Lighting assembly for a vehicle, comprising: - a first light source and a second light source each accommodated in a housing (10A, 10B) and configured to emit light; - a first outer lens corresponding to the first light source and a second outer lens corresponding to the second light source, each outer lens (20A, 20B) being transparent for the emitted light of the respective light source (5A, 5B) in an outwards direction; - a first filter and a second filter configured to homogenize the emitted light; wherein the outer lenses (20A, 20B) are spatially separated from each other by a separation gap and the filters (30A, 30B) are aligned with each other; each filter (30A, 30B) further comprises an inwardly extending filter portion (32A, 32B) which extends in an inwards direction on a respective side of the gap such that the gap is formed between the inwardly extending filter portions (32A, 32B), characterized in that, the first filter and the second filter are each in direct contact with an inner surface of the respective outer lens (20A, 20B); and each outer lens (20A, 20B) comprises an end portion (24A, 24B) on each side of the gap and the inwardly extending filter portions (32A, 32B) extend in an inwards direction on the respective side of the gap from these end portions (24A, 24B). - a first light source and a second light source each accommodated in a housing (10A, 10B) and configured to emit light; - a first outer lens corresponding to the first light source and a second outer lens corresponding to the second light source, each outer lens (20A, 20B) being transparent for the emitted light of the respective light source (5A, 5B) in an outwards direction; - a first filter and a second filter configured to homogenize the emitted light; wherein the outer lenses (20A, 20B) are spatially separated from each other by a separation gap and the filters (30A, 30B) are aligned with each other; each filter (30A, 30B) further comprises an inwardly extending filter portion (32A, 32B) which extends in an inwards direction on a respective side of the gap such that the gap is formed between the inwardly extending filter portions (32A, 32B), characterized in that, the first filter and the second filter are each in direct contact with an inner surface of the respective outer lens (20A, 20B); and each outer lens (20A, 20B) comprises an end portion (24A, 24B) on each side of the gap and the inwardly extending filter portions (32A, 32B) extend in an inwards direction on the respective side of the gap from these end portions (24A, 24B). wherein the outer lenses (20A, 20B) are spatially separated from each other by a separation gap and the filters (30A, 30B) are aligned with each other; each filter (30A, 30B) further comprises an inwardly extending filter portion (32A, 32B) which extends in an inwards direction on a respective side of the gap such that the gap is formed between the inwardly extending filter portions (32A, 32B), characterized in that, the first filter and the second filter are each in direct contact with an inner surface of the respective outer lens (20A, 20B); and each outer lens (20A, 20B) comprises an end portion (24A, 24B) on each side of the gap and the inwardly extending filter portions (32A, 32B) extend in an inwards direction on the respective side of the gap from these end portions (24A, 24B). the first filter and the second filter are each in direct contact with an inner surface of the respective outer lens (20A, 20B); and each outer lens (20A, 20B) comprises an end portion (24A, 24B) on each side of the gap and the inwardly extending filter portions (32A, 32B) extend in an inwards direction on the respective side of the gap from these end portions (24A, 24B).