Akko Botany vs. Durock T1

Overview

When choosing between mechanical keyboard switches, two popular options to consider are the Akko Botany and the Durock T1. The Akko Botany is a linear switch, celebrated for its smooth keystrokes and lively clacky sound that enhances the typing experience right out of the box. Its linear nature makes it an excellent choice for gamers and typists who prefer uninterrupted key presses without tactile feedback. In contrast, the Durock T1 is a tactile switch that offers a medium bump during keystrokes, providing users with satisfying tactile feedback that many find comfortable for extended typing sessions. The T1’s sound profile, reminiscent of raindrops on a window, adds to its charm, making it appealing for those who enjoy auditory cues while typing. Both switches have their unique strengths: the Botany for its seamless operation and engaging acoustics, and the T1 for its tactile satisfaction and comforting sound. However, let’s dive in a bit deeper beyond generalities so you can best decide on the switch that suits your needs.

By the numbers

Akko Botany Linear

Durock T1 Tactile

$3.89

$3.11 per 10

$5.50

$4.90 per 10

Learn moreLearn more

Housing materials

The Akko Botany and Durock T1 switches showcase distinct differences in their top housing materials, with the Botany utilizing nylon and the T1 opting for polycarbonate. The nylon top housing of the Botany results in a deeper, fuller sound profile that absorbs more sound due to its softer characteristics. This absorption helps create a more muted acoustic signature, making the overall typing experience feel softer and more rounded. On the other hand, the polycarbonate top housing of the T1 contributes to a sharper, higher-pitched sound profile, enhancing clarity and resonance. The stiffer composition of polycarbonate leads to a crisper typing sound, especially perceptible during release, making it an ideal choice for enthusiasts who prioritize dynamic sound responses or utilize RGB lighting due to its translucency.

In contrast to the differences found in their top housings, both the Akko Botany and Durock T1 feature nylon for their bottom housing. This shared material results in a uniformity of sound generation at the bottom of each switch. The nylon's inherent softness and sound-absorbing properties contribute to a deeper and fuller acoustics in both switches, providing a consistent and pleasant typing experience that emphasizes a rounder bottom-out sound. Thus, while the top housings diverge in material and acoustic properties, the bottom housings harmonize under a common characteristic that reinforces the switches' overall sound signature at their lowest impact.

Ultimately, the combination of different housing materials between the Akko Botany and Durock T1 creates an interesting contrast in typing feedback and sound profile. While the T1 provides a sharper, more defined sound with its polycarbonate top housing, the consistent use of nylon at the bottom ensures that both switches deliver a depth of sound that users will appreciate. For those who value a unique auditory experience while typing, both the nylon bottom housing and their respective top materials work together effectively, inviting users to explore a range of acoustic experiences even though they differ in tonal clarity.

Weight

When comparing the Akko Botany linear switch to the Durock T1 tactile switch, there are notable differences in their actuation and bottom out forces. The Botany switch features a light actuation force of 38 grams and a bottom out force of 45 grams, making it more suitable for those who prefer a lighter feel that allows for comfortable, extended typing or gaming sessions. In contrast, the Durock T1's actuation force is unspecified, but its bottom out force of 67 grams indicates a medium-heavy resistance. This heavier bottom out force suggests a more substantial typing experience, appealing to users who prefer a firmer feedback from their keys. Overall, the Botany switch is the lighter option, ideal for long-term use, while the Durock T1 provides a more robust feel, possibly catering to those who enjoy the tactile feedback of a heavier switch.

Travel distance

When comparing the Akko Botany linear switch and the Durock T1 tactile switch, we find a noticeable difference in their travel distances. The Botany features a travel distance of 3.6 mm, while the T1 has a longer travel distance of 4 mm. This means that the T1 switch provides a deeper feel, potentially offering a more pronounced tactile experience for users who enjoy a hearty depth in their keystrokes. Conversely, the shorter travel distance of the Botany switch can enhance responsiveness, making it a preferable option for gamers who value quicker response times. Therefore, if you prioritize a swifter actuation, the Akko Botany is the better choice, while those seeking a more substantial keystroke will likely lean towards the Durock T1.

Price comparison

Typing experience

In terms of sound, the Akko Botany linear switch is known for its crisp and lively clacky noise that can be quite pleasing to those who enjoy a more pronounced auditory feedback while typing. This lively sound right out of the box adds an element of enjoyment, making every keystroke feel more dynamic. In contrast, the Durock T1 tactile switch produces a low-pitched sound, reminiscent of rain falling on a window. This sound profile is quieter and mellower, which may appeal to those who prefer a more subdued auditory experience. The neutral sound quality of the T1 makes it suitable for various environments, whether at home or in an office setting, allowing for versatility without drawing too much attention.

When it comes to feel, the Akko Botany switch can be expected to provide a smooth and uninterrupted keystroke experience typical of linear switches, allowing for fast and fluid typing. On the other hand, the Durock T1 tactile switch is designed for comfort with a medium tactile bump that delivers a noticeable yet not overwhelming feedback during each keystroke. The stepped feel means that users can sense the pre-travel and post-travel stages of the keystroke, offering a rich tactile experience. Additionally, the T1’s polished nature results in reduced friction and smooth key travel, enhancing its overall typing experience while still providing the tactile feedback users crave.

In summary, the Akko Botany and Durock T1 switches offer distinct auditory and tactile experiences, catering to different preferences among keyboard enthusiasts. The Botany linear switch delivers a lively, crisp sound ideal for those who appreciate auditory feedback, while the T1 offers a low-pitched, mellow soundtrack, complemented by its comfortable and smooth tactile experience. Users may choose between these switches depending on whether they prioritize sound or tactile feel, with both offering enjoyable and satisfying typing experiences in their own right.

Conclusion

To conclude, your choice between the Akko Botany linear switch and the Durock T1 tactile switch ultimately hinges on your typing preferences and intended use. If you favor a lighter typing experience with a lively, crisp sound profile, the Botany switch is an excellent choice—especially for gaming or rapid typing scenarios where you need quick actuation. Its 45-gram bottom-out force makes it easier on the fingers, allowing you to type swiftly without fatigue. Conversely, if you appreciate a more pronounced tactile experience and a medium-heavy actuation that gives clear feedback, the Durock T1 is likely more suited for you. Its 67-gram bottom-out force provides a satisfying resistance, making it ideal for those who enjoy a more deliberate typing experience, especially in writing or coding tasks. The T1’s low-pitched, rain-like acoustics can create a tranquil ambiance, making it a great option for quiet environments. Ultimately, choosing between these two switches comes down to whether you prefer a lightweight, clacky linear feel or a more robust, tactile typing experience.

Mentioned in this article

Akko Botany Linear

$3.89

$3.11 per 10

Learn more

Durock T1 Tactile

$5.50

$4.90 per 10

Learn more