Abstract: The present invention provides a vehicle driving information storage apparatus capable of preserving condition changes of inside and outside of a vehicle and a driver as synchronized images. Inside a vehicle 1, a fisheye lens 5 is arrange at a position capable of simultaneously filming a driver's state and a state inside and outside the vehicle and filming is performed at a predetermined cycle and a predetermined number jmax of the latest images are always stored in the image storage unit M1. Upon detection of a driving condition sudden change such as a sudden brake and a collision, image update is performed the operations times of jmax−x1 (0<x1<jmax) and the image update is stopped so that x1 images before sudden change and jmax−x1 images after the sudden change are preserved in the image storage unit M1.