Universal vehicle self-right apparatus

A self-right apparatus comprises:

• a spring-loaded piano hinge;
• a trigger mechanism;
• a catch;
• a fulcrum;
• a clutched servo mechanism;
• a control unit;
• the spring-loaded piano hinge comprises a flip plate, a base plate, a pivot axle, and a plurality of torsion springs;
• each of the plurality of torsion springs comprises a first leg and a second leg;
• the trigger mechanism comprises a spring-tensioned latch and a rotation slot;
• the catch comprises a clevis pin, a first bracket, a second bracket, and an access hole;
• the clutched servo mechanism comprises a linkage bar, a servomotor, and an extension arm;
• the flip plate and the base plate each comprise an inner surface and an outer surface;
• the fulcrum being connected normal and adjacent to the outer surface of the base plate;
• the rotation slot traversing along the fulcrum and through the base plate;
• the spring-tensioned latch being positioned within the rotation slot;
• the spring-tensioned latch being rotatably mounted on the fulcrum;
• the spring-tensioned latch being pivotally and adjacently connected to the linkage bar;
• the catch being mounted normal and adjacent to the inner surface of the flip plate;
• the spring-tensioned latch being selectively engaged to the catch;
• the flip plate and the base plate being hingedly connected by the pivot axle;
• the plurality of torsion springs being distributed along the pivot axle;
• the pivot axle being encircled by each of the plurality of torsion springs;
• the first leg for each of the plurality of torsion springs being pressed against the inner surface of the flip plate;
• the second leg for each of the plurality of torsion springs being pressed against the inner surface of the base plate;
• the clutched servo mechanism being positioned in between the pivot axle and the rotation slot;
• the control unit being electronically connected to the servomotor;
• the access hole traversing through the flip plate;
• the first bracket and the second bracket being mounted normal and adjacent to the inner surface of the flip plate;
• the first bracket and the second bracket being positioned opposite to each across the latch access hole;
• the clevis pin being mounted from the first bracket to the second bracket across the access hole;
• the servomotor being mounted onto the outer surface of the base plate;
• a rotation axis of the servomotor being oriented parallel to the pivot axle;
• the extension arm being axially connected to the servomotor;
• and
• the extension arm being positioned perpendicular to the rotation axis.