TTC Neptune vs. Wuque Studio WS Dash
An in-depth look at the TTC Neptune and the Wuque Studio WS Dash switches—which one is the best fit for you?
Overview
When it comes to selecting the perfect mechanical keyboard switch, the TTC Neptune and Wuque Studio WS Dash each offer unique characteristics tailored to different typing preferences. The TTC Neptune, a linear switch, is celebrated for its innovative internal structure that provides an incredibly smooth, frictionless glide reminiscent of chewy tapioca pearls, paired with a springy resistance that makes keystrokes feel effortless. Its muted and thocky sound signature contributes to a serene typing experience that many users find satisfying. In contrast, the WS Dash switch embraces Hall Effect technology, delivering a bright and clacky sound profile alongside a silky smooth keystroke, making it a compelling choice for those who desire a more pronounced auditory feedback while typing. While the Neptune caters to typists looking for a soft and subdued touch, the WS Dash appeals to those who relish a lively and resonant typing experience. 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
Technical specifications
Actuation force
41g
Actuation force
30g
Bottom-out force
50g
Bottom-out force
55g
Pre-travel
2.00 mm
Pre-travel
N/A
Total travel
3.80 mm
Total travel
3.50 mm
Factory lubed
Yes
Factory lubed
Yes
Stem construction
Standard
Stem construction
Standard
Stem material
POM
Stem material
POM
Top housing material
POM
Top housing material
Polycarbonate
Bottom housing material
Polycarbonate
Bottom housing material
Nylon
Mount type
PCB (5-pin)
Mount type
PCB (5-pin)
Spring
Lengthened 21.5mm spring
Spring
Stainless steel
Housing materials
When comparing the housing materials of the TTC Neptune and the Wuque Studio WS Dash, it is evident that they approach sound profiles quite differently due to their respective materials. The TTC Neptune features a POM top housing, which is known for producing a unique sound that leans towards the deeper and relatively muted side. In contrast, the WS Dash employs a polycarbonate top housing, characterized by a sharper and crisper sound profile. This distinction arises from polycarbonate's stiffer nature, which facilitates clearer sound resonance. Thus, while both switches may offer satisfying auditory experiences, the Neptune will deliver a more subdued sound, while the Dash will present a brighter auditory profile.
The construction of the bottom housings in these switches brings yet another layer of complexity to the comparison. The Neptune utilizes a polycarbonate bottom housing, which further enhances its high-pitched and crisp sound profile. This creates a balanced effect with the deeper sound of its POM top housing. Meanwhile, the WS Dash employs a nylon bottom housing, known for producing a full and rounded sound. Nylon, being a softer material, absorbs more sound, contributing to a warmer auditory experience. Therefore, the tonal characteristics of these switches will vary significantly, with the Neptune leaning towards a deeper acoustic essence, while the WS Dash maintains a lively and bright sound.
When synthesizing the characteristics of the different housing materials, the overall performance of each switch may reflect the individual strengths of the materials utilized. The Neptune's unique sound is a result of both its POM top and polycarbonate bottom, leading to a distinctive blending of qualities. In contrast, the WS Dash creates a more segmented experience, where the nylon bottom softens the brightness of the polycarbonate top. In scenarios where sound profiles are critical, the differences in materials, while they may evoke similar attributes in terms of response and feel, will ultimately yield unique auditory experiences for each typing style. Both designs have their merits, catering to varied preferences and applications within the keyboard community.
Weight
When comparing the TTC Neptune linear switch and the Wuque Studio WS Dash hall effect switch, the differences in actuation force and bottom out force highlight their unique characteristics. The Neptune features a relatively light actuation force of 41 grams, which is ideal for users who prefer a lighter touch for extended typing or gaming sessions. In contrast, the WS Dash offers an even lighter actuation force of just 30 grams, making it easier for prolonged use and potentially reducing finger fatigue. However, the bottom out force for the WS Dash is slightly heavier at 55 grams compared to the Neptune's 50 grams, giving it a more substantial feel when fully pressed down. Thus, while both switches provide lighter actuation forces conducive to extended use, the WS Dash is lighter at the actuation stage but heavier when it comes to bottoming out, offering a balanced experience depending on user preference for overall feedback.
Travel distance
When comparing the travel distances of the TTC Neptune linear switch and the Wuque Studio WS Dash hall effect switch, it’s clear that the Neptune offers a longer travel distance of 3.8 mm, while the WS Dash has a slightly shorter travel distance of 3.5 mm. This difference of 0.3 mm highlights a notable distinction in feel and responsiveness. The shorter travel distance of the WS Dash may appeal to gamers seeking faster response times, aligning with the recent trend toward more compact switch designs. Conversely, the Neptune's longer travel distance might provide a more tactile and satisfying experience for those who prefer deeper key presses. Ultimately, the choice between these two switches will depend on individual preferences for responsiveness versus a more pronounced feedback.
Price comparison
Which switch is more bang for your buck?
The TTC Neptune has an MSRP of $7.99 per 10 switches. At Milktooth, we are able to pass on savings to our customers and offer the Neptune for $5.09.
The Wuque Studio WS Dash has an MSRP of $8.00 per 10 switches. At Milktooth, we are able to pass on savings to our customers and offer the WS Dash for $7.49.
Here at Milktooth, we offer the best prices on switches (on average, 27% lower the competition). In addition, we offer free shipping on orders over $49.00. We also offer free returns and exchanges, so you can shop with guaranteed satisfaction.
That said, while price is an important piece of the puzzle, our opinion is that you should ultimately pick the option that most suits your unique preferences since you’ll be using these switches for years to come. In other words, finding something perfect for you is, in our view, the most important criteria.
Typing experience
In terms of sound, the TTC Neptune switch is characterized by a muted and thocky sound profile, providing a soft yet rich auditory experience. This low-pitched and subtle acoustic signature combines a deep, satisfying "thud" when keys are pressed, making it suitable for quieter environments where noise sensitivity is a concern. The Neptune’s sound is further enhanced by its overall subdued nature, minimizing the typical clack and delivering a more bass-heavy tone. On the other hand, the WS Dash switch offers a bright and clacky sound signature, which contrasts sharply with the Neptune's muted character. While the exact sound properties of the WS Dash are not elaborated upon, its reputation suggests a higher-pitched and more pronounced acoustic presence, likely making it more engaging in terms of auditory feedback.
When it comes to feel, the TTC Neptune is renowned for its smooth and frictionless keystrokes, providing a typing sensation often likened to the texture of chewy mochi or gummy bears. This buttery and polished experience facilitates effortless typing with minimal resistance, contributing to a highly enjoyable tactile feedback. The Neptune switch’s springy resistance adds an engaging dynamic to the typing experience, making it feel both fun and comfortable. In contrast, specific attributes of the WS Dash’s feel are not detailed, leaving a gap in comparative analysis. However, given that it’s described as refined, one might speculate that it also provides an enjoyable tactile sensation, though any specific characteristics like smoothness or resistance remain unknown.
In conclusion, the TTC Neptune and WS Dash switches present contrasting auditory profiles, with the Neptune offering a muted, thocky sound and the WS Dash featuring a bright, clacky noise. Regarding feel, the Neptune excels with its buttery and frictionless keystrokes, while the WS Dash’s tactile qualities remain unspecified. This disparity in sound and tactile feedback suggests that they cater to different preferences in the mechanical keyboard community. Individuals seeking a quieter and more subtle experience may gravitate towards the Neptune, while those who enjoy pronounced audio feedback might prefer the WS Dash. Ultimately, the choice between them should consider personal preferences regarding sound and feel, as both switches have their distinct attributes that cater to varied typing experiences.
Conclusion
To conclude, the choice between the TTC Neptune linear switch and the Wuque Studio WS Dash hall effect switch ultimately depends on your personal preferences and typing style. If you gravitate towards a lighter switch that provides an exceptionally smooth typing experience, along with a muted and thocky sound profile, the Neptune is likely the better fit for you. Its light 50-gram actuation force and frictionless glide make it ideal for fast typists or those who spend long hours typing, as it minimizes fatigue and maximizes comfort. On the other hand, if you prefer a slightly higher actuation force of 55 grams and enjoy a brighter, more clacky sound, the WS Dash could be your go-to choice. This switch offers the silky smooth keystroke experience typical of hall effect technology, and its refined auditory feedback can enhance your typing experience if you appreciate a more tactile and lively sound. Ultimately, your decision should align with whether you prioritize a lighter and quieter typing experience with the Neptune or a bit more resistance and a punchier acoustics with the WS Dash.
Mentioned in this article
