7 Best gaming laptop cooling pad Picks in 2026

Your laptop fans spin up like a jet on a runway, the chassis gets warm enough to fry an egg, and somewhere around minute forty of ranked matches, your frame rate quietly falls off a cliff. That’s not bad luck. That’s thermal throttling, and it’s the reason a gaming laptop cooling pad has quietly become one of the cheapest performance upgrades you can buy for a machine you already own. Unlike a GPU upgrade or a new SSD, a cooling pad doesn’t touch your warranty, doesn’t require a screwdriver, and doesn’t cost anywhere close to four figures.

We dug into real product specs, aggregated customer feedback, and independent testing data to build this guide, because “just buy the one with the most fans” is not a strategy — it’s a guess. A gaming laptop cooling pad works by pulling ambient air through your laptop’s intake vents faster than the internal fans can manage alone, which keeps the CPU and GPU running at higher sustained clock speeds instead of backing off to protect themselves. That process, known as thermal management, is the whole game here — and it’s why the difference between a $20 mesh pad and a $150 sealed turbofan unit isn’t marketing fluff, it’s physics.

Below, you’ll find seven real cooling pads spanning budget to premium, an honest breakdown of who each one is actually for, and enough practical guidance to set one up correctly the first time. No invented reviews, no fabricated hands-on stories — just spec-based analysis and real aggregated sentiment, clearly labeled as such.

Quick Comparison Table

The table above splits into two real categories: multi-fan mesh pads (Havit HV-F2056, Kootek 5-Fan Cooling Pad, KLIM Wind) and sealed vacuum-style turbofan pads (llano V12 RGB, llano V12 Ultra, IETS GT500, Razer Laptop Cooling Pad). Mesh pads are quieter and cheaper but produce modest single-digit-to-low-teens temperature drops, while sealed turbofan units use foam gaskets to force air directly through the vents, which is why they can pull off double-digit Celsius reductions under sustained gaming load. If your laptop only gets uncomfortably warm during long sessions, a mesh pad is probably enough. If you’re seeing actual stutter or clock speed drops in Task Manager or HWMonitor, you want a turbofan design.

💬 Found a pick that fits your setup already? Bookmark this page and come back before you check out — the comparisons below might change your mind.

Top 7 Gaming Laptop Cooling Pads: Expert Analysis

1. Havit HV-F2056 — most affordable no-frills option

The Havit HV-F2056 has stuck around as a bestseller for years for a simple reason: it does the basic job without asking you to think about it. Three fans spread across a slim mesh base pull air upward into a 15.6–17-inch laptop’s intake vents, and the whole unit is USB-powered with no software, no app, and no learning curve. Real-world interpretation matters here: a slim mesh design like this won’t produce dramatic double-digit temperature drops, but it reliably keeps a laptop’s underside from becoming uncomfortable during video calls, browsing, or light gaming sessions.

Who should care about the Havit HV-F2056? Students, casual gamers, and anyone whose laptop runs warm rather than dangerously hot. Based on the spec comparison against turbofan designs later on this list, this is not the pick for a 200-watt RTX gaming rig pushing sustained Cyberpunk sessions — it’s the pick for someone who wants their laptop to stop feeling like a space heater on their lap.

Aggregated review sentiment across major retailers consistently describes the Havit HV-F2056 as reliable and quiet, with recurring praise for its slim, travel-friendly profile and recurring notes that its cooling effect is noticeably milder than pricier turbofan alternatives.

Pros:

• ✅ Slim profile fits easily in a backpack
• ✅ Simple USB plug-and-play, no software needed
• ✅ Consistently reliable at a low price point

Cons:

• ❌ Modest cooling compared to sealed turbofan pads
• ❌ No RGB or adjustable fan speed controls

The Havit HV-F2056 sits under $25, making it one of the easiest low-risk entry points into laptop cooling — a smart pick if you’re not yet sure a cooling pad will make a noticeable difference for your workload.

2. Kootek 5-Fan Cooling Pad — best five-fan coverage under $40

The Kootek 5-Fan Cooling Pad takes a “more fans, more coverage” approach: one 4.72-inch central fan spinning at roughly 1,400 RPM, surrounded by four smaller 2.76-inch fans running near 2,400 RPM, delivering what Kootek calls 360-degree cooling coverage. In practice, this matters because gaming laptops don’t all vent from the same spot — some pull air from the center-rear, others from the corners — and a five-fan spread hedges against guessing wrong about where your laptop’s intake actually sits.

What most buyers overlook about a design like this is the switch flexibility: you can run just the center fan, all four outer fans, or all five together, which lets you trade cooling power for noise depending on whether you’re gaming or just working. The six-position height adjustment also doubles as an ergonomic laptop stand, tilting the keyboard toward a more comfortable typing angle during long sessions.

Aggregated customer sentiment points to consistent praise for the dual-switch flexibility and the colored LED accent lighting (available in red, blue, and green variants), alongside recurring notes that the built-in USB hub is a genuinely useful bonus rather than a throwaway feature.

Pros:

• ✅ Five fans give broad, even airflow coverage
• ✅ Independent switches for fan zones and speed
• ✅ Built-in USB hub adds real connectivity value

Cons:

• ❌ LEDs can’t be turned off independently of fans
• ❌ Bulkier footprint than slim single-purpose pads

Priced in the $30–$40 range, the Kootek 5-Fan Cooling Pad is a strong middle-ground pick if you want more than a basic mesh pad without stepping up to sealed turbofan pricing.

3. KLIM Wind — the quiet, dependable crowd favorite

The KLIM Wind has reportedly sold more than 500,000 units, and spending time with its spec sheet explains why that number holds up. Four fans running at a steady 1,200 RPM sit below the laptop’s footprint, which is a meaningfully quieter operating point than the 2,400+ RPM fans found on the Kootek 5-Fan Cooling Pad above. What that RPM difference means in practice: the KLIM Wind trades a bit of raw airflow for a fan noise profile that stays comfortably in the background, even during a multi-hour session with a headset off.

Here’s what to weigh with a design like this — the KLIM Wind is built for laptops ranging from 11-inch ultrabooks to 19-inch desktop-replacement gaming rigs, so its versatility is a genuine selling point if you switch between devices or share the pad across a household. It won’t out-cool a dedicated turbofan unit under a sustained 150-watt GPU load, but for daily development work, streaming while gaming, or moderate-intensity titles, the balance it strikes is hard to argue with.

Reviewers consistently report that the KLIM Wind runs quiet enough for shared spaces and rarely needs replacing, with the half-million-unit sales figure itself functioning as a strong proxy for long-term reliability across a wide user base.

Pros:

• ✅ Quiet 1,200 RPM operation even under load
• ✅ Fits an unusually wide range of laptop sizes
• ✅ Strong reliability track record at scale

Cons:

• ❌ Less aggressive cooling than sealed turbofan pads
• ❌ No RGB lighting or app-based controls

At around $35–$45, the KLIM Wind earns its reputation as the safe, sensible pick for anyone who wants dependable cooling without stepping into turbofan territory.

4. llano V12 RGB — sealed turbofan cooling without the premium price

The llano V12 RGB is where this list shifts from mesh pads to vacuum-style cooling. Its 5.5-inch turbofan sits inside a sealed chamber with foam gaskets pressed against the laptop’s base, creating a low-pressure zone that pulls hot air directly out through the vents rather than just blowing ambient air upward and hoping some of it finds its way in. What that means practically: independent testing groups have measured sealed-foam designs like this pulling 18–30°C drops under load, compared to just 5–12°C for typical open-air multi-fan pads — a difference big enough to change whether your CPU is throttling at all.

Based on the spec comparison against the entry-level pads above, the llano V12 RGB is the clear step-up pick for anyone gaming on a laptop with an RTX-class GPU or a high-wattage HX-series processor, where sustained heat output actually challenges the internal cooling system. The dustproof design is also worth noting as a practical, non-marketing detail — sealed turbofan intakes are more vulnerable to clogging over time than open mesh pads, and a dustproof housing reduces that long-term maintenance burden.

Aggregated review sentiment highlights the turbofan’s ability to noticeably drop chassis and keyboard-deck temperatures within roughly 90 seconds of activation, alongside recurring appreciation for the RGB lighting matching common gaming-desk aesthetics.

Pros:

• ✅ Sealed-chamber design pulls heat directly from vents
• ✅ Dustproof housing reduces long-term clogging
• ✅ RGB lighting matches most gaming desk setups

Cons:

• ❌ Bulkier and heavier than mesh-style pads
• ❌ Noticeably louder at maximum fan speed

The llano V12 RGB typically runs $70–$90, positioning it as the most accessible entry point into genuine vacuum-style cooling performance.

5. llano V12 Ultra — smart, app-controlled thermal management

The llano V12 Ultra builds on the standard llano V12 RGB by adding AI-driven temperature control software alongside its 5.5-inch turbofan, which can spin up to roughly 2,800 RPM. The practical value here is automation: instead of manually adjusting fan speed as your session heats up, companion software can ramp cooling in response to real-time temperature readings, plus manual control remains available through onboard touch buttons for anyone who’d rather skip the software entirely.

What most buyers overlook about “smart” cooling pads is that the software layer is genuinely the differentiator, not just a bullet point — a fixed-speed fan either runs too loud for light tasks or too weak for heavy ones, while adaptive control narrows that gap automatically. Aggregated feedback from a large pool of verified reviews describes the dashboard as a meaningful reason owners keep the unit running even during lighter workloads, alongside a recurring, honestly-reported theme: roughly a third of critical reviews mention audible fan noise at maximum speed, comparable to a running office HVAC system.

For a heavy user — say, someone rendering video or gaming for several hours daily — the ROI case is straightforward: sustained lower temperatures can meaningfully extend component lifespan and reduce thermal-related slowdowns over the laptop’s lifetime, which matters more the more intensively you use the machine.

Pros:

• ✅ AI-driven automatic fan speed adjustment
• ✅ 3-port USB hub adds real desk connectivity
• ✅ Touch controls work without the software

Cons:

• ❌ Companion software is Windows-only
• ❌ Premium pricing makes ROI marginal for light users

Expect to pay roughly $95–$115 for the llano V12 Ultra, which puts it near the top of the practical price range for a non-Razer-branded cooling pad.

6. IETS GT500 — the most aggressive temperature drop on this list

The IETS GT500 is, by spec sheet alone, the performance ceiling of this roundup. Its industrial-grade turbofan spins up to 5,000 RPM (a 4,200 RPM variant is also sold), paired with sealed foam that creates the same 360-degree undifferentiated cooling concept used by the llano V12 RGB, just pushed harder. IETS has spent roughly a decade refining this specific turbofan-plus-foam-seal approach, and independent testers have recorded 10–20°C internal CPU and GPU temperature reductions under real-world sustained load — genuinely competitive with far bulkier desktop cooling solutions.

Here’s what the spec sheet won’t tell you outright: that cooling power comes at a real noise cost. IETS itself discloses that the GT500 can reach 65 decibels at maximum fan speed — for context, that’s louder than a normal conversation and edges toward levels where OSHA’s occupational noise guidance flags extended exposure as worth monitoring in a workplace setting. For headphone or headset gamers, that’s a non-issue. For anyone gaming in a shared, quiet room, it’s a genuine tradeoff worth weighing before buying.

The bottom air-intake design is a particularly smart detail for rear-exhaust gaming laptops, since it sidesteps the heat-backflow problem that plagues laptops which vent hot air out the back rather than the bottom. Reviewers consistently rate the IETS GT500 highly for raw gaming cooling performance, while just as consistently flagging fan noise as the one thing to budget for.

Pros:

• ✅ Up to 5,000 RPM turbofan for maximum airflow
• ✅ Bottom-intake design solves rear-exhaust heat backflow
• ✅ Infinitely variable speed control from 0–5,000 RPM

Cons:

• ❌ Reaches 65 dB at maximum speed
• ❌ Bulkier, less portable than mesh-style pads

Priced around $65–$80, the IETS GT500 delivers turbofan-class cooling at a price that undercuts some of the smart-software competition — provided you can live with the noise.

7. Razer Laptop Cooling Pad — best adaptive smart cooling, especially for Blade owners

The Razer Laptop Cooling Pad takes a different engineering approach than the turbofan units above: a single 140mm high-velocity fan, spinning up to roughly 2,550–3,000 RPM depending on the revision, mounted inside an airtight pressure chamber with foam seals. The pitch isn’t “biggest number on the spec sheet” — it’s intelligent automation. The fan speed adjusts dynamically based on real-time laptop temperature, using either Razer’s recommended presets or a fully custom fan curve built through Razer Synapse software.

What stands out here, based on the spec comparison against the rest of this list, is Razer HyperBoost — a feature that specifically works with compatible Razer Blade laptops to sustain higher power limits by improving thermal headroom, effectively letting the laptop’s own boost algorithm run more aggressively for longer. For non-Blade laptops, the pad still functions as an excellent adaptive cooler; the HyperBoost synergy is simply the added bonus for Razer’s own hardware ecosystem.

Aggregated customer commentary describes the automatic fan-speed adjustment as a genuinely noticeable quality-of-life upgrade compared to fixed-speed pads, alongside consistent praise for the anodized aluminum build quality and the 3-port USB hub. The tradeoff is price: this is the most expensive pad on this list by a wide margin.

Pros:

• ✅ Automatic temperature-based fan speed adjustment
• ✅ Razer HyperBoost synergy for compatible Blade laptops
• ✅ Chroma RGB with 2-year manufacturer warranty

Cons:

• ❌ Highest price point on this list by a wide margin
• ❌ Full customization requires Windows-only Synapse software

The Razer Laptop Cooling Pad generally lands in the $120–$170 range, making it a premium buy best justified either by Razer Blade ownership or a genuine preference for automated, app-driven thermal management.

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Setting Up Your Cooling Pad Correctly: A Practical Usage Guide

Buying the right pad is half the equation — positioning and maintaining it correctly is the other half, and it’s the part most Amazon listings skip entirely. Start by matching your laptop’s intake vent location to the pad’s fan placement; most gaming laptops vent from the rear-center or rear-corners of the underside, so center the densest fan cluster there rather than assuming symmetry does the job automatically. For sealed turbofan pads like the llano V12 RGB or IETS GT500, this alignment matters even more, since a foam gasket that doesn’t fully seal against the chassis loses most of its pressure advantage over a basic mesh pad.

During the first 30 days, the most common mistake is running the fans at maximum speed constantly out of habit. Most pads, including the Kootek 5-Fan Cooling Pad and llano V12 Ultra, offer stepped or variable speed control specifically so you can match airflow to workload — full speed for a three-hour raid, a lower setting for document editing. Running turbofan units at max speed 24/7 accelerates bearing wear and adds unnecessary noise for tasks that never needed it.

Maintenance is genuinely simple but easy to forget: wipe the mesh surface and gently clean fan blades every three to four months, since dust buildup on the pad itself reduces the airflow it can deliver to your laptop’s vents. The same logic applies inside your laptop — a cooling pad can’t compensate for a laptop whose own internal fans and heatsink are clogged with dust. iFixit’s general cleaning guidance is a useful reference here: dust doesn’t just block airflow, it acts as thermal insulation around components, meaning a laptop that’s due for an internal cleaning will underperform even with the best cooling pad money can buy sitting underneath it.

Real-World Scenarios: Which Cooling Pad Fits Your Setup

The competitive FPS player on a budget. If you’re gaming 15+ hours a week on a mid-range laptop with a GTX or lower-tier RTX card, and your main complaint is uncomfortable heat rather than actual stutter, the KLIM Wind or Kootek 5-Fan Cooling Pad solves the problem without overspending. Neither pad will produce dramatic double-digit temperature drops, but both keep sustained sessions comfortable and quiet enough for voice comms.

The RTX-class open-world gamer. Running 100+ watt GPUs through sustained open-world titles or ray-traced games generates real thermal load that mesh pads genuinely struggle with. This is where the llano V12 RGB or IETS GT500 earn their higher price tags — the sealed-chamber approach directly targets the temperature swings that cause visible frame time stutter during long sessions.

The streamer running gaming plus encoding simultaneously. Streaming while gaming loads both the CPU and GPU harder than gaming alone, since video encoding runs concurrently with the game engine. The llano V12 Ultra‘s AI-adjusted cooling is well-suited here, automatically ramping fan speed as encoding load spikes rather than requiring manual adjustment mid-stream.

The Razer Blade owner who wants everything automated. If your laptop specifically supports HyperBoost, the Razer Laptop Cooling Pad is the only option on this list purpose-built to extend your laptop’s own thermal headroom rather than just cooling around it — a genuinely different value proposition than every other pad here.

How to Choose a Gaming Laptop Cooling Pad

1. Match the pad to your laptop’s actual heat output. A laptop that stays under 75°C under gaming load rarely benefits from a turbofan pad — save the money for a mesh option instead.
2. Check size compatibility before anything else. A 15.6-inch pad under a 17-inch laptop leaves intake vents unsupported, undercutting the entire point of the purchase.
3. Decide how much noise you can tolerate. Turbofan units like the IETS GT500 trade noise for cooling power; if you game without headphones in a shared space, that tradeoff matters.
4. Weigh sealed-chamber designs against open mesh fans. Sealed pads cool harder but cost more and weigh more — a real tradeoff, not just a marketing tier.
5. Consider whether smart software adds real value for you. AI-adjusted fan curves on the llano V12 Ultra or Synapse-based control on the Razer Laptop Cooling Pad matter more if your workload intensity varies a lot during a session.
6. Factor in portability if you travel with your laptop. Slim mesh pads like the Havit HV-F2056 pack flat; sealed turbofan units generally don’t.
7. Budget for the whole picture, not just the sticker price. A cheaper pad that needs replacing in a year isn’t necessarily cheaper than a pricier pad with a stronger reliability track record.

Gaming Laptop Cooler Pad vs Laptop Cooler for Gaming: Do “Gaming” and “Cooler” Pads Really Differ?

Shoppers searching for a laptop cooler for gaming versus a gaming laptop cooler pad are usually looking at overlapping products marketed with slightly different keyword emphasis — but a few real distinctions exist. Pads explicitly branded around gaming, like the Razer Laptop Cooling Pad and IETS GT500, tend to prioritize higher fan RPM ceilings and sealed-chamber designs suited to sustained high-wattage GPU loads. Pads marketed more generically as a laptop cooler for gaming or general productivity, like the Havit HV-F2056 and KLIM Wind, prioritize quiet, broad-compatibility multi-fan designs that work fine for moderate gaming but weren’t specifically engineered around RTX-class thermal loads.

The practical takeaway: don’t assume the word “gaming” on the packaging guarantees turbofan-level performance. Check the actual fan RPM, whether the design uses a sealed foam chamber, and the documented temperature-drop figures rather than the marketing category alone. A well-specced general-purpose pad can outperform a poorly-specced “gaming” one, and vice versa.

What to Expect: Real-World Performance

Spec sheets translate to lived experience in a fairly predictable way once you understand the mechanism. Thermal throttling happens when a CPU or GPU nears its maximum safe operating temperature and deliberately reduces clock speed to protect itself, which is why a cooling pad’s real value shows up not as higher peak frame rates, but as fewer dips and more consistent frame times during long sessions. A mesh pad like the Kootek 5-Fan Cooling Pad typically buys back a handful of degrees — often enough to delay throttling onset, not eliminate it entirely under a heavy sustained load.

Sealed turbofan pads change that equation more meaningfully. Independent testing groups measuring the llano V12 RGB and comparable sealed designs have recorded temperature swings large enough to keep a CPU boosting at higher clocks for longer stretches, which is the difference between a laptop that throttles twenty minutes into a session versus one that holds steady for the full match. None of this means a cooling pad turns a budget laptop into a flagship — it means the hardware you already paid for gets to actually run at the speeds it was designed for, more of the time.

Features That Actually Matter (And Those That Don’t)

The RGB lighting feature on pads like the Kootek 5-Fan Cooling Pad, llano V12 RGB, and Razer Laptop Cooling Pad is purely aesthetic — it contributes zero cooling performance, and buyers should treat it as a style preference, not a specification worth paying extra for. What genuinely does matter is the multiple fan system architecture underneath: whether a pad uses several smaller fans spread for broad coverage (like the Kootek 5-Fan Cooling Pad‘s five-fan layout) or a single large sealed turbofan concentrating airflow through a pressure chamber (like the IETS GT500) fundamentally changes cooling behavior, and that architectural choice matters far more than fan count alone.

Height adjustability is a genuinely underrated feature — ergonomic benefits aside, tilting a laptop slightly increases the gap between the chassis and desk surface, which itself modestly improves passive airflow regardless of whether the fans are running. USB hub integration, found on the Kootek 5-Fan Cooling Pad, llano V12 Ultra, and Razer Laptop Cooling Pad, is a legitimately useful bonus for gamers who are perpetually short on ports. What doesn’t matter nearly as much as marketing suggests: maximum advertised RPM in isolation, without context on whether the design actually seals against the laptop chassis to make that airflow count.

High Performance Laptop Cooler Picks for Heavy Gaming Cooling

For genuinely heavy gaming cooling — sustained sessions on an RTX 4070-class or higher GPU, competitive titles run for hours at a stretch, or simultaneous streaming and gaming — a high performance laptop cooler needs to check three boxes: a sealed pressure chamber, a fan capable of sustained high RPM without early failure, and bottom-intake alignment matching your specific laptop. Among the seven pads covered here, the IETS GT500 and Razer Laptop Cooling Pad are the two purpose-built for this tier, with the llano V12 Ultra a close third thanks to its adaptive software layer.

The honest tradeoff at this performance level is always noise and price. A high performance laptop cooler that stays whisper-quiet at maximum output essentially doesn’t exist in this category — the physics of moving enough air to meaningfully cool a 100+ watt gaming laptop chassis requires either high RPM (louder) or larger fan diameter (bulkier), and every pad on this list picks a point somewhere on that tradeoff curve rather than escaping it.

Common Mistakes When Buying a Gaming Notebook Cooling Stand

The single most common mistake is buying a gaming notebook cooling stand sized for a smaller laptop than you own — a 15-inch pad under a 17-inch chassis leaves the rear vents, which handle most of the heat exhaust, completely unsupported. A close second is assuming maximum RPM alone predicts performance; a high-RPM open mesh fan can move less useful air to the actual vents than a moderate-RPM sealed turbofan design, because the seal — not just the spin speed — determines how much of that airflow reaches the heatsink fins instead of leaking out the sides.

Buyers also frequently overlook power requirements. Higher-RPM turbofan pads like the IETS GT500 and Razer Laptop Cooling Pad typically need a wall adapter or a high-output USB-C port rather than a standard USB-A connection, and running one from an underpowered port can mean the fan never reaches its rated speed. Finally, skipping the noise-tolerance question upfront is a recurring regret in aggregated review data — buyers who prioritize maximum cooling numbers without considering their actual gaming environment often end up unhappy with a pad that objectively performs exactly as advertised.

Long-Term Cost & Value: Is a Cooling Pad Worth It?

Total cost of ownership for a cooling pad is refreshingly simple compared to most PC hardware — there’s no ongoing subscription, no consumable parts beyond periodic dusting, and the main variable is how many years of service you get before a fan bearing wears out. Budget mesh pads in the Havit HV-F2056 and Kootek 5-Fan Cooling Pad range typically deliver years of reliable service specifically because they run at lower, gentler RPM — less mechanical stress translates to longer bearing life.

Turbofan units running at 4,000+ RPM sustained, like the IETS GT500, face more wear over time, though sealed industrial-grade bearings are specifically engineered to offset that. The ROI calculation ultimately comes down to usage intensity: for someone gaming an hour a day, a $95–$115 pad like the llano V12 Ultra is genuinely over-engineered for the workload. For someone running sustained multi-hour sessions or professional rendering work several times a week, the same pad can meaningfully extend component lifespan and reduce thermal-related slowdowns — a case where the higher upfront cost amortizes into real, ongoing value.

FAQ

Conclusion

There isn’t one universally “best” gaming laptop cooling pad — there’s a best one for your specific laptop, workload, and noise tolerance. If you’re easing into the idea and want low commitment, the Havit HV-F2056 or KLIM Wind cover the basics without breaking $45. If your laptop is genuinely throttling under an RTX-class GPU, the llano V12 RGB, llano V12 Ultra, or IETS GT500 deliver the sealed-chamber cooling that actually moves the needle on sustained performance. And if you own a compatible Razer Blade and want automated, app-driven thermal management with a manufacturer warranty behind it, the Razer Laptop Cooling Pad is purpose-built for exactly that.

Whichever pad you land on, remember that a cooling pad amplifies — it doesn’t replace — good laptop maintenance. A clean set of internal fans and a properly aligned pad is where the real performance gains happen. Match your pick to your actual heat problem rather than the highest RPM number on the box, and you’ll get a noticeably cooler, quieter, more consistent gaming laptop out of the deal.

✨ Ready to stop watching your frame rate crater mid-match? Pick the cooling pad that matches your setup above and give your laptop the airflow it’s been begging for.

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