10 Best M2 2280 SSD Heatsink in 2026

An M2 2280 SSD heatsink helps a fast NVMe drive remain cool when sustained workloads generate enough heat to trigger thermal throttling. A good model should combine effective metal surfaces, proper thermal padding, secure mounting, and a low-profile design that fits your desktop, workstation, or PS5 without interfering with nearby hardware.

This guide compares ten M2 2280 SSD heatsinks using the supplied product information, with emphasis on materials, cooling architecture, drive compatibility, thermal-pad quality, installation method, and intended use. The list covers simple clip-on coolers, double-sided designs, heatpipe-equipped models, a multi-pack, and an actively cooled option.

Each review identifies the product's most useful qualities and practical compromises, while the comparison table makes the major design differences easier to scan. The top picks range from a budget-friendly aluminum cooler to premium thermal-pipe and fan-assisted designs. Product availability and prices can change, so confirm the current listing and fit before purchasing.

Top 3 Picks for Best M2 2280 SSD Heatsink

Top 10 Best M2 2280 SSD Heatsink in 2026 Compared

The comparison covers cooling architecture, construction, mounting style, thermal interface, and intended platform support so buyers can distinguish simple passive solutions from heatpipe and fan-assisted designs.

1. M.2 Heatsink Cooler 2280 SSD – Best Budget Cooling

4.6Editor scoreCheck price on Amazon

M.2 Heatsink Cooler 2280 SSD

Aluminum alloy body

Double-sided heat spreader

Silicone thermal pad

Adjustable-height clips

This compact double-sided cooler combines an aluminum alloy body with a silicone thermal pad and a clip-based mounting design. Its 4.6 rating reflects broad buyer satisfaction, while the stated compatibility with single-sided 2280 SSDs and the PS5 makes it one of the most accessible options in the guide. Its silver-plated, anodized exterior is also designed with electrostatic concerns in mind.

Pros

• Strong budget feature set
• Works in PS5 systems
• Supports variable drive heights
• Protective surface treatment

Cons

• Reported temperature gains vary
• Compatibility requires careful checking

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The supplied information describes a cooling effect of approximately 10°C to 20°C, although the result depends on the drive, workload, ambient conditions, and airflow. The clips accommodate different M.2 drive heights, which is important because controller and component layouts can vary among otherwise similar 2280 drives. A double-sided configuration offers more contact area than a simple metal plate without requiring a separate fan.

Its main limitation is that the listed temperature benefit is a dependent estimate rather than a guaranteed result. The product is also described as fitting single-sided drives, while its title says double-sided; prospective buyers should compare that wording with the exact drive layout and intended installation environment. These caveats make physical fit verification essential, particularly inside a tightly packed PS5 or workstation.

For most desktop builders and PS5 owners seeking an uncomplicated passive cooler, this is a strong budget recommendation. It combines useful thermal contact, adaptable clips, and a low-cost form factor without adding fan noise or complex wiring. It is less compelling for users who require a heatpipe, a very large dissipation surface, or a confirmed fit for a double-sided drive.

Strong Passive Cooling for Everyday Builds

The double-sided aluminum design gives the SSD a broader thermal path than a bare drive or a single metal cover. That makes it useful for sustained file transfers, game installations, and demanding desktop workloads where heat accumulates around the controller and NAND components.

Check the Drive Layout First

Although the design is marketed for 2280 SSDs and includes adjustable clips, the supplied description specifically mentions single-sided compatibility. Checking the physical height and component placement of your drive remains the safest way to avoid an obstructed installation.

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2. Bestoss M.2 2280 SSD NVMe Heatsink – Best Hollowed Double-Sided Design

4.3Editor scoreCheck price on Amazon

Bestoss M.2 2280 SSD NVMe Heatsink

Three-sided hollow structure

Double-surface dissipation

Three thermal conductivity

Broad platform compatibility

The Bestoss cooler stands out for its hollowed construction, with cutouts on the top, center, and bottom of the heat sink. Its 4.3 rating is respectable, and the stated aim of moving beyond single-plane dissipation is particularly relevant for SSDs that spend extended periods under intensive read and write activity. The minimalist exterior also suits visible desktop installations.

Pros

• Expands effective cooling surface
• Lightweight aluminum construction
• Soft silicone thermal interface
• Suitable for creative workloads

Cons

• Lower rating than leading choices
• Temperature claims depend on conditions

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The product information reports a temperature difference of approximately 8°C to 13°C after nine minutes of intensive operations compared with an SSD without a heat sink. A silicone pad with a stated conductivity of up to 3 W/(m·K) fills microscopic gaps between the drive and cooler, while the hollow aluminum structure is intended to spread heat across multiple surfaces. Compatibility is listed for standard 2280 drives in desktop PCs, PS5 systems, and other M.2 installations.

Thermal performance naturally varies with operating conditions, and the supplied description itself notes that the result may change. The lower user rating also suggests that this may not be the most consistently satisfying choice for every installation, and buyers should consider the possibility that clearance around the SSD or the drive's own heat output affects the outcome. The claims compare the heatsink-equipped drive with a bare drive rather than every competing cooler.

This model makes sense for a builder who values a distinctive, lightweight, double-sided passive design and wants thermal padding with a stated conductivity figure. It is especially relevant to content creators and professionals using sustained storage workloads. Before buying, verify the physical clearance in the target system and make sure the included pad aligns properly with the SSD's most thermally active components.

More Surface for Passive Dissipation

The three-sided hollow structure is intended to increase usable surface area without making the cooler unnecessarily heavy. That balance can be attractive in compact builds where a dense fin stack would create an installation problem.

Understand the Reported Temperature Difference

The listed 8°C to 13°C result was described under a nine-minute intensive test and against an uncooled SSD. It should be treated as a useful indication of cooling potential rather than a guaranteed result in every chassis.

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3. SABRENT M.2 2280 SSD Rocket Heatsink – Best Copper-and-Aluminum Construction

4.6Editor scoreCheck price on Amazon

SABRENT M.2 2280 SSD Rocket Heatsink

Copper and aluminum materials

Single and double sided

Four mounting screws

Tool kit included

SABRENT's Rocket Heatsink combines copper and aluminum for desktop SSD cooling. The 4.6 rating indicates strong buyer approval, and the product's support for both single-sided and double-sided M.2 2280 drives gives it broader flexibility than several compact alternatives. It is designed as a passive cooler, so it requires no power or cable connection.

Pros

• Mixed-metal thermal construction
• Supports both drive layouts
• Complete mounting accessory set
• Straightforward desktop installation

Cons

• Desktop-focused product design
• No active airflow included

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The included thermal tape, screws, and screwdriver make the installation package comparatively complete. Its mixed-metal construction is intended to provide efficient heat transfer, while the 2280 format and compatibility with both drive layouts suit builders who may upgrade their SSD in the future. The screw-secured approach can create a stable connection when the system permits sufficient clearance.

This is explicitly a desktop-PC product, so it should not be treated as a universal option for the PS5 or every compact enclosure. Like other passive coolers, its effectiveness depends on the SSD's heat output, the surrounding airflow, and the quality of contact at the thermal interface. It also does not provide the forced airflow that an active cooler can deliver during the most extreme workloads.

Choose the Rocket Heatsink if you want a traditional, securely mounted passive design with a full set of mounting hardware and support for either drive layout. It is a practical option for a desktop where room around the M.2 socket is not tight. Buyers should verify that the surrounding GPU, motherboard heatsink, and case structure leave enough space before ordering.

Mixed Metals for Desktop Builds

Copper and aluminum provide complementary roles in a passive heat-transfer assembly. The arrangement is particularly relevant for desktop SSDs subjected to sustained transfers while surrounded by other warm components.

Everything Needed for Mounting

Thermal tape, screws, and a screwdriver are included, reducing the need for separate tools. Buyers should still check the available mounting points and clearance around their motherboard's M.2 connector.

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4. be quiet! MC1 Pro M.2 SSD Cooler – Best Integrated Heatpipe Design

4.7Editor scoreCheck price on Amazon

be quiet! MC1 Pro M.2 SSD Cooler

Built-in heatpipe technology

Aluminum cooling body

Single and double sided

Matte black finish

The be quiet! MC1 Pro combines an advanced aluminum heat sink with an integrated heatpipe, giving it a more refined thermal architecture than a basic sandwich cooler. Its 4.7 rating is the highest among the ten products listed, indicating especially strong customer satisfaction. The matte black finish is designed to blend into modern PC builds.

Pros

• Highest rating in the guide
• Integrated heatpipe conduction
• Wide drive-layout compatibility
• Clean desktop appearance

Cons

• No fan or forced airflow
• Desktop clearance requires review

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The stated purpose of the heatpipe is to move heat efficiently away from the SSD and distribute it across the aluminum structure. The cooler supports both single-sided and double-sided 2280 modules, which reduces uncertainty when selecting it for a system with a higher-profile drive. A simple mounting system is also intended to provide a secure fit and straightforward setup.

The product remains passive, so it does not actively force air across the drive. That means its performance still depends on ambient airflow and contact quality, and a close-fitting case or thick motherboard heatsink could limit cooling potential. The supplied information does not specify exact dimensions or included accessory details, making a dimensional check especially sensible before purchase.

This is an excellent choice for a desktop builder who wants a restrained appearance, broad compatibility, and a heatpipe-assisted passive design. Its strong rating and premium-oriented construction make it particularly appealing for fast NVMe drives used in work or gaming systems. Confirm that the case and motherboard provide enough vertical clearance and follow the included mounting guidance for the best result.

Heatpipe Assistance Without Fan Noise

The integrated heatpipe adds a conductive path through the aluminum body while preserving a completely passive installation. That makes the MC1 Pro appealing to users who prefer quiet systems and do not want a powered cooling accessory.

Designed for a Finished Look

The matte black surface and relatively restrained form suit visible motherboard areas. Its compatibility with both single-sided and double-sided modules also makes it a practical choice for users who may replace their storage drive later.

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5. Atdcoek 5 Pack SSD Heatsink – Best Multi-Pack for Workstations

4.4Editor scoreCheck price on Amazon

Atdcoek 5 Pack SSD Heatsink

Five-piece aluminum set

Fin-style heat dissipation

Tool-free elastic mounting

Desktop and workstation use

This five-pack is aimed at desktop PCs and workstations that may contain several M.2 2280 SSDs. Its 4.4 rating reflects solid buyer feedback, and the set includes five fin-style aluminum heat sinks, matching thermal pads, elastic bands, a screwdriver, and an M2 screw kit. That broad package is useful for system builders or storage-heavy workstations.

Pros

• Five coolers in one package
• No screws required for mounting
• Cleans without drive damage
• Supports both drive layouts

Cons

• Crowds a multi-drive workstation
• Uses flexible band retention

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Each cooler uses a thermal silicone pad with a stated conductivity of 2.0 W/mK. The bands secure the heat sink without requiring screws for the main installation, which can make initial setup convenient. Compatibility extends to single-sided and double-sided NVMe 2280 drives, while the aluminum fin design is intended to increase the available surface area.

Five individual coolers can create a crowded appearance inside a compact workstation. Elastic-band mounting also differs from rigid screw attachment, so users who prioritize a particularly secure mechanical fit may prefer a screw-based design. The supplied data does not provide detailed dimensions, making it important to compare the heat-sink profile with the available space around each M.2 slot.

The five-pack is the clear choice for builders who want to equip several machines or stock a supply of coolers for multiple drives. It is less necessary for a single-drive desktop, where one of the more specialized heatpipe models may provide a more advanced thermal design. For a multi-drive workstation, the tool-free bands and included hardware still make this a convenient package.

Convenient for Multiple Storage Drives

A five-piece package makes sense in workstations, content-rendering systems, and compact servers that may use more than one M.2 drive. It avoids the need to source separate coolers, pads, and small tools for each installation.

Tool-Free Retention with Included Options

The elastic bands allow the heat sink to be pressed into position without dedicated tools, while an extra screwdriver and screw kit are also supplied. The bands should be checked periodically if the system is frequently moved.

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6. ARCTIC M2 Pro Heatsink Cooler – Best Click-In PS5 Compatibility

4.5Editor scoreCheck price on Amazon

ARCTIC M2 Pro Heatsink Cooler

Added aluminum thermal mass

Click-secured installation

Single and double sided

PS5 Slim compatible

The ARCTIC M2 Pro is designed around added thermal mass, which helps dissipate heat into the surrounding environment and reduces the risk of throttling during intensive reads and writes. Its 4.5 rating suggests good overall satisfaction, and explicit compatibility with both the PS5 and PS5 Slim makes it particularly relevant to console owners.

Pros

• Purpose-built PS5 support
• Tool-free click mechanism
• Two shaped thermal pads
• Works without mounting screws

Cons

• Passive cooling only
• PS5 interior clearance matters

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Rather than using screws or rubber bands, the cooler secures the drive through a click mechanism. Two precisely fitting ARCTIC TP-3 thermal pads adapt to the different heights of the controller, RAM, and NAND areas. Support for both single-sided and double-sided SSDs broadens the range of drives that can be equipped with the same cooler.

The passive approach means that no dedicated fan moves air across the drive. Its outcome will depend on the SSD's thermal output and the airflow available within the chosen system. In a PS5, for example, installation must comply with Sony's required specifications, and the final clearance should be checked carefully to avoid pressure on internal components.

This is a strong recommendation for a PS5 user or a desktop builder who prefers quick, tool-free installation. The click mechanism and precisely shaped pads simplify setup, while the added mass provides a straightforward way to improve heat transfer. For sustained extreme workloads, however, an active or larger finned heatpipe cooler may offer greater cooling headroom.

Purpose-Built Console Support

The supplied specifications explicitly identify the PS5 and PS5 Slim as supported platforms. That makes this cooler easier to shortlist for a console expansion than a generic model that does not address console clearance or mounting needs.

Thermal Pads Match Uneven Surfaces

Two TP-3 pads are shaped for the controller, RAM, and NAND regions at different heights. This tailored approach helps maintain contact across the uneven top surface of an M.2 module more effectively than one oversized flat sheet.

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7. Thermalright TR-M.2 Type A B – Best Compact Screw-Secured Cooler

4.6Editor scoreCheck price on Amazon

Thermalright TR-M.2 Type A B

Anodized aluminum alloy

Double-sided thermal film

Four included screws

Seventy-by-twenty-four millimeters

The Thermalright TR-M.2 Type A B is a compact double-sided cooler designed for desktop 2280 SSDs. It carries a 4.6 rating and uses an anodized, sandblasted aluminum alloy body with high-performance silicone film on both sides. The stated cooling effect ranges from 10°C to 30°C depending on the environment, giving passive designs a broad performance range.

Pros

• Compact desktop-friendly dimensions
• Secure four-screw attachment
• Broad listed SSD compatibility
• Avoids PCIe slot interference

Cons

• Specific listed drive compatibility
• Cooling range depends on environment

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Its dimensions are listed as 70 by 24 by 13 millimeters, which helps when planning clearance around a motherboard's M.2 connector. Double-sided clips and four screws create a tighter fit than a band-mounted heat sink and are intended to improve thermal conductivity by holding both surfaces consistently against the drive.

The listed compatibility covers a range of Samsung 850 EVO through 990 Pro families, and the design is described as avoiding interference with PCIe slot devices. Actual installation can still vary because SSD component layouts differ, even within a compatible product family. The broad stated cooling range also means the result should not be interpreted as a guaranteed temperature reduction in every case.

This cooler is well suited to a desktop builder who wants a secure, conventional mounting system without an oversized heatpipe assembly. The included screws and instructions make the setup approachable, while the anodized black finish provides a clean appearance. Confirm your exact drive model and available space, especially if a large graphics card sits close to the M.2 slot.

Compact Footprint for Desktop Layouts

The listed height of 13 millimeters offers a useful compromise between material and clearance. It is especially relevant in builds where the M.2 slot sits near a graphics card, motherboard heatsink, or another obstruction.

A Firm Mechanical Connection

Four screws and double-sided clips are intended to keep the cooler consistently pressed against the SSD. That can reduce movement and help maintain steady contact compared with a lightweight retention band.

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8. Thermalright M.2 Pro 2280 – Best Compact Heatpipe Upgrade

4.6Editor scoreCheck price on Amazon

Thermalright M.2 Pro 2280

Eight-millimeter copper heatpipe

Aluminum alloy radiator

Double-layer silicone sheet

Seventy-five-by-twenty-two millimeters

The Thermalright M.2 Pro 2280 combines an aluminum alloy body with an eight-millimeter pure copper heatpipe. Its 4.6 rating reflects favorable buyer feedback, and the heatpipe gives this relatively compact model a more advanced thermal path than a plain metal cooler. The listed dimensions are 75 by 22.7 by 11.7 millimeters in a silver-gray finish.

Pros

• Adds copper heatpipe conduction
• Relatively compact heatpipe layout
• Sandblasted aluminum finish
• Works with most 2280 drives

Cons

• Partial shorter-drive compatibility
• No active airflow included

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An anodized sandblasted surface improves the visual finish and helps create a larger effective dissipation area. Double-layer silicone sheet is specified for both sides of the 2280 drive, supporting broad contact with the SSD. The heatpipe is intended to transfer concentrated heat away from the drive and distribute it throughout the aluminum structure.

The product is primarily made for 22-by-80-millimeter drives, with only partial compatibility for 2260 and 2242 formats. Users with those shorter drives should not assume that the included dimensions will fit. As with the other passive products, actual cooling depends on airflow, ambient temperature, drive load, and unobstructed contact with the thermal sheet.

This is a fitting option for a desktop user who wants heatpipe-assisted cooling without moving to a large fin stack or powered fan. It fits particularly well among thermally conscious builders who appreciate a restrained 2280 design. Before installation, compare its 11.7-millimeter height with nearby components and confirm that the drive's component layout permits full upper contact.

Heatpipe Power in a Low-Profile Form

The eight-millimeter copper heatpipe helps conduct heat laterally through the aluminum body. This allows the cooler to offer a more advanced path than a basic sandwich while retaining a comparatively compact profile.

Best for Standard 2280 Drives

The design is optimized for the standard 22-by-80-millimeter format. While some shorter M.2 drives are described as partly compatible, exact dimensions should be verified before considering a non-2280 module.

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9. Thermalright HR09 2280 – Best Overall Passive Performance

4.7Editor scoreCheck price on Amazon

Thermalright HR09 2280

Thirty-two aluminum fins

Six-millimeter heatpipe

Four-thousand-five-hundred square millimeters

Adjustable-height mounting screws

The Thermalright HR09 is the strongest all-around passive design in this comparison. It combines a double-sided aluminum fin structure, a six-millimeter heatpipe, and a stated 4,500-square-millimeter dissipation area. Its 4.7 rating places it alongside the be quiet! MC1 Pro as one of the highest-rated products here, and the Editor's Choice reflects its combination of cooling capacity, adaptable mounting, and thoughtful construction.

Pros

• Large passive cooling surface
• Four-thousand-five-hundred square millimeters
• Six adjustable-height screws
• Flexible double-sided thermal pads

Cons

• Larger than minimalist coolers
• Height requires clearance check

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The fin group includes 32 aluminum fins with a listed 1.8-millimeter gap, creating more exposed surface than a plain plate. A reverse-gravity heatpipe and electroplated aluminum base support heat movement away from the SSD. The double-sided Odyssey silicone pad is stated at 14.8 W/mK and is described as soft and ductile enough to accommodate uneven drive surfaces without lifting the warranty label.

The cooler measures 79 by 24 by 48 millimeters, so it is substantially larger than the simplest 2280 heat sinks. Users with a compact motherboard, a large graphics card, or a restricted drive cage should check clearance carefully. Six adjustable-height screws are included to support various M.2 component heights and secure the double-sided assembly, but the mounting process may be less immediate than a band or click system.

For a desktop PC exposed to sustained NVMe workloads, the HR09 offers the most substantial passive architecture in this list. It is appropriate for users who prioritize thermal headroom and passive operation over the smallest possible footprint. It may be less suitable for a tightly packed console or mini-ITX build, where dimensional verification is essential.

Exceptional Surface Area for Passive Cooling

Thirty-two fins and an advertised 4,500-square-millimeter dissipation area create a much larger thermal surface than a basic sandwich design. The extra area allows heat to spread away from the most active areas of the drive before entering the surrounding airflow.

A Better Interface for Uneven Drives

The soft, low-viscosity silicone material is designed to fill gaps and conform to different component heights. That flexibility supports consistent contact without using a rigid pad that could concentrate pressure on a single section.

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10. Thermaltake MS-1 M.2 Cooler – Best Active Cooling Option

4.2Editor scoreCheck price on Amazon

Thermaltake MS-1 M.2 2280 SSD Cooler

Eight-thousand-rpm micro blower

Twenty-millimeter fan diameter

Six-millimeter copper heatpipe

Stainless steel backplate

The Thermaltake MS-1 is the only actively cooled product in the guide, using an 8,000 RPM, 20-millimeter micro blower to move air across the SSD. Its 4.2 rating is the lowest of the group, but that does not diminish its distinct advantage: forced airflow can supplement passive heat spreading during the heaviest workloads. It is built specifically for M.2 2280 SSDs.

Pros

• Only actively cooled model listed
• Forced airflow over the drive
• Copper heatpipe assists conduction
• Reinforced metal backplate

Cons

• Adds powered fan complexity
• Lowest rating in the comparison

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A six-millimeter high-performance copper heatpipe transfers heat into an integrated molded aluminum heat sink, while a stainless steel reinforced backplate adds structural support. The combination of a small fan, heatpipe, and metal body is more elaborate than conventional clip-on coolers. Thermaltake describes the fan as powerful and silent for its high speed, but no sound measurement is included in the supplied information.

An active cooler introduces practical considerations that passive models avoid. It requires a power connection and adequate space for airflow, and its performance can depend on unobstructed intake and exhaust paths. The 4.2 rating indicates that users may not be universally satisfied with the overall package, so buyers should examine current customer feedback and ensure their motherboard provides the required connection.

Choose the MS-1 when sustained extreme workloads justify active cooling or when a passive design does not provide enough cooling headroom for a particularly hot drive. It is the premium option in this guide because it adds forced airflow rather than relying entirely on heat conduction and case airflow. It is less attractive for minimalist or compact builds where power routing and physical clearance are priorities.

Forced Air Where It Matters Most

The micro blower actively moves air across the SSD, providing a stronger cooling mechanism than heat spreading alone. This can be advantageous under prolonged transfers, heavy write activity, or other workloads that keep an NVMe drive busy for extended periods.

Consider the Added System Complexity

Active cooling requires power, space, and an unobstructed airflow path. Users should also assess the fan's expected noise in their particular system rather than relying only on the product description.

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Buying Guide – How to Choose the Best M2 2280 SSD Heatsink

A useful M.2 2280 SSD heatsink must fit the drive, make reliable thermal contact, and remove enough heat for the intended workload. These factors help distinguish a convenient low-cost cover from a more capable cooling assembly.

Confirm Drive and Platform Compatibility

In short, check the exact drive dimensions, system clearance, and mounting method before choosing a cooler.

Choose the Right Cooling Architecture

In short, use passive aluminum for straightforward builds, a heatpipe or larger fins for sustained loads, and active airflow for maximum cooling priority.

Examine Thermal Pad Quality

In short, favor thin, compliant pads that cover the drive's thermally active areas and remain stable after installation.

Assess Installation and Mounting Security

In short, choose the simplest secure mount that fits your system and provides even contact on both sides.

Check Clearance and Airflow

In short, verify height, length, and surrounding airflow before ordering, especially in compact builds.

Match Cooling to Workload

In short, consider how long and how intensely the SSD will work before choosing the cooling complexity.

Consider Multi-Drive Scenarios

In short, choose a multi-pack for several storage drives or spare systems; otherwise, a single advanced cooler is often more practical.

Weigh Aesthetics Against Function

In short, select a finish and structure that suit your build, but never compromise fit or thermal contact for appearance.

How to Use and Care for Your M2 2280 SSD Heatsink

Before installation, power down the computer completely, disconnect the power supply where appropriate, and allow the system to cool. Locate the M.2 2280 slot and remove any existing heat spreader, bracket, screw, or retention piece. Confirm that the replacement cooler supports the drive's sidedness and fits between nearby components before applying thermal material.

Clean the SSD and the cooler's contact surfaces with a suitable lint-free method, then position the supplied thermal pad over the intended contact area. Peel away any protective film, align the cooler carefully, and secure it with the specified clips, bands, screws, or click mechanism. Avoid excessive pressure. For an active cooler, connect the fan to the correct powered header and route its cable so it does not obstruct airflow or interfere with nearby hardware.

After installation, confirm that the drive is firmly mounted and that no thermal pad has shifted beneath the cooler. Monitor SSD temperature and operating behavior during representative workloads, and check again after substantial firmware updates, drive changes, or system maintenance. Keep the fins and fan path free of dust, replace damaged or dried thermal pads, and never force a cooler onto an incompatible drive layout.

Frequently Asked Questions

Final Thoughts on Choosing the Best M2 2280 SSD Heatsink

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