Gear shifter assembly for a vehicle comprising: - a base to be fixed in a vehicle, - a shifter yoke having the shape of a disk segment and being mounted in the base to be pivotable about a pivotal axis and comprising a cable connector at a distance to its pivotal axis for connection of a cable to transfer pivotal shifter yoke movements to a transmission, - a shift lever connected to the shifter yoke to pivot the shifter yoke along a shift gate, - a locking arm arrangement (20, 30) pivotably mounted to the base and adapted to cooperate with lock surface structures (22, 32, 34) on the shifter yoke such that the locking arm arrangement abuts against the lock surface structures to block pivotal movement of the shifter yoke at a predetermined pivotal position when the locking arm arrangement is in a locking position, and that, when the locking arm arrangement is in an unlocking position pivoted away from the lock surface structures, the locking arm arrangement is free to pass the lock surface structures to thereby allow pivotal movement of the shifter yoke, - a bias device acting on the locking arm arrangement urging it to one of the locking and unlocking positions, - a solenoid actuator (39, 29) adapted to move the locking arm arrangement to the other one of the locking and unlocking positions when the solenoid actuator is activated, characterized in that - the solenoid actuator (39, 29) comprises a first solenoid actuator and a second solenoid actuator, - the locking arm arrangement (20, 30) comprises a first locking arm moveable by said first solenoid actuator, wherein when said first solenoid actuator is activated, the first locking arm is in its unlocking position, and a second locking arm moveable by said second solenoid actuator, wherein when said second solenoid actuator is activated, the second locking arm is in its unlocking position, and - the lock surface structures comprise a first lock surface (32, 34) and a second lock surface, and - the first locking arm and the first lock surface (32, 34) are arranged to, when the first locking arm is in the locking position and when the shifter yoke is in a first predetermined pivotal position, block pivotal movement of the shifter yoke in a first direction only, and that the second locking arm ( and the second lock surface are arranged to, when the second locking arm is in the locking position and when the shifter yoke is in a second predetermined pivotal position, block pivoting of the shifter yoke in a second direction only which is opposite to the first direction. - a base to be fixed in a vehicle, - a shifter yoke having the shape of a disk segment and being mounted in the base to be pivotable about a pivotal axis and comprising a cable connector at a distance to its pivotal axis for connection of a cable to transfer pivotal shifter yoke movements to a transmission, - a shift lever connected to the shifter yoke to pivot the shifter yoke along a shift gate, - a locking arm arrangement (20, 30) pivotably mounted to the base and adapted to cooperate with lock surface structures (22, 32, 34) on the shifter yoke such that the locking arm arrangement abuts against the lock surface structures to block pivotal movement of the shifter yoke at a predetermined pivotal position when the locking arm arrangement is in a locking position, and that, when the locking arm arrangement is in an unlocking position pivoted away from the lock surface structures, the locking arm arrangement is free to pass the lock surface structures to thereby allow pivotal movement of the shifter yoke, - a bias device acting on the locking arm arrangement urging it to one of the locking and unlocking positions, - a solenoid actuator (39, 29) adapted to move the locking arm arrangement to the other one of the locking and unlocking positions when the solenoid actuator is activated, - the solenoid actuator (39, 29) comprises a first solenoid actuator and a second solenoid actuator, - the locking arm arrangement (20, 30) comprises a first locking arm moveable by said first solenoid actuator, wherein when said first solenoid actuator is activated, the first locking arm is in its unlocking position, and a second locking arm moveable by said second solenoid actuator, wherein when said second solenoid actuator is activated, the second locking arm is in its unlocking position, and - the lock surface structures comprise a first lock surface (32, 34) and a second lock surface, and - the first locking arm and the first lock surface (32, 34) are arranged to, when the first locking arm is in the locking position and when the shifter yoke is in a first predetermined pivotal position, block pivotal movement of the shifter yoke in a first direction only, and that the second locking arm ( and the second lock surface are arranged to, when the second locking arm is in the locking position and when the shifter yoke is in a second predetermined pivotal position, block pivoting of the shifter yoke in a second direction only which is opposite to the first direction.