A dual motion shutoff valve assembly comprising: a valve body having an inner wall, a first port defined by a first portion of the inner wall, a second port defined by a second portion of the inner wall, and a controllable flow path defined by a third portion of the inner wall between the first port and the second port; a first gasket disposed about the first port; a valve disk disposed in the controllable flow path, wherein the valve disk includes a spherical surface portion configured to selectively engage the first gasket in a closed position of the valve assembly effective to form a seal thereon; a shaft coupled to the valve disk, wherein the shaft is configured to actuate a position of the valve disk between the closed position and an open position such that the valve disk is placed in a retracted position relative to the first gasket when the shaft is moved to the open position from the closed position or to the closed position from the open position; and a sequencing drive assembly coupled to the shaft and the valve disk, wherein the sequencing drive assembly is configured to actuate a position of the shaft between the open position and the closed position, characterized in that the sequencing drive assembly comprises: an inner driver ring configured to surround the shaft, the inner driver ring having a sidewall and two depressions about opposite locations on an outside surface of the sidewall of the inner driver ring; an outer driver ring configured to surround the inner driver ring, the outer driver ring having a sidewall and two apertures about opposite locations of the sidewall of the outer driver ring; a retaining housing configured to surround the inner driver ring and the outer driver ring, the retaining housing having a sidewall and two depressions about opposite locations of an inside surface of the sidewall of the retaining housing; and a pair of interlocking rollers configured to slidably engage in the two apertures about the opposite locations of the sidewall of the outer driver ring. a valve body having an inner wall, a first port defined by a first portion of the inner wall, a second port defined by a second portion of the inner wall, and a controllable flow path defined by a third portion of the inner wall between the first port and the second port; a first gasket disposed about the first port; a valve disk disposed in the controllable flow path, wherein the valve disk includes a spherical surface portion configured to selectively engage the first gasket in a closed position of the valve assembly effective to form a seal thereon; a shaft coupled to the valve disk, wherein the shaft is configured to actuate a position of the valve disk between the closed position and an open position such that the valve disk is placed in a retracted position relative to the first gasket when the shaft is moved to the open position from the closed position or to the closed position from the open position; and a sequencing drive assembly coupled to the shaft and the valve disk, wherein the sequencing drive assembly is configured to actuate a position of the shaft between the open position and the closed position, characterized in that the sequencing drive assembly comprises: an inner driver ring configured to surround the shaft, the inner driver ring having a sidewall and two depressions about opposite locations on an outside surface of the sidewall of the inner driver ring; an outer driver ring configured to surround the inner driver ring, the outer driver ring having a sidewall and two apertures about opposite locations of the sidewall of the outer driver ring; a retaining housing configured to surround the inner driver ring and the outer driver ring, the retaining housing having a sidewall and two depressions about opposite locations of an inside surface of the sidewall of the retaining housing; and a pair of interlocking rollers configured to slidably engage in the two apertures about the opposite locations of the sidewall of the outer driver ring. an inner driver ring configured to surround the shaft, the inner driver ring having a sidewall and two depressions about opposite locations on an outside surface of the sidewall of the inner driver ring; an outer driver ring configured to surround the inner driver ring, the outer driver ring having a sidewall and two apertures about opposite locations of the sidewall of the outer driver ring; a retaining housing configured to surround the inner driver ring and the outer driver ring, the retaining housing having a sidewall and two depressions about opposite locations of an inside surface of the sidewall of the retaining housing; and a pair of interlocking rollers configured to slidably engage in the two apertures about the opposite locations of the sidewall of the outer driver ring.