The MO-RA IV series is the perfect choice for anyone seeking maximum cooling performance and excellent build quality. These monster radiators are fully modular and versatilely expandable, ideal for overclocked gaming computers, workstations or servers that are in use around the clock. WATERCOOL has optimized the fin geometry to increase performance across the entire speed range. The German manufacturer has now opted for so-called corrugated fins, which are designed to provide more power.

In addition, the pre-chamber has been optimized. WATERCOOL has raised the pre-chamber to ensure better pressure distribution. The solid brass connection terminal is now soldered to the tube geometry. This ensures greater mechanical stability and a maximum pressure of up to 5 bar. All MO-RA IV units are thoroughly pressure tested before despatch.

The HEATKILLER V is the perfect choice for those who want to equip their graphics card with powerful and stylish graphics card cooler. This water cooler is specially designed for NVIDIA RTX 4080 Founders Edition and provides optimal cooling performance for the GPU, voltage converter and VRAM. In order to keep the temperatures in the area of the GPU core low, we have heavily optimized the cooling structure around the graphics chip. The 48 x 0.3 mm fins used ensure high cooling performance with a consistently high flow rate. A flow-optimized acrylic jet plate ensures an ideal coolant distribution.

Familiar technologies from the HEATKILLER V, such as the dual-layer inflow and the symmetrical cooling design, have also been incorporated into the PRO variant. The split inflow and the symmetrical, wide flow channels ensure a constant high flow rate. According to Watercool, the development department has invested a lot of time into finding the ideal thermal pads for the hot GDDR6X RAM. Accordingly, special high-performance thermal pads are included in the scope of delivery.

With the HEATKILLER V eBC - active backplate for RTX 3080/3090 EVGA FTW3 graphics cards, the German-based manufacturer of high-quality liquid cooling presents its interpretation of an active backplate. The backplate's solid copper design is a unique selling point. The large surface area guarantees an excellent performance especially for the hot spot temperatures in the areas of the graphics card processor, VRAM and the voltage converters. The cooling channels were arranged to provide active cooling for all relevant components.

With the HEATKILLER V eBC - active backplate for RTX 3080/3090 EVGA FTW3 graphics cards, the German-based manufacturer of high-quality liquid cooling presents its interpretation of an active backplate. The backplate's solid copper design is a unique selling point. The large surface area guarantees an excellent performance especially for the hot spot temperatures in the areas of the graphics card processor, VRAM and the voltage converters. The cooling channels were arranged to provide active cooling for all relevant components.

The connection terminal has been modified to connect the graphics card cooler directly to the backplate. Not only does this look cleaner, but it also allows a parallel inflow, which increases the flow rate while reducing the flow resistance. To achieve the best possible cooling performance, the flow ratio between the active backplate and the graphics card cooler was optimized during development by performing countless tests. The assembly is done in two simple steps. The active backplate and the graphics card cooler are mounted first and then both are connected by the new connection terminal.

"The focus of our development has always been to improve the deliverable performance." (Rico Weber, WATERCOOL CEO, Sep.2020). This quote marked the beginning of the development of the new HEATKILLER V VGA cooler. In addition to an increase of performance, the focus also lay on improvements in handling and durability. The HEATKILLER VGA coolers, known for their outstanding workmanship, have also been visually enhanced. In the latest revision for AMD graphics cards of the RX 6800/6900XT series, the HEATKILLER V has been further optimized.

The inflow to the cooling structure has been completely reworked. It now is placed with a vertical offset above a second level. The inlet and outlet channels cross each other, but are spatially separated from each other. The new design allows a symmetrical arrangement of the cooling channels. The advantage of the symmetrical design is a steady flow through the heat sink. Dead zones and hotspots are thus effectively avoided. At the same time the windage is reduced. The HEATKILLER V for RX 6800/6900XT features a vertical cooling structure, which significantly improves the cooling performance even more. The enlarged cooling surface ensures exceptionally low GPU temperatures. To reduce turbulences, all cooling channels were manufactured in a rounded design.

With the new HEATKILLER RAD series, the German manufacturer Watercool is expanding its product range with high-quality mesh radiators. The new radiators are available in two different strengths, with the Small (S) RADs at a thickness of 30 mm and the Large (L) RADs at a thickness of 48 mm. In cooperation with a well-known manufacturer from Asia, the watercooling experts have succeeded in creating a high-performance mesh radiator with a unique look. Thereby, the cooling cores are manufactured strictly according to Watercool's specifications, while the radiator housing is produced locally in Waren. This means that the finishing and quality control are performed in Germany directly by the manufacturer.

The goal of the development was to produce competitive radiators with a wide performance range. Accordingly, the HEATKILLER RAD performs very well even with slowly rotating fans, and scales very well with increasing speed. Only high quality raw materials are used as basis for the HEATKILLER RAD. The antechamber is made of brass while the cooling fins as well as the water channels are made of copper. The side panels are laser-cut from 1 mm thick steel plates or stainless steel and subsequently brushed or powder-coated in black or white, depending on the finish.

The new HEATKILLER Multitop series for Lowara/Laing DDC pumps features a unique modular design and expandability. Each top is manufactured from a solid, 30 mm thick acetal block while the internal structure has been optimized for head and flow capacity. The series includes a SINGLETOP, a MULTITOP X2 as well as MULTITOP X3 and an EXPANSION-TOP. The SINGLETOP is designed to operate one DDC pump and, unlike the MULTITOPS, cannot be expanded.

The expandable MULTITOP X2 and X3 are designed to operate two respectively three DDC pumps in series, thereby significantly increasing the delivery head. For the MULTITOP X3, an EXPANSION TOP serves as connection between input and output. An expansion with additional EXPANSION TOPs is easily possible with both the MULTITOP X3 and X2, theoretically allowing infinite scaling.

With the HEATKILLER V-VGA, WATERCOOL presents its latest cooler generation, suitable for the current NVIDIA RTX 3080/3090 graphics card series. As the new version number "V" already indicates, apart from the new design, a lot has also been done under the cover. The HEATKILLER V has been improved in many details. In addition to a completely new dual-layer design, the cooling structure has also been enhanced.

The cooler was designed in different versions for well-known brands such as EVGA, ZOTAC, GAINWARD and many more. The standard Heatkiller V-VGA version is designed for short manufacturers circuit boards, while the XL version was specially adapted for cards such as the Zotac Trinity or Inno3d ICHill to achieve optimum cooling performance. The HK V will be available in the next few days from selected retailers as well as directly from Watercool's online store, but with some delay.

WaterCool announced retail availability of HeatKiller IV water-blocks for AMD Ryzen Threadripper processors. Designed for AMD sockets TR4 and SP3r2, with micro-fin lattices at just the right places to effectively cool the active dies of the Threadripper MCM, the block comes in four variants - Pure Copper, Copper-Nickel, Acryl-Nickel Black, and Acryl-Nickel Red. The Pure Copper variant combines an exposed copper main block with a copper top; the Nickel-Copper variant is nearly identical to this, except the block and top are nickel-plated; the Acryl-Nickel Black combines a nickel-plated copper main block with an acrylic top that's been framed by black anodized aluminium, while the Acryl-Nickel Red is its twin with a red colored frame.

The Pure Copper and Copper-Nickel variants boast of a staggering 1 kg weight (that's a lot for a water-block). The acrylic variants are a little over half the weight. Besides being see-through, the Acrylic variants are studded with RGB LED strips that have a standard 4-pin RGB header. All variants measure 118 mm x 78 mm x 18 mm, and feature standardized G 1/4-inch ports (fittings not included). There's a healthy 25 mm gap between the two ports so you can dabble with some of the fancier fittings in the market. The Pure Copper variant is priced at 89.95€, while the Nickel-Copper, Acryl-Nickel Black, and Acryl-Nickel Red are priced at 99.95€ (prices include taxes).