Bicycle lights explained: the light beam

2 May 2022
Bicycle lights explained: the light beam

Bicycle lights explained: the light beam

2 May 2022
Bicycle lights explained: the light beam

Bicycle lights explained: the light beam

02 May. 2022

The light beam

In a series of blogs we explain you all the ins and outs about our lights. All their unique features and we explain how lights work. We created three different blogs, all about a specific feature of bicycle lights. In this blog we tell you everything about the lightbeam of a light. The others explain more about lumen, lux and candela and the battery of a bicycle light.

How a light is emitted into the world can be done in several ways. For each light, our designers have made specific choices to create the optimal experience for you. But they also keep an eye on how the light influences other traffic on the street. Different situations ask for different designs. A lightbeam can be spread out in a wide beam to cover a big area, or it can be compressed into a very narrow, bright beam.


From the source into the darkness

Let's start at the beginning! Light is created by the LEDs inside the lamp. There are multiple ways to guide the light outside. For example by using lenses and/or reflectors. Here, the real high-end designing, experience and research & development comes in.

It is relatively easy to create a powerful light, but the real issue is what is done with all that power afterwards. A very powerful light is often also a very heavy and unpractical light. It is therefore important that all that power is used as efficient as possible. This way we can design lights that give you the best coverage of light without being too heavy or unpractical. You will get the most useful light out of the lumen that are emitted from the lightsource.

The goal of a lightbeam

As you have read above, creating a very strong and powerful light is one thing, but using all that power in your favour may be just as important. A lightbeam supports you on your ride. The lightbeam should cover the important spots ahead of your so that you can create an overview of the world around you in the dark. Different situations ask for different light coverage. Below we will give you a few examples to get an idea of how light might work for you:

The reflector

Now that you understand the importance of efficiency of your lightbeam we can dive a bit deeper into how this efficiency is created. One part of the puzzle is the type of reflector that is used to guide the light into the darkness.

Light that is emitted from a LED shines in all directions. It is up to the housing of the light to make sure the light is guided into the right direction without losing too much of it. This guiding can be done by three different reflectors, all with their own pro's and cons. Below, we will explain a bit more about these reflectors.

The classic reflector

A classic reflector is quit simple. Light that does not shine into the outside world will be caught be the reflective inside walls of the light to be reflected until it also ends up in the outside darkness and thus shines out of the lamp. This way, all light that is emitted by the lightsource makes it to the outside world. This solution is relatively cheap, but there is not much control over the way that light is emitted. It can shine in any direction. So even though all the light makes it to the outside world, there is often no symmetrical and well-designed lightbeam pattern.

Klassieke reflector Klassieke reflector

The modern reflector

A modern reflector is a very clever way to guide the lightbeam. With this type of reflector, the LED is placed on an angle in the housing where it cannot shine a direct lightbeam out of the lamp. The light is first caught by a reflector that then reflects the light out of the lamp in a controlled manner. This way, all the light shines in a very controlled way in a lightbeam that is ingeniously designed.

A good example of the benefits of this is our own Stud headlight. Due to the indirect reflection of the light within the housing, the LED won't shine straight into other traffic, while still providing you with a abundance of light ahead of you. The Stud is specifically designed to not blind other traffic with the help of this clever reflector.

Moderne reflector Moderne reflector

The optics

And then last but not least, the lens optics. Here, The LED's in the light will be completely surrounded by high-end optics that catch all the light that is emitted and spread this light into a nice and even lightbeam. The main benefit is that the lightbeam can be controlled very well and no light will be lost. This way, a nice lightbeam is created with an even grading towards the sides of the beam and a clear and bright hotspot.

Our NanoStrike and StrikeDuo series all contain these high-end optics. If you have read our other blog about lumen, lux and candela, have seen that we aim for a specific amount of lux while the amount of lumen can vary to create the best user experience in different situations. Through the use of optics, this can be established.

Lens Lens

Use the lightbeam in your favour

The optic lenses that we use really get our lights to a higher level. We are able to use the available lumen output completely in our favour. By placing vertical ridges on the optic lens of the StrikeDuo series, we are able to fully control the light and create a lightbeam in an oval beam pattern. This gives the rider a better light coverage ahead, while not affecting upcoming traffic.


And there you go! A bit more information about how a lightbeam can work in your favour and how we try to establish that. You have now a better understanding about how lumen and an effective lightbeam are connected and hopefully you understand that power is not everything. It is very important to know how all that power is bundled in an efficient lightbeam that supports you on your rides.