{"id":271253,"date":"2026-01-12T22:50:22","date_gmt":"2026-01-12T21:50:22","guid":{"rendered":"https:\/\/www.hwcooling.net\/?p=271253\/"},"modified":"2026-02-24T08:48:47","modified_gmt":"2026-02-24T07:48:47","slug":"phanteks-t30-140-fan-finally-on-the-market","status":"publish","type":"post","link":"https:\/\/www.hwcooling.net\/en\/phanteks-t30-140-fan-finally-on-the-market\/","title":{"rendered":"Phanteks T30-140 fan finally on the market"},"content":{"rendered":"

The long-anticipated 30 mm-thick fan in the 140 mm format has become reality. Albeit with a delay, Phanteks has finally expanded its official sales page to include the long-awaited new model\u2014T30-140. The geometric foundation is derived from one size smaller “ready-to-wear size” of the T30-120 fan. The expectation of attractive results is therefore well grounded. The \u201clegendary\u201d T30 fan series has at last grown to include a bigger brother.<\/p>\n

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Phanteks is bringing to market a 140 mm version of a fan that, in its 120 mm format, pushed performance limits and thanks in part to its thickness even outperformed the then-reigning king<\/a>, namely the first generation of Noctua\u2019s Sterrox fan (NF-A12x25)<\/a>. Only the arrival of the second-generation NF-A12x25 (G2) returned the crown to the talons of Athena\u2019s owl from Austria, despite its standard 25 mm thickness. On the other hand, it must be noted that even several other manufacturers that opted for a thicker profile in this battle<\/a> failed to reach Phanteks\u2019 level of success. It is therefore evident that Phanteks devoted long-term, meticulous effort to the design. All the more remarkable, then, is the return of the king in the form of Noctua\u2019s second-generation A-series fan<\/a>, which managed to surpass this notable Phanteks achievement while retaining a standard thickness (25 mm).<\/p>\n

The road to the T30-140 was longer than originally planned, however, and its launch is shrouded in a veil of uncertainty. When Phanteks introduced the PH-F120T30 in 2021, few doubted that it was one of the most technologically ambitious fans on the market. The combination of a 30 mm-thick frame, LCP material, and aggressive blade geometry pushed boundaries in both airflow and static pressure\u2014even at noise-normalized levels and across various applications. In testing, the T30-120 established itself as a reference model for radiator as well as system use, especially where the greater thickness did not compromise compatibility. The question \u201cwhen will the 140 mm version arrive?\u201d has since appeared in virtually every discussion about top-tier fans. The answer finally comes in the form of the Phanteks T30-140, which began appearing for sale at the end of December<\/a>, so far only on the U.S. market and without any significant global communication from the manufacturer. The price of a single fan is set at USD 39.99, while a three-pack is priced at USD 114.99.<\/p>\n

Interestingly, the T30-140 was not an unknown project. After its presentation at Computex in May 2025, various information emerged in community discussions that the launch was expected to take place in late June or early July. This was supported by several reports featuring Tenzin Rongen (Phanteks product manager). In the videos, the product appeared to be more or less finished, with development work spanning more than five years seemingly nearing its end.<\/p>\n

Among several noteworthy details from the mentioned videos, one stands out: the existence of two balancing rings, visible in footage featuring Mr. Tenzin (Gamers Nexus).<\/p>\n

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Balancing rings are used for final impeller calibration, similar to wheel balancing in motor vehicles during geometry checks. While wheels\u2014or even other high-end fans that perform such geometry checks\u2014may feature a similar system (for example, ID-Cooling Boreas)<\/a>, Phanteks likely performs this process more meticulously.<\/p>\n

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Mr. Tenzin Rongen himself speaks of an advanced form of geometry control. For more precise balancing, two rings are used instead of one. Specific sections of the ring are filled with a special putty (that hardens over time) in the process of checking the rotor balance.<\/p>\n

This dual-ring balancing solution may also relate to another feature Mr. Tenzin highlighted in the interview: the stated clearance between the blade edge and the inner fan frame is only 0.9 mm and remains consistent along the entire blade edge, not just between the blade-tip and the frame (where it matters most). Simply put, the blade edge and the frame are parallel and equidistant at every point.<\/p>\n

Edit – 24\/02\/2026: According to the latest information<\/a>, the tip of the blade is only 0.8mm away from the frame, while the parallel gap of the blade edge from the frame is still stated to be 0.9mm. (Although I don’t know how two parallel lines can have different distances, we’ll leave that to \u013dubo’s measurement in March)<\/p>\n

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However, when the fan failed to appear over the summer, various speculations began to surface\u2014ranging from development issues to outright cancellation of the 140 mm T30 variant. Phanteks never officially communicated the reasons, but community discussions most often cited fine-tuning aerodynamics for the 140 mm geometry, manufacturing challenges with larger LCP components, and the difficulty of maintaining the same quality standard achieved by the T30-120.<\/p>\n

As noted above, the T30-140 has in fact appeared only toward the end of the year (December 2025) and, for now, exclusively in the U.S. There is still no mention of it on Phanteks\u2019 global website, and European availability has not been officially confirmed. Another intriguing aspect of the T30-140 launch is the virtually nonexistent marketing campaign. No major press releases, no banners, no visible promotion. The fan simply appeared in the store. This contrasts sharply with the product\u2019s expected significance and performance, reinforcing the impression that the T30-140 went through a more complicated development process than originally anticipated. On the other hand, it is also true that the successful T30-120 launch was not accompanied by a marketing blitz either, with its excellent results doing most of the talking.<\/p>\n

The Phanteks T30-140 arrives later than expected, quietly, but with a very strong technical foundation. If it replicates what the T30-120 achieved in the 120 mm segment, it could become a new reference point in the 140 mm class as well. Conceptually, the T30-140 is exactly what was anticipated\u2014a direct scale-up of the T30-120 philosophy. At its core is once again a 30 mm-thick frame (the standard is 25 mm), LCP (Liquid Crystal Polymer) for both frame and blades, a highly efficient 3-phase motor from Sunon, and Dual VAPO bearings with magnetic stabilization for improved balance at low RPMs as well as reduced friction, contributing to longer service life. Like the T30-120, the T30-140 features a hardware mode switch on the frame for quiet, power-efficient low-RPM operation (Hybrid), a balanced mode (Performance), and finally a no-compromise maximum-performance mode (Advanced). This allows users to physically limit the fan\u2019s maximum speed without having to manage curves in BIOS\/UEFI or dedicated software.<\/p>\n

<\/div>
<\/th><\/th><\/th><\/th><\/tr><\/thead>
Parameter <\/td><\/td>Phanteks T30-140 <\/td>Phanteks T30-120 <\/td><\/tr>
Dimensions <\/td><\/td>140 \u00d7 140 \u00d7 30 mm <\/td>120 \u00d7 120 \u00d7 30 mm <\/td><\/tr>
Material <\/td><\/td>LCP (frame + blades) <\/td>LCP (frame + blades) <\/td><\/tr>
Bearings <\/td><\/td>Dual VAPO <\/td>Dual VAPO <\/td><\/tr>
Torque <\/td><\/td>3-phase <\/td>3-phase <\/td><\/tr>
Max. speed (Hybrid) <\/td><\/td>1200 \u00b175 RPM <\/td>1200 \u00b175 RPM <\/td><\/tr>
Max. speed (Performance) <\/td><\/td>2000 \u00b1100 RPM <\/td>2000 \u00b1100 RPM <\/td><\/tr>
Max. speed (Advanced) <\/td><\/td>2500 \u00b1150 RPM <\/td>3000 \u00b1150 RPM <\/td><\/tr>
Max. airflow <\/td><\/td>237.18 m3<\/sup>\/hr. <\/td>171.4 m3<\/sup>\/hr. <\/td><\/tr>
Max. static pressure <\/td><\/td>5.41 mm H2<\/sub>O <\/td>7.37 mm H2<\/sub>O <\/td><\/tr>
Max. noise level <\/td><\/td>44.3 dBA <\/td>39.7 dBA <\/td><\/tr>
Max. current <\/td><\/td>0.56 A <\/td>0.41 A <\/td><\/tr>
Control <\/td><\/td>4-pin PWM <\/td>4-pin PWM <\/td><\/tr><\/tbody><\/table><\/div>Wordpress Table Plugin<\/a>\n

When compared with the T30-120, it is clear that these are siblings rather than merely products sharing a name, although there are some logical differences. Besides weight\u2014which is unknown for the 140 mm format but can be expected to be higher\u2014the specifications reveal differences in maximum power draw (and thus current). And while the larger sibling also supports fan daisy-chaining, at the highest performance mode (Advanced) we cannot recommend any daisy-chaining on a standard motherboard header rated at 1 A<\/a>.<\/p>\n

Beyond numerical differences, a closer look also reveals some changes in the blade geometry itself. The blade tips on the 140 mm variant are not as sharp; conversely, the blade pitch near the impeller hub is steeper, and the curvature of the leading edge appears slightly gentler\u2014judge for yourself. The hub area\/size, however, seems to have been retained.<\/p>\n

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In closing, it is fair to say that the wait was long, but the potential appears substantial. The Phanteks T30-140 arrives quietly, yet with a very strong technical foundation. If it repeats what the T30-120 accomplished in the 120 mm segment, there is reason for excitement. However, in this format it faces not only the traditionally strong challenger in the form of the NF-A14x25 G2<\/a>, but also another formidable opponent in the Fractal Design Momentum 14 ARGB<\/a>. We therefore look forward to a (hopefully) soon and thrilling review in the battle for the throne of the larger 140 mm format.<\/p>\n

English translation and edit by Jozef Dud\u00e1\u0161<\/em><\/p>\n