Gamers and fast typists love moss mechanical switches due to their smoothness and consistent keystroke. In fact, the light moderate sound provides an extreme keystroke feel like tactile and clicky switches. So hold your horse. Here’s a comprehensive guide on moss linear switches. Is it worth it or not?
What Exactly is Moss Linear Switches?
The design of Moss made by Chinese manufacturer JWK (Jiangsu Hua-Jie Wei Technology Co., Ltd) which almost same as JWK Durock POM and Dogikon linear switches. Moreover, they’re include in Moss series mechanical switches similar as tactile and clicky variants.
In fact, due to the light moderate keystroke sound, people consider it a tactile mechanical switch. But moss has a linear feel, which means there is no tactile bump or any audible loud-click sound. After all, the sound is lighter than tactile switches after sound comparison.
On the other hand, The actuation force of Moss switches is smooth and consistent throughout the keystroke, resulting in faster and more accurate typing. The travel distance is similar to dogikon or durock pom mechanical switches.
Also, due to their five-pin design, they’re compatible with various mechanical keyboards. Overall, the performance makes them popular and the favorite linear switches among gamers and typists who prefer a smooth and rich typing experience.
Pros and Cons of Moss Keyboard Switches
Here are the advantages and downsides, that help make your decision easy.
- Smooth and consistent feel: Moss switches have a smooth and consistent feel throughout their entire travel, providing great typing or gaming keystroke experience. Working is more enjoyable and accurate, like having a whale of a time.
- Long Lifespan: There is a lifespan for Moss switches is 50 million keystrokes. As a result, they’re reliable and consistent over time, so they’re a good investment if you use your keyboard often.
- Customization: Many custom mechanical keyboards use, which allow for high customization. Custom macros and shortcuts can be programmed, as well as different keycaps and layouts.
- Low Noise: Moss are a good choice if you prefer a very light, moderate-noise typing experience.
- Actuation force: The actuation force required by Moss switches reduces typing fatigue and makes them easier to use for longer periods.
- Price: There can be a cost difference between other mechanical switches, so they may not be affordable for everyone.
Characteristics of Moss Linear Switches
In comparison to other types of keyboard switches, Moss mechanical switches have several unique characteristics. After all, the following are some of the key features:
|MOSS MECHANICAL SWITCHES||SPECIFICATION|
|Total Travel Distance||4.0mm|
|Noise Level||Light Moderate|
|Top Housing||Polycarbonate plastic|
Switch Type – Linear
JWK moss mechanical switches refer to the smooth and consistent force required to press the switch from top to bottom. Because they can’t produce any tactile bump-like tactile switches or can’t produce too loud click noise like tactile switches, moreover, the linear feel is suitable for heavy gaming and typing.
Actuation Force – 62g
They’ve a high actuation force with 62g and 67g bottom-out force. Plus, they’ve a higher actuation force than other popular mechanical switches like Cherry MX red, which have 45g, and Gateron red switches, which have an 50g actuation force. Also, the Moss linear switch requires more force to actuate, so some users might prefer it for a more tactile and responsive typing and gaming experience.
Although, the mechanical keyboard switches are affected by many factors, including actuation force, which plays a significant role in determining the overall feel and performance.
Travel Distance – 2mm to 4mm
The pre-travel distance of JWK moss is similar to JWK durock POM or KTT mint linear switches, which are 2 mm but slightly lower dogikon linear switches. On the other hand, the total travel distance is similar to JWK durock POM and Dogikon, which is 4mm. Before a keypress registers, a keypress must travel a certain distance. Also, the distance these switches travel is the same as that of mechanical keyboards.
Sound Level – Moderate
A smooth, light moderate sound is produced by Moss switches when typing. The sound can be described as a muted clack or a soft thock, depending on the keyboard and typing technique.
Some users may find Moss switches to have a deeper sound than other linear switches, which they may find more satisfying or enjoyable. However, it’s important to note that individual keyboard experiences can vary depending on several factors, including keycaps, keyboard material, and speed and force of typing.
A lubed one may sound smoother and quieter than an unlubed Moss linear switch. In addition to smoothing and muting the sound, lube reduces friction between the switch parts.
It’s also possible for keyboard case material, keycap material, and typing technique to affect the sound of a switch. Thus, different types of keyboard setups and different ways of using lubed Moss can produce different sounds.
Durability – 50 Million
With a lifespan of 50 million, JWK moss switches are known to be durable. JWK moss switches are also durable due to their POM stem and polycarbonate housing, which resist wear and tear.
They’re therefore perfect for gamers and heavy typists due to their ability to withstand repeated keypresses. Furthermore, they last about 50 million keystrokes depending on frequency and intensity of use.
As Moss switches use gold-plated contacts, corrosion can be prevented, and a reliable connection can be ensured over time. This can be a major consideration if you want a keyboard switch that lasts a long time.
Many keycaps are compatible with Moss because they have a standard MX-style stem.
There is no doubt that Moss are smooth when typing. When pressed, they’ve got a linear feel from top to bottom, which makes them satisfying to use. Also, It’s been found that lubricating the switches, which come unlubricated from the factory, makes them even smoother.
There is no tactile feedback or audible click associated with Moss switches that make it right as rain for heavy gaming. Several gamers prefer Moss switches because they allow quick, precise movements with a consistent keystroke.
People like tactile feedback that can useful for those who prefer tactile or clicky switches but slow the keystroke speed while gaming. So, if you select Moss switches, they support heavy keystroke feedback but only one drawback, they’re not good for gaming at night due to moderately loud noise. After all, you need to lube linear switches.
If you prefer Moss, they’re good for typing. Many typists prefer Moss because they’re smooth and don’t provide tactile feedback. However, some typists prefer tactile or clicky switches since they provide more feedback, which improves typing accuracy and reduces errors.
Ultimately, your preference, typing style, and level of feedback will determine whether Moss switch is best for you.
Several factors determine the build quality of Moss switches, including the materials used, the manufacturing process, the design, smoothness, and longevity. Moss switches are made of durable materials, manufactured with precision, designed for smooth operation, and built to last a long time.
The first factor affecting Moss’ build quality is the materials used in their construction. Moreover, Moss switches are typically made of high-quality plastic for the housing and stem, with a metal spring providing the force required to actuate the switch.
The plastic used in the housing should be durable enough to withstand the rigors of daily use, while the metal spring should be corrosion-resistant to prevent rusting over time.
The switches should be manufactured with high precision to ensure that each switch operates consistently and reliably. Moreover, this requires advanced machinery and quality control processes to ensure each switch meets the required specifications.
The design of Moss linear switches is also crucial to their build quality. And, the switches should be designed to minimize wobbling and stabilize the stem as much as possible. This can be achieved through tight tolerances and additional stabilizers, such as PCB-mounted stabilizers, to prevent keycap wobble.
One of the key features is their smooth linear action. The switches should be designed and manufactured to ensure minimal friction between the stem and housing, allowing for a smooth and consistent keypress.
Moreover, this can be achieved using high-quality plastics and lubricants to reduce friction and ensure the switch operates smoothly over its lifespan.
Finally, the longevity of Moss switches is an essential factor in their build quality. The switches should be designed and manufactured to withstand the test of time, with durable materials and a robust design that can handle thousands of keypresses without failure.
Components of Moss Mechanical Switches
Moss are a type of mechanical keyboard switch manufactured by the company JWK/Durock. Moss consist of the following components:
Housing: A switch’s housing is its outer shell. The top housing is made of polycarbonate plastic, and the bottom housing is made of nylon, the same as KTT mint or dogikon linear switches.
Stem: A stem moves up and down when the switch is pressed. It’s made of POM and has two arms on either side that extend outward from the stem.
Spring: The spring provides resistance and force to the switch. It is located at the bottom of the switch and pushes the stem back up when the switch is released.
Contacts: When a switch is pressed, the contacts make contact. As a result, the keystroke is registered, and the circuit is completed.
Stabilizers: Stabilizers are optional components that help to keep the keycap level and prevent wobbling. Switches usually have side panels made of plastic.
Overall, the Moss linear switch is a smooth and linear switch designed for gamers and typists who want a quiet and tactile typing experience.
How to Lube Moss Linear Switches?
Lubing switches can help reduce friction and noise and make them feel smoother when typing. Here are the steps to lubricate your:
Disassemble the keyboard: Before you start, you’ll need to remove the keycaps and access the switches. If you’re unfamiliar with disassembling a keyboard, refer to the manufacturer’s instructions or search for guides online.
Remove the switches: You’ll need to remove them from the keyboard PCB to lube the switches. You can do this by gently pulling on the switch’s two pins with a switch puller or a small tool such as a paper clip.
Clean the switches: You can clean the switches with compressed air or a soft brush.
Apply lube: Apply a small amount of switch lubricant to the contact points on the switch’s stem and housing. Be careful not to apply too much, as it can lead to over-lubrication and negatively impact the switch’s performance. It’s recommended to use a thin lube for linear switches such as Krytox 205g0 or Tribosys 3204.
Reassemble the switches: Once you’ve applied the lubricant, reassemble them and put them back on the keyboard PCB. Make sure the pins are inserted correctly and straight.
Test the switches: After reassembling the keyboard, test the switches to ensure they work correctly. If you notice any issues, such as sticky keys or reduced tactility, you may need to reapply the lubricant or clean the switches again. here you test your mechanical switches after installing (https://keyboard-test.space)
You should take your time and be patient when lubricating switches. If you’re not confident in your ability to do it yourself, consider seeking help from a professional or an experienced enthusiast.
FAQ – FREQUENTLY ASKED QUESTIONS
Overall, Moss switches are a great choice for anyone who wants a smooth and quiet typing experience. Their unique design, well-made construction, and durability will turn heads. If you’re in the market for new switches for your mechanical keyboard, Moss switches are worth considering.
Among Moss linear switches’ unique features is their color. Switches with light green stems stand out from the rest due to their distinctive appearance. Additionally, they are compatible with Cherry MX keycaps, which makes it easy to customize the look of your keyboard.