Kailh BCP vs. KTT Kang White

Overview

When it comes to choosing mechanical keyboard switches, the Kailh BCP and KTT Kang White offer two distinct linear experiences that cater to different typing preferences. The Kailh BCP reimagines the classic Black Cherry Pie switches with custom-molded designs that eliminate the hassle of disassembly. Users are treated to a creamy and elastic feel with a signature poppy and clacky sound profile that adds character to each keystroke. On the other hand, the KTT Kang White is celebrated for its low-pitched and neutral typing feel, showcasing an impressive smoothness thanks to its self-lubricating material, which leads to a consistently delightful typing experience without the additional noise. While the Kailh BCP excels in delivering a unique auditory feedback and tactile sensation, the Kang White prioritizes smoothness and a more subdued sound profile. However, let's dive in a bit deeper beyond generalities so you can best decide on the best switch for you.

By the numbers

Kailh BCP Linear

KTT Kang White Linear

$5.00

$4.75 per 10

$1.99 per 10

Learn moreLearn more

Housing materials

When comparing the housing materials of the Kailh BCP and the KTT Kang White switches, a key difference lies in their top housing compositions. The BCP utilizes nylon for its top housing, which is known for its ability to create a deeper and fuller sound profile. This characteristic arises from nylon's softer nature, leading to greater sound absorption and a rounder auditory experience when typing. In contrast, the KTT Kang White features a polycarbonate top housing, which is a stiffer plastic. This rigidity allows for a sharper, higher-pitched sound that resonates more clearly, producing a crisp typing experience. Aesthetically, this also means that the Kang White’s translucent top housing can effectively showcase RGB lighting, providing a more vibrant visual appeal compared to the BCP’s nylon housing.

On the other hand, both switches share a commonality in their bottom housing materials, as both the BCP and the Kang White utilize nylon. This consistent choice ensures that, regardless of the differences in the top housing materials, both switches possess the same qualities that nylon brings to the bottom housing. The nylon bottom results in a deeper and fuller sound profile, influencing the overall typing experience predominantly when the switch bottoms out. This common use of nylon in the bottom housing means that users will notice similar auditory characteristics from both switches when they press down on them, offering a warm and rich sound regardless of the top components.

The interaction between the different materials in the Kailh BCP and the KTT Kang White can lead to interesting outcomes in their performance. While the BCP provides a rounded sound signature emphasized by its nylon top, the Kang White balances that with a sharper, resonant sound created by its polycarbonate top housing. However, since both switches employ nylon for their bottom housing, it implies that during keypresses, the deep, full sound will be a consistent element of both. This blend of attributes means that while users may experience distinct sounds from the top housing during release, the bottom housing will maintain a certain uniformity in sound profile across both models, offering an engaging typing experience unique to each switch.

Weight

When comparing the Kailh BCP linear switch and the KTT Kang White linear switch, notable differences in actuation and bottom out forces emerge, influencing the typing experience. The Kailh BCP requires a higher actuation force of 52 grams and a bottom out force of 63.5 grams, categorizing it as medium-heavy. In contrast, the KTT Kang White is lighter, with an actuation force of 45 grams and a bottom out force of 58 grams, placing it in the medium range. This difference means that typists who favor lighter switches for prolonged use might prefer the Kang White, while those who seek a more substantial feel in their keystrokes may gravitate towards the BCP. Overall, the Kailh BCP is the heavier option, making it more suitable for those who appreciate a stronger push, while the Kang White's lighter forces may contribute to a more comfortable typing experience over extended sessions.

Travel distance

The Kailh BCP linear switch features a travel distance of 3.5 mm, while the KTT Kang White linear switch has a slightly longer travel distance of 4 mm. This difference makes the BCP switch the shorter option, appealing to gamers and users who favor quicker response times due to its reduced depth. On the other hand, the Kang White offers a more traditional travel distance, which can provide a more hearty and satisfying key press for those who appreciate a deeper feel when typing. Ultimately, the choice between these two switches depends on personal preference: if you prefer a rapid, responsive action, the BCP is the better choice, while the Kang White is preferable for users looking for a more substantial tactile experience.

Price comparison

Typing experience

The Kailh BCP switch offers a distinct auditory experience characterized by a poppy and clacky sound profile, echoing the lively character of traditional linear switches with a unique twist. This dynamic sound adds an engaging acoustic layer to typing, making it a joy for those who appreciate audible feedback during their keystrokes. In contrast, the KTT Kang White switch boasts a low-pitched, mellow tone that leans towards a neutral sound profile. This makes it versatile and suitable for a wider range of environments, whether at home or in a more professional setting. Given that sound is influenced by factors like the keyboard's construction and keycap material, users may achieve a compelling soundscape with either switch based on their overall setup.

In terms of feel, the Kailh BCP switch delivers a creamy, viscous, and elastic experience, creating a bouncing sensation that makes typing not only enjoyable but also responsive. Its design eliminates the need for disassembly hassles, meaning that users can enjoy this smooth action straight out of the box. On the other hand, the KTT Kang White switch is noted for its exceptional smoothness, attributed to its self-lubricating material. While both switches are linear, their tactile feedback may vary; the BCP emphasizes more of a bounce, while the Kang White enhances the smoother experience, catering to different preferences in touch.

Overall, both the Kailh BCP and KTT Kang White switches offer unique qualities that cater to different aspects of the typing experience. While the BCP stands out for its lively sound and elastic feel, the Kang White impresses with its mellow acoustics and unparalleled smoothness. Ultimately, choosing between them will depend on whether you prioritize auditory engagement or a silky linear typing experience. Regardless of choice, each switch has its merits, ensuring a satisfying typing experience tailored to individual tastes.

Conclusion

To conclude, your choice between the Kailh BCP linear switch and the KTT Kang White linear switch will ultimately depend on your typing preferences and desired experience. If you favor a medium-heavy feel and appreciate a poppy, clacky sound profile, the Kailh BCP may be the ideal option for you, especially if you enjoy a typing experience that feels creamy and bouncy. This switch shines in a gaming or a more tactile typing environment, where feedback is essential to your enjoyment. On the other hand, if you prioritize smoothness and a lower actuation force, the KTT Kang White is likely to be more suitable. Its self-lubricating material provides outstanding smoothness, complemented by a low-pitched, neutral sound that is well-suited for both casual and professional settings. Ultimately, your decision should align with whether you prefer a more substantial feel and sound dynamic with the BCP, or a sleek, quiet experience with the Kang White, ensuring your mechanical keyboard experience is perfectly tailored to your needs.

Mentioned in this article

Kailh BCP Linear

$5.00

$4.75 per 10

Learn more

KTT Kang White Linear

$1.99 per 10

Learn more