Abstract: A vehicle seat includes a pelvis movement suppression member, a moving mechanism, a control section and an energy-absorbing mechanism. The pelvis movement suppression member is disposed at a seat upper side of a seat front side of a seat cushion, extends in a seat width direction, and is movable in a seat front-rear direction relative to a frame of the seat cushion. The moving mechanism moves the pelvis movement suppression member from an initial position to a restraining position at a seat rear side relative to the initial position. When a collision is detected or predicted, the control section activates the moving mechanism and moves the pelvis movement suppression member to the restraining position.

Abstract: A vehicle door structure includes: a door inner including a body wall portion, a first opposed wall portion, and a second opposed wall portion; a door outer panel; an impact beam; an impact beam extension including a door-inner-side end portion and a fixed end; and a first reinforcement including a support portion fixed to the first opposed wall portion and a free end portion extending from the support portion toward the impact beam, wherein the impact beam extension and the free end portion are configured to be fitted to each other.

Abstract: A vehicle seat includes a pelvis movement suppression member, a moving mechanism, a control section and an energy-absorbing mechanism. The pelvis movement suppression member is disposed at a seat upper side of a seat front side of a seat cushion, extends in a seat width direction, and is movable in a seat front-rear direction relative to a frame of the seat cushion. The moving mechanism moves the pelvis movement suppression member from an initial position to a restraining position at a seat rear side relative to the initial position. When a collision is detected or predicted, the control section activates the moving mechanism and moves the pelvis movement suppression member to the restraining position.

Abstract: A vehicle door structure includes: a door inner including a body wall portion, a first opposed wall portion, and a second opposed wall portion; a door outer panel; an impact beam; an impact beam extension including a door-inner-side end portion and a fixed end; and a first reinforcement including a support portion fixed to the first opposed wall portion and a free end portion extending from the support portion toward the impact beam, wherein the impact beam extension and the free end portion are configured to be fitted to each other.