Magnetic Snap, Latency Compensation Methods and Systems for Augmented Reality Automotive Displays

A system and method are disclosed for compensating display latency in augmented reality automotive head-up displays (AR-HUDs). The approach combines vehicle sensor signals with real-time camera edge detection to maintain accurate spatial alignment of virtual content. Virtual highlights derived from delayed sensor input are tracked and dynamically realigned by snapping them to detected image edges when spatial coincidence is identified, thereby reducing perceptual drift. This continuous correction improves overlay accuracy, enhances driver situational awareness, and contributes to overall driving safety.