Can You Put High Beam Bulbs In Low Beam

Can You Put High Beam Bulbs In Low Beam

Don’t confuse high beam and low beam headlights. If you have a low beam headlight, you can only use a low beam bulb with this type of headlight. 

Can You Put High Beam Bulbs In Low Beam? Putting high beam bulbs in the low beam is not advisable. You can do it with a little bit of effort. You can get your bulbs to change at any mechanic shop, or you can even change it yourself if you know the process. 

A high bulb produces a bright light for when you need to see farther at night when the roads are poorly lit with street lamps or from oncoming traffic. 

On the other hand, a low bulb provides less illumination when you’re driving during the dawn in well-lit areas, and the roads are well-paved. Thus, the driver wants their headlight to change with the high beams. 

Therefore many people ask whether it is possible to change their headlights from low to high. Here you will get the answer to all your questions. Keep reading below to know more about the low and high beam bulbs. 

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Low Vs. High Beam Headlights: Key Differences

Driving on rural, unlit roads often comes with a decision, do I use high beams or low beams? But what are the differences between high and low beam headlights? Stay safe, and learn all about headlight technology.

The main difference between low and high beams is that low beam light is used for regular nighttime city area driving. High beam light is used in minor lighting areas such as rural or narrow roads.

High beam

High beam headlights produce a more focused field of light in front of the car, so they’re best for seeing far down the road. 

They can also help other drivers see you coming when it’s dark out, but if someone’s driving toward you with high beam headlights on at night, they can temporarily blind both drivers, especially if it takes one driver longer than another to react.

Low beam

Low beam headlights, on the other hand, exceed your vision at night, allowing you to see more in front of you by lighting up more of the road surface. 

They’re beneficial for seeing curves and dips on the road. Every vehicle has a pair of headlights, and most cars have two high beam headlights and one pair of low beam headlights. 

Key differences

  • Both bulbs have different sockets to fit bulbs.
  • Low beams are less luminous than high beams. 
  • Low beams bulbs produce about 1000 lumen, whereas high beams can produce 17 to 18 thousand lumens.

High-beam headlights are used from a wide-angle driving on the highway or other roads requiring you to drive at a higher speed. 

They’re generally easier to see in windy conditions because they can be seen from greater distances. On the other hand, low beam headlights produce a narrower illuminated field to light up more road surface areas.  

Dual Filament Bulbs

Dual filament bulbs are commonly used in lamps for those unfamiliar with the term because they provide a soft light desired for the living room or bedroom. 

These bulbs have two filaments inside that create a low-wattage glow. Below, you will know how these types of bulbs work. 

How Do Dual Filament Bulbs Work?

Dual filament bulbs have two filaments inside, which each produce their electrical current and emit their wavelength of light. 

The two filaments are usually divided on the bulb’s base, but it is not uncommon to see them in separate prongs and even wrapped around the filament itself. 

The easiest way to imagine this process is by looking at a light bulb as it would be without other parts or components. You may also see this process referred to as filament coupling.

What Are The Dual Filament Bulbs Benefits?

Dual filament bulbs provide a soft-wearing glow often desired in an area due to their warm glow and low energy consumption levels. 

In addition, this type of lighting provides long-lasting illumination, which allows you to enjoy lower electricity costs. Other benefits include increased safety, longevity, and energy efficiency. 

Can You Put High Beam Bulbs In Low Beam

Low Beam Headlights

Low beam headlights are one of the essential features of your car. This is because they are the only ones that illuminate the forward path when you’re driving, in addition to providing side illumination in front of your vehicle. 

But how do they work? How do they know where to shine and when there’s no high beaming or even a display on the dashboard? If you’re curious about low beam headlight technology, read on.

You have two choices for headlights: high beams and low beams. In other words, high beams illuminate the road ahead of your car while low beams provide side illumination. 

The low beam headlight has two purposes: to illuminate the immediate area around your vehicle and guide you safely. 

Therefore, when you’re driving at night and other cars are zooming past you in the dark, a low beam headlight can make all the difference between being able to see them and not.

A high beam will not help you see them if they’re approaching from behind or even if they’re coming in front of your car. 

Low beam headlights illuminate the road in a downward direction, hence the terms down lighting or down beaming. 

High beams produce a horizontal beam that illuminates the road in front of your vehicle.

Why Do Hazard Lights won’t Turn Off?


How do low beam headlights work?

You may have noticed that low beams work differently than high beams when driving on a dark road at night. You may also have seen that high beams don’t illuminate as far ahead as low beams do when there’s no highway illumination present. 

These are all signs of the low beam system working correctly. So how are headlights connected to the car’s electrical system? The power that powers your car’s lights comes from your fuel-injected engine

This power is sent through the wiring harness and to the headlights.

The headlight switch determines which lights receive power. The low beam lighting is activated when you turn on your headlights. 

A toggle switch on the dash or a control mounted inside the steering column can activate the high beam lighting. 

This is the same power that powers your car’s lights comes from your fuel-injected engine. This power is sent through the wiring harness and to the headlights. 

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