In the highly competitive landscape of PC cooling, the name Scythe has long been synonymous with quiet, reliable, and cost-effective air cooling solutions. A fabless company headquartered in Chiba, Japan, Scythe has spent over two decades cultivating a reputation for engineering excellence by partnering with specialized manufacturers across China and Taiwan. Having previously lauded the performance of the fan-favorite FUMA 3, we approached the latest entrant in their lineup, the Magoroku, with high expectations.

The Scythe Magoroku is a dual-tower air cooler equipped with two of the company’s signature Wonder Tornado 120mm fans. Positioned at an attractive $42.99 MSRP, it aims to deliver a balance of acoustic comfort and thermal headroom. However, as our latest testing on the AMD Ryzen 9 9950X3D reveals, the Magoroku proves to be a specialized tool that excels in specific niches while struggling to keep pace with the thermal output of today’s most demanding processors.

Scythe Magoroku Review: excellent RAM thermals, but needs improvement elsewhere

The Anatomy of the Magoroku: Design and Specifications

At its core, the Magoroku utilizes a robust dual-tower heatsink configuration. The heat transfer is managed by a six-heatpipe array designed to efficiently draw thermal energy away from the CPU’s integrated heat spreader (IHS) and distribute it across a dense lattice of aluminum fins.

Key Specifications

  • Dimensions (w/ fans): 134mm (W) x 142.5mm (D) x 155mm (H)
  • Fan Configuration: 2x Wonder Tornado 120mm PWM
  • Fan Speed Range: 300 – 2000 RPM
  • Socket Support: AMD AM4/AM5; Intel LGA 1700/1851/1200/115x
  • MSRP: $42.99
  • Warranty: 1 Year

The inclusion of the Wonder Tornado 120 fans is a highlight. These fans are rated for 60.29 CFM of airflow and a static pressure of 2.45 mmH2O. These metrics are critical for pushing air through the tight fin density of a dual-tower array, particularly at lower noise floors.

Scythe Magoroku Review: excellent RAM thermals, but needs improvement elsewhere

A Chronology of Installation and Testing

The installation process for the Magoroku on the AMD AM5 platform is straightforward but requires careful attention to detail. Users must first remove the stock AMD retention brackets before installing the proprietary mounting studs. Once the studs are in place, the mounting bars are secured, and the cooler is bolted down.

RAM Compatibility: A Tactical Consideration

One of the most persistent issues with large air coolers is memory interference. Scythe officially rates the Magoroku for compatibility with memory modules up to 57mm in height. However, our testing revealed that utilizing the front fan in its default position with taller RAM kits can lead to a slight degradation in thermal performance.

Scythe Magoroku Review: excellent RAM thermals, but needs improvement elsewhere

For users prioritizing maximum cooling efficiency, we recommend an alternative configuration: mounting the front fan to the rear of the heatsink as an exhaust fan. This setup not only clears the DIMM slots entirely, allowing for even the tallest RGB memory kits, but also provides a slight boost to thermal dissipation by clearing the air more effectively toward the rear of the case.

Real-World Testing Methodology

Unlike many reviewers who rely on open-air test benches—which often flatter coolers by providing unlimited access to cool, ambient air—our testing is conducted inside a closed chassis. We utilized the Tryx FLOVA F50 case, which employs a unique "crossflow" fan design, supplemented by a single Noctua NF-A12 G2 intake fan.

Scythe Magoroku Review: excellent RAM thermals, but needs improvement elsewhere

Our test platform features the AMD Ryzen 9 9950X3D. While the 9950X3D is generally more thermally balanced than its non-V-Cache sibling, the 9950X, it still represents a significant thermal load. We test under these conditions to ensure that our findings reflect the actual experience of an end-user building a system at home.

Supporting Data: Thermal Performance Analysis

Our testing of the Magoroku with the Ryzen 9 9950X3D yielded performance that, while competent, failed to reach the "impressive" threshold.

Scythe Magoroku Review: excellent RAM thermals, but needs improvement elsewhere
  • Full Speed Fans: The cooler maintained a thermal load capacity exceeding 236W.
  • Noise-Normalized Performance: When adjusted for acoustics, the average capacity dipped slightly to just over 228W.

While these figures are perfectly adequate for mid-range gaming builds, they highlight the limitations of the Magoroku when tasked with cooling high-wattage, modern flagship CPUs under sustained full-load scenarios. It is not an "overclocker’s dream," but rather a solid, quiet, and affordable choice for standard computing and gaming workloads.

Official Stance and Market Positioning

Scythe has positioned the Magoroku as a "quiet performance" cooler. Throughout our evaluation, the acoustic profile remained impressively muted. Even as the Wonder Tornado fans ramped up, they avoided the high-pitched whine that plagues many budget-tier fans.

Scythe Magoroku Review: excellent RAM thermals, but needs improvement elsewhere

The build quality, as expected from Scythe, is high. The packaging is minimalist, featuring a sophisticated black-and-grey aesthetic, and the contents are well-protected by molded foam. The inclusion of a dedicated screwdriver, a small tube of high-quality thermal compound, and three sets of fan clips makes the $42.99 price point feel like a genuine value for the consumer.

Implications for System Builders

The Scythe Magoroku occupies a distinct space in the PC cooling market. It is an ideal candidate for:

Scythe Magoroku Review: excellent RAM thermals, but needs improvement elsewhere
  1. Mid-Range Gaming PCs: Users with Ryzen 5, Ryzen 7, or Intel Core i5 processors will find the Magoroku more than capable of keeping temperatures well within safe operating limits while maintaining a near-silent system.
  2. Budget-Conscious Enthusiasts: At under $45, it offers a dual-tower performance profile that is rarely seen at this price point.
  3. RAM-Heavy Builds: The flexibility of the fan placement makes it an excellent choice for those who want the look of large, RGB-lit memory without sacrificing the structural integrity of their air cooler.

However, the Magoroku is likely not the correct choice for users pushing top-tier i9 or Ryzen 9 processors in heavy rendering or workstation environments. For those specific use cases, a premium 360mm AIO liquid cooler or a flagship-tier massive air cooler (such as the Noctua NH-D15 or similar) would be required to prevent thermal throttling.

Verdict: Is it for You?

The Scythe Magoroku is a refined piece of hardware that delivers exactly what it promises: quiet, efficient cooling for the vast majority of consumer workloads. Its failure to impress on a 9950X3D is less a failure of the cooler itself and more a reflection of the extreme thermal density of modern high-end silicon.

Scythe Magoroku Review: excellent RAM thermals, but needs improvement elsewhere

When we evaluate a product, we look at the intersection of price, performance, and user experience. The Magoroku excels in the latter two categories, and its price is aggressive enough to make it a serious competitor in the budget-to-mid-range air cooling segment.

If you are a builder who values silence and reliability over absolute peak thermal performance, the Scythe Magoroku is a worthy addition to your next PC build. It carries forward the legacy of the FUMA 3, providing a no-nonsense, high-quality cooling solution that is easy to install and built to last. While it may not break records, it certainly keeps the peace in a quiet gaming rig.

Scythe Magoroku Review: excellent RAM thermals, but needs improvement elsewhere

Why You Can Trust Our Reviews

At Tom’s Hardware, our commitment to our readers is paramount. We spend hundreds of hours annually testing components in real-world scenarios to ensure that the recommendations we provide are grounded in practical experience. We do not use "synthetic" or theoretical testing methods that fail to translate to the actual conditions inside a user’s computer case. We reject shortcuts—such as testing on open benches or using generic thermal test plates—because we believe they misrepresent the capabilities of the hardware. Our testing is rigorous, transparent, and focused on helping you make the best decision for your specific hardware needs.

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