It is well known that car headlights come in two main types: low beam (also known as dipped beam or "near lights") and high beam (also known as main beam or "far lights"). Low beam headlights are the most commonly used light source in our daily driving because they are designed according to regulatory standards. They have a lower horizontal beam pattern, which prevents them from affecting the safety of oncoming drivers, allowing us to use them normally.
So why do many people still misuse high beam headlights? Apart from a few individuals with poor manners, many people are forced to do so due to the headlight configuration of their cars. Many entry-level car models still use halogen headlights, which have low brightness and poor lighting performance, making it difficult to see the road ahead clearly when using only low beam headlights.
In such cases, people often subconsciously switch to high beams because they have a wider illumination range. However, this affects the safety of oncoming drivers, and we all become victims in this situation.
Halogen headlights, which are commonly found in cars, have a relatively simple design structure consisting of a bowl-shaped reflector and a halogen bulb. Their brightness is quite dim, and if you're still using halogen headlights, you may find yourself squinting to see the road ahead.
So, what can be done if halogen headlights are not bright enough? Some people choose to upgrade to LED headlights (as shown in the image). LED headlights do have higher brightness compared to halogen headlights. However, these LED headlights have relatively average performance compared to high-performance integrated LED dual-lens headlights. They appear weaker in comparison.
Firstly, these LED headlights have lower configurations and use relatively weaker LED chips. Additionally, the number of LED chips used is also lower compared to integrated LED dual-lens headlights. Secondly, without the support of lenses, the light from these LED headlights appears scattered and unfocused, resulting in a dimmer brightness.
In terms of illumination performance, LED headlights may appear whiter compared to halogen headlights. White light gives a perception of brightness. However, the actual increase in brightness is limited, and apart from the main bright area, the rest of the light distribution is similar to halogen headlights.
Finally, let's talk about the game-changer I mentioned at the beginning: integrated LED dual-lens headlights. It truly stands out without any comparison. LED dual-lens headlights provide excellent lighting performance. They not only greatly improve brightness but also have a wide coverage area. You can see clearly on both sides, and even distant walls are illuminated with exceptional clarity!
