a respective light source (6a, 6b,...), - whereby the light conducting segments (4a, 4b,...) are designed to shape the desired interim light distribution from light from the majority of light sources (6a, 6b,...), - whereby the respective light conducting segment (4a; 4b;...) is bounded by an initial coupling surface (8a; 8b;...) such that light generated by the light source (6a; 6b;...) assigned to the light conducting segment (4a; 4b;...) is coupled via the initial coupling surface (8a; 8b;...) into the light conducting segment (4a; 4b;...), - whereby the respective light conducting segment (4a; 4b;...) is bounded by a reflection surface (10a; 10b;...) opposite the initial coupling surface (8a; 8b;...) such that light coming from the initial coupling surface (8a; 8b;...) and falling onto the reflection surface (10a; 10b;...) is redirected such that it is concentrated in an uncoupling surface (12a; 12b;...), - whereby the respective light conducting segment (4a; 4b;...) is bounded by a second coupling surface (14a; 14b;...) such that light generated by the light source (6a; 6b;...) assigned to the light conducting segment (4a; 4b;...) is coupled via the second coupling surface (14a; 14b;...) into the light conducting segment (4a; 4b;...), and - whereby the respective light conducting segment (4a; 4b;...) is bounded by the uncoupling surface (12a; 12b;...) such that light redirected from the reflection surface (10a; 10b;...) and the light coming from the second coupling surface (14a; 14b;...) for generating the interim light distribution from the light conducting segment (4a; 4b;...) are uncoupled.