When a car dash cam is used to film on bumpy roads, the shaky footage not only affects video quality but may also blur key information, reducing the effectiveness of accident evidence collection.
Optimizing the anti-shake function of car dash cam in high-vibration scenarios requires consideration of multiple aspects, including hardware upgrades, algorithm improvements, installation specifications, and external assistance.
Both parties must support the function of resuming interrupted transmission, so that transmission can be automatically resumed after network interruption or device restart to avoid data loss.
The collision sensing sensitivity of a car dash cam is the result of the combined effects of hardware performance, software algorithms, installation environment, driving habits, and usage and maintenance.
During cycling or driving, the car dash cam acts as a "moving eye," its core value lying not only in clearly recording images but also in consistently maintaining the correct viewing angle and secure installation.
In increasingly complex traffic environments, driving safety no longer relies solely on driving skills but also requires technological support.