An electrical vehicle latch comprising: - a support assembly; - a releasable closure mechanism carried by said support assembly and adapted to releasably engage a striker; - an electrically-operated actuator assembly carried by said support assembly and which can be selectively activated to release said closure mechanism from said striker or to lock said closure mechanism in a condition of engagement with the striker; and - an electrical control unit comprising a printed circuit board for controlling operation of said actuator assembly; wherein said closure mechanism comprises: - a ratchet movable between a release position, wherein the ratchet is positioned to receive or release said striker, and at least one lock position, wherein the ratchet is positioned to retain said striker; and - a releasable locking mechanism cooperating with said ratchet to prevent disengagement between the striker and the ratchet; wherein said support assembly comprises a first support body carrying at least said ratchet in a position parallel to a first plane; wherein said first support body is substantially plate-shaped and carries said closure mechanism; wherein said support assembly further comprises a second support body carrying at least said printed circuit board in a position parallel to a second plane transversal to said first plane; wherein said second support body is a fluid-tight casing internally housing, in a fluid-tight manner, said electrical control unit and part of said actuator assembly, and externally carrying the rest of the actuator assembly. - a support assembly; - a releasable closure mechanism carried by said support assembly and adapted to releasably engage a striker; - an electrically-operated actuator assembly carried by said support assembly and which can be selectively activated to release said closure mechanism from said striker or to lock said closure mechanism in a condition of engagement with the striker; and - an electrical control unit comprising a printed circuit board for controlling operation of said actuator assembly; wherein said closure mechanism comprises: - a ratchet movable between a release position, wherein the ratchet is positioned to receive or release said striker, and at least one lock position, wherein the ratchet is positioned to retain said striker; and - a releasable locking mechanism cooperating with said ratchet to prevent disengagement between the striker and the ratchet; wherein said support assembly comprises a first support body carrying at least said ratchet in a position parallel to a first plane; wherein said first support body is substantially plate-shaped and carries said closure mechanism; wherein said support assembly further comprises a second support body carrying at least said printed circuit board in a position parallel to a second plane transversal to said first plane; wherein said second support body is a fluid-tight casing internally housing, in a fluid-tight manner, said electrical control unit and part of said actuator assembly, and externally carrying the rest of the actuator assembly. - a ratchet movable between a release position, wherein the ratchet is positioned to receive or release said striker, and at least one lock position, wherein the ratchet is positioned to retain said striker; and - a releasable locking mechanism cooperating with said ratchet to prevent disengagement between the striker and the ratchet; wherein said support assembly comprises a first support body carrying at least said ratchet in a position parallel to a first plane; wherein said first support body is substantially plate-shaped and carries said closure mechanism; wherein said support assembly further comprises a second support body carrying at least said printed circuit board in a position parallel to a second plane transversal to said first plane; wherein said second support body is a fluid-tight casing internally housing, in a fluid-tight manner, said electrical control unit and part of said actuator assembly, and externally carrying the rest of the actuator assembly.