--- product_id: 499230605 title: "b-BlasterPWM80" brand: "bluegears" price: "177 zΕ‚" currency: PLN in_stock: true reviews_count: 13 category: "Bluegears" url: https://www.desertcart.pl/products/499230605-b-blasterpwm80 store_origin: PL region: Poland --- # 600-5000 RPM ultra-fast range Japanese 2-ball bearing for stability 98 CFM extreme airflow b-BlasterPWM80 **Brand:** bluegears **Price:** 177 zΕ‚ **Availability:** βœ… In Stock ## Summary > πŸ’¨ Blast your system into the future with airflow that means business! ## Quick Answers - **What is this?** b-BlasterPWM80 by bluegears - **How much does it cost?** 177 zΕ‚ with free shipping - **Is it available?** Yes, in stock and ready to ship - **Where can I buy it?** [www.desertcart.pl](https://www.desertcart.pl/products/499230605-b-blasterpwm80) ## Best For - bluegears enthusiasts ## Why This Product - Trusted bluegears brand quality - Free international shipping included - Worldwide delivery with tracking - 15-day hassle-free returns ## Key Features - β€’ **Rock-Solid Stability:** Japanese dual ball bearings ensure ultra-reliable, long-lasting operation at max RPM without wobble. - β€’ **Precision PWM Control:** Tailor your cooling with motherboard-synced fan speed for peak performance and silence on demand. - β€’ **Versatile Size Options:** From compact 80mm to powerful 140mm variants, fit your exact cooling needs with style. - β€’ **Blazing High-Speed Airflow:** Push up to 98 CFM to keep your rig or workspace ice-cool even under the heaviest loads. - β€’ **Certified Quality & Safety:** UL, FCC, CE, RoHS, WEEE, and REACH certified for peace of mind in every environment. ## Overview The b-BlasterPWM80 is a high-performance PWM-controlled cooling fan featuring an extreme speed range of 600 to 5000 RPM and delivering up to 98 CFM airflow. Engineered with Japanese dual ball bearings for enhanced stability and longevity, it offers precise, on-demand cooling with motherboard compatibility via a 4-pin connector. Available in multiple sizes and certified by major safety standards, it’s the go-to fan for professionals demanding powerful, reliable, and customizable cooling solutions. ## Description Bgears b-BlasterPWM 80mm 2 ball bearing high speed high performance PWM technology fan. PWM Technology with mini 4 pin 4 wire connector to connect directly to the Motherboard fan connector for ultimate fan speed monitoring thru Motherboard. Extreme Speed range from 600 to 5000 RPM with Excellent Airflow of up to 98 CFM. Mini 4 pin 4 wires connector with PWM fan speed signal output. Include 4 mounting screws. Customer Service: Support@bgears.com or call 510-657-7252. RMA Service: RMA@bgears.com or call 510-657-7252. Review: Bgears Blasts one out of the park with these Fan-tastic Air-Movers! - I have been researching, planning, and buying parts for my new "My Ultimate Machine" since January of this year, about 8 months ago (bought first round of parts at the end of May). I am a student in a field that deals with a well-above-average amount of physics, and I have been involved in modifying and racing/tracking BMW's (autocross and road course) for about 7 years now, which has taught me an IMMENSE amount about cooling systems, efficiency, proper design, and so forth. Anyway, I decided at the last minute to switch from a 3770K + Z77 board (tired of waiting for Maximus V Extreme) to the much more powerful, overclock-friendly 3930K and Rampage IV Extreme X79. This did, however, necessitate finding a different case as the budget for these two parts went up by $400 and thus the CaseLabs TH10 would have to wait. I found the NZXT Switch 810, and fell in love. A big part of this build is the water cooling system (custom, not the sealed unit "liquid coolers" that are nothing more than "high end" air coolers). After seeing the GTX670's performance, I was able to save 25% compared to buying a GTX680 while retaining 93-98% of the 680's performance, and with the EVGA GTX670 FTW I am able to use full-coverage 680 blocks, important to me personally. I did tons of reading on liquid cooling, and even with my background it was pretty much all new to me (cooling a 200F+ car is much different than cooling a computer). I decided that I had to take advantage of the space offered by the Switch 810, which I got in white and is an absolutely incredible computer case BTW. That meant using one of the 3x140 (aka 420) rads up top instead of the far-more-common 3x120 (360) models, as the extra surface area of 3 140mm fans compared to 120mm fans is significant; in fact, a 3x140mm radiator actually has about 5,400sq-mm more surface area than a 4x120mm radiator! The problem was, there was no way I could fit a 60mm thick rad in there with push-pull fans due to the 8+4pin EPS (CPU Power) connections, the VRM/MOSFET heatsink, etc. That meant instead of going with a thick radiator with a medium-low fin count of 9-12 fins per inch, I would need to find a thinner radiator that somehow was able to compete with the thicker models. Typically, how they manage this is by increasing the fin density to around 20fpi but a couple have an insane 30fpi, requiring a tornado of a fan (think 3800-5400rpm 120x38mm industrial fans) setup to reach their potential. As I do not wish to sit next to a VTOL Case, I did some more digging... I found the XSPC EX420 radiator, only 36.5mm thick, and was designed specifically to provide a thin radiator with performance that meets or exceeds thicker radiators at most fan speeds, although below 1000-1200rpm the thicker rads tend to perform a bit better. The reason this rad performs so well is that while it uses a moderate-high fin density of 19fpi, it is unique in that measuring the fins linearly does not provide the whole picture at all... Unlike any other rad that I have ever seen, the EX-series use split-fins, so in the same space that any other rad would have 19 fins, the EX has 38; yet because the way they did this was to add twice as many rows of fins rather than twice as many fins per row, the EX is absolutely the best-scaling radiator I have used in terms of performance:fan speed. Once you get above 1500rpm, the EX pulls away from the pack, and at this point is outperforming almost all thick rads (Alphacool NeXXos UT60 is an exception, as it is tied with the EX for best-radiator IMHO). This performance continues to scale linearly to 3,000rpm and likely well-beyond, although it has not been tested at speeds higher. Also, I got an Alphacool NeXXos UT60 240 (2x120) all-copper radiator for the bottom of the case, which has 4x 120x25mm Koolance 2800rpm fans in push pull. So, after deciding on the radiator (EX420), I had to find some fans that would be able to eek as much performance as possible out of it, as 140mm fans are generally designed to move significant air (~55-75cfm) but do so as quietly as possible; thus, most 140 fans are ~900-1400rpm in speed. Another issue is static pressure, as a strong 120x25mm fan (such as the aforementioned Koolance ones) can push 5.4mmHg pressure, although that is actually extraordinarily high with most "performance fans" being somewhere between 2.2 and 3.7mmHg (120x38mm fans increase static pressure around 40-70% over their 25mm-thick brethren, assuming they are otherwise equivalent). Also, I was faced with the issue of finding a fan that operated, and was reliable, while operating in a position blowing air "upward"; this is a position that sleeve-bearing fans, rifle-bearing fans, Hydrodynamic Bearing fans, and the like all face. THEN I FOUND THE BGEARS BLASTERS 140MM FANS!!!! I am NOT exaggerating when I say that these are by far the most powerful 140mm fans I have ever used (excluding the $75-200 server-grade 140x25/38mm fans). PROS: + Absolutely the best price:performance ratio I've seen in a LONG TIME!!! Why pay $20-30 for an inferior fan??? + 103 cubic-feet-per-minute of airflow is accurate, and this fan blows significantly more air than any other 140mm fan out there, although the Akasa Viper does come close + 3.5mmHg Static Pressure is the ABSOLUTE HIGHEST for a consumer 140mm fan, period! If you are using 140mm radiators or heatsinks, these are ideal + Dual-Ball-Bearing Motor means it functions perfectly in any position, including horizontal mounting + Used in a push-pull setup on an EX420, they drop the DeltaT of the loop from 6.2C to 4.3C compared to push-pull Cougar fans + Used in just a "push" setup on the same radiator, they still maintain a better delta t than any setup of Cougar, Noctua, Scythe, Noiseblocker fans + Incredibly quiet at 80% fan speed, only becomes "loud" above 80-85% but even then, they aren't obnoxiously loud or anything like that, you will simply know they are there + BALL BEARINGS + THE BEST 140mm fan you can get for use on ANY 140 rad!!! CONS: - NOT FOR SILENT PC USERS - You really should get a fan controller - Some people have had noise issues - It doesn't make me a sandwich :( Seriously, though, there aren't really any negatives if you know what you're doing. Use a rubber gasket or 7mm Phobya rubber shroud between the fan and rad/case, use rubber washers on the screw to decouple the fan, and USE A FAN CONTROLLER! If I have to tell you these things, you probably aren't ideal for a liquid cooling system... 10/10 stars!!! Review: My need is different. This was perfect for me. - I am not using it as a computer fan. I needed a small high flow 12v fan to use on my off road motorcycle. I don't use the RPM control but on full flow it moves a ton of air but is loud at an annoying pitch. Can't hear it under the helmet or the running bike so don't care. If you need a lot of flow and don't care bout sound, this is your fan. ## Features - High Speed Range from 600 to 5000 RPM. Generate extreme airflow of up to 98 CFM - PWM Fan Speed Control Function Design for On Demand Cooling Performance - Wider speed range engineered for precise, on‑demand cooling. - Japanese 2 Ball Bearing Designed for Greater Stability at High Speed, and for Higher Performance with Extended Lifespan. - Certified By: UL, FCC, CE, RoHS, WEEE, REACH - Available in different sizes: 80 / 80Γ—38 / 90 / 90Γ—38 / 120 / 120Γ—38 / 140 / 140x38mm ## Technical Specifications | Specification | Value | |---------------|-------| | ASIN | B0BNR6J3GN | | Air Flow Capacity | 98 cfm | | Best Sellers Rank | #1,221 in Computer Case Fans | | Brand | Bluegears | | Brand Name | Bluegears | | Compatible Devices | Cpu, Desktop, Server | | Cooling Method | Air | | Customer Reviews | 4.3 out of 5 stars 586 Reviews | | Included Components | Fan, 4 screws | | Item Dimensions L x W x H | 3.15"L x 0.98"W x 3.15"H | | Item Type Name | Case Fan, Computer Fan | | Item Weight | 3.2 ounces | | Manufacturer | Bgears | | Material Type | Plastic | | Maximum Rotational Speed | 5000 rpm | | Model | BG01480 | | Noise Level | 47 db | | Number of Items | 1 | | Part Number | BG01480 | | Power Connector Type | 4-Pin | | Product Dimensions | 3.15"L x 0.98"W x 3.15"H | | UPC | 853704001480 | | Unit Count | 1 Count | | Voltage | 12 volts | | Warranty Description | 1 year | | Wattage | 4.32 watts | ## Images ![b-BlasterPWM80 - Image 1](https://m.media-amazon.com/images/I/81VzAcNUzfL.jpg) ![b-BlasterPWM80 - Image 2](https://m.media-amazon.com/images/I/51yunm1tSfL.jpg) ![b-BlasterPWM80 - Image 3](https://m.media-amazon.com/images/I/715A4z7URsL.jpg) ![b-BlasterPWM80 - Image 4](https://m.media-amazon.com/images/I/71AUxlJw6JL.jpg) ![b-BlasterPWM80 - Image 5](https://m.media-amazon.com/images/I/415hdpSCsvL.jpg) ## Available Options This product comes in different **Size** options. ## Customer Reviews ### ⭐⭐⭐⭐⭐ Bgears Blasts one out of the park with these Fan-tastic Air-Movers! *by O***M on August 31, 2012* I have been researching, planning, and buying parts for my new "My Ultimate Machine" since January of this year, about 8 months ago (bought first round of parts at the end of May). I am a student in a field that deals with a well-above-average amount of physics, and I have been involved in modifying and racing/tracking BMW's (autocross and road course) for about 7 years now, which has taught me an IMMENSE amount about cooling systems, efficiency, proper design, and so forth. Anyway, I decided at the last minute to switch from a 3770K + Z77 board (tired of waiting for Maximus V Extreme) to the much more powerful, overclock-friendly 3930K and Rampage IV Extreme X79. This did, however, necessitate finding a different case as the budget for these two parts went up by $400 and thus the CaseLabs TH10 would have to wait. I found the NZXT Switch 810, and fell in love. A big part of this build is the water cooling system (custom, not the sealed unit "liquid coolers" that are nothing more than "high end" air coolers). After seeing the GTX670's performance, I was able to save 25% compared to buying a GTX680 while retaining 93-98% of the 680's performance, and with the EVGA GTX670 FTW I am able to use full-coverage 680 blocks, important to me personally. I did tons of reading on liquid cooling, and even with my background it was pretty much all new to me (cooling a 200F+ car is much different than cooling a computer). I decided that I had to take advantage of the space offered by the Switch 810, which I got in white and is an absolutely incredible computer case BTW. That meant using one of the 3x140 (aka 420) rads up top instead of the far-more-common 3x120 (360) models, as the extra surface area of 3 140mm fans compared to 120mm fans is significant; in fact, a 3x140mm radiator actually has about 5,400sq-mm more surface area than a 4x120mm radiator! The problem was, there was no way I could fit a 60mm thick rad in there with push-pull fans due to the 8+4pin EPS (CPU Power) connections, the VRM/MOSFET heatsink, etc. That meant instead of going with a thick radiator with a medium-low fin count of 9-12 fins per inch, I would need to find a thinner radiator that somehow was able to compete with the thicker models. Typically, how they manage this is by increasing the fin density to around 20fpi but a couple have an insane 30fpi, requiring a tornado of a fan (think 3800-5400rpm 120x38mm industrial fans) setup to reach their potential. As I do not wish to sit next to a VTOL Case, I did some more digging... I found the XSPC EX420 radiator, only 36.5mm thick, and was designed specifically to provide a thin radiator with performance that meets or exceeds thicker radiators at most fan speeds, although below 1000-1200rpm the thicker rads tend to perform a bit better. The reason this rad performs so well is that while it uses a moderate-high fin density of 19fpi, it is unique in that measuring the fins linearly does not provide the whole picture at all... Unlike any other rad that I have ever seen, the EX-series use split-fins, so in the same space that any other rad would have 19 fins, the EX has 38; yet because the way they did this was to add twice as many rows of fins rather than twice as many fins per row, the EX is absolutely the best-scaling radiator I have used in terms of performance:fan speed. Once you get above 1500rpm, the EX pulls away from the pack, and at this point is outperforming almost all thick rads (Alphacool NeXXos UT60 is an exception, as it is tied with the EX for best-radiator IMHO). This performance continues to scale linearly to 3,000rpm and likely well-beyond, although it has not been tested at speeds higher. Also, I got an Alphacool NeXXos UT60 240 (2x120) all-copper radiator for the bottom of the case, which has 4x 120x25mm Koolance 2800rpm fans in push pull. So, after deciding on the radiator (EX420), I had to find some fans that would be able to eek as much performance as possible out of it, as 140mm fans are generally designed to move significant air (~55-75cfm) but do so as quietly as possible; thus, most 140 fans are ~900-1400rpm in speed. Another issue is static pressure, as a strong 120x25mm fan (such as the aforementioned Koolance ones) can push 5.4mmHg pressure, although that is actually extraordinarily high with most "performance fans" being somewhere between 2.2 and 3.7mmHg (120x38mm fans increase static pressure around 40-70% over their 25mm-thick brethren, assuming they are otherwise equivalent). Also, I was faced with the issue of finding a fan that operated, and was reliable, while operating in a position blowing air "upward"; this is a position that sleeve-bearing fans, rifle-bearing fans, Hydrodynamic Bearing fans, and the like all face. THEN I FOUND THE BGEARS BLASTERS 140MM FANS!!!! I am NOT exaggerating when I say that these are by far the most powerful 140mm fans I have ever used (excluding the $75-200 server-grade 140x25/38mm fans). PROS: + Absolutely the best price:performance ratio I've seen in a LONG TIME!!! Why pay $20-30 for an inferior fan??? + 103 cubic-feet-per-minute of airflow is accurate, and this fan blows significantly more air than any other 140mm fan out there, although the Akasa Viper does come close + 3.5mmHg Static Pressure is the ABSOLUTE HIGHEST for a consumer 140mm fan, period! If you are using 140mm radiators or heatsinks, these are ideal + Dual-Ball-Bearing Motor means it functions perfectly in any position, including horizontal mounting + Used in a push-pull setup on an EX420, they drop the DeltaT of the loop from 6.2C to 4.3C compared to push-pull Cougar fans + Used in just a "push" setup on the same radiator, they still maintain a better delta t than any setup of Cougar, Noctua, Scythe, Noiseblocker fans + Incredibly quiet at 80% fan speed, only becomes "loud" above 80-85% but even then, they aren't obnoxiously loud or anything like that, you will simply know they are there + BALL BEARINGS + THE BEST 140mm fan you can get for use on ANY 140 rad!!! CONS: - NOT FOR SILENT PC USERS - You really should get a fan controller - Some people have had noise issues - It doesn't make me a sandwich :( Seriously, though, there aren't really any negatives if you know what you're doing. Use a rubber gasket or 7mm Phobya rubber shroud between the fan and rad/case, use rubber washers on the screw to decouple the fan, and USE A FAN CONTROLLER! If I have to tell you these things, you probably aren't ideal for a liquid cooling system... 10/10 stars!!! ### ⭐⭐⭐⭐⭐ My need is different. This was perfect for me. *by 3***A on September 1, 2026* I am not using it as a computer fan. I needed a small high flow 12v fan to use on my off road motorcycle. I don't use the RPM control but on full flow it moves a ton of air but is loud at an annoying pitch. Can't hear it under the helmet or the running bike so don't care. If you need a lot of flow and don't care bout sound, this is your fan. ### ⭐⭐⭐⭐⭐ Good fan that moves a lot of air - can be LOUD at full speed *by W***N on October 10, 2025* My old motherboard had issues with the PWM cpu fan socket, primarily due to archaic firmware and early PWM support. As a result, this fan ran at full speed or 75% speed only. At 5000 rpm I couldn't hear myself think in my office so I started turning off my computer while working (I work from home). I tried several fan controllers and finally got one with true PWM support and was able to dial down the fan noise a bit. Unfortunately the controller developed a fault and I had to return it. I ended up buying a different brand of lower speed fans with less aggressive blade architecture which were quieter. These fans are good for what they are, dual ball-bearing, industrial grade high RPM fans that really move the air, but they were too noisy for my needs. I put it in my parts bin for future use. I'm sure a need will present itself sometime and it will get used sometime. --- ## Why Shop on Desertcart? - πŸ›’ **Trusted by 1.3+ Million Shoppers** β€” Serving international shoppers since 2016 - 🌍 **Shop Globally** β€” Access 737+ million products across 21 categories - πŸ’° **No Hidden Fees** β€” All customs, duties, and taxes included in the price - πŸ”„ **15-Day Free Returns** β€” Hassle-free returns (30 days for PRO members) - πŸ”’ **Secure Payments** β€” Trusted payment options with buyer protection - ⭐ **TrustPilot Rated 4.5/5** β€” Based on 8,000+ happy customer reviews **Shop now:** [https://www.desertcart.pl/products/499230605-b-blasterpwm80](https://www.desertcart.pl/products/499230605-b-blasterpwm80) --- *Product available on Desertcart Poland* *Store origin: PL* *Last updated: 2026-10-08*