You’ve probably found yourself in a situation where you need to move liquids from one place to another, and let’s be honest, doing it manually can be a real chore. Whether it’s siphoning gas from a car, draining an aquarium, or even transferring fuel for a generator during a power outage, those moments often call for a more efficient solution. That’s where the magic of electric liquid transfer pumps comes in, offering a hassle-free way to get the job done quickly and cleanly.
Navigating the world of these handy devices can feel a bit overwhelming with so many options available. But don’t worry, we’re here to make your search for the best electric liquid transfer pumps a breeze. This guide is packed with in-depth reviews and practical advice to help you pinpoint exactly what you need, ensuring your next liquid transfer task is a smooth and successful one.
Before moving into the review of the best electric liquid transfer pumps, let’s check out some of the relevant products from Amazon:
Last update on 2025-09-03 / #ad / Affiliate links / Images from Amazon Product Advertising API
From Draining the Fish Tank to Fueling the Boat: Your Friendly Guide to Electric Liquid Transfer Pumps
Ever found yourself staring at a water-filled fish tank, dreading the thought of lugging buckets, or perhaps wishing you had a quicker way to move that oil from a drum to your lawnmower? We’ve all been there! Manual siphoning can be a messy, time-consuming affair. Thankfully, there’s a solution that’s not only efficient but also surprisingly accessible: electric liquid transfer pumps. These handy devices are designed to take the grunt work out of moving fluids, transforming a tedious chore into a breeze. Think of them as your personal liquid-moving sidekicks, ready to tackle a surprising variety of tasks around your home, garage, or even on your boat.
The world of these pumps might seem a little overwhelming at first, with various types and capabilities on offer. Whether you’re dealing with plain old water, precious fuel, or even something a bit more viscous like oil, there’s an electric pump out there designed for the job. Did you know that some of the most popular models can move up to 20 gallons of liquid per minute? That’s a significant leap from what you could achieve with a simple hose and gravity alone. The convenience factor is undeniable, saving you both time and energy, and often preventing spills that can lead to a bigger mess than you started with.
When we talk about the best electric liquid transfer pumps, we’re looking for a few key things. Reliability is paramount – you want a pump that’s going to start up when you need it and keep going without fuss. Ease of use is another major consideration; nobody wants to spend ages deciphering complicated instructions. And, of course, performance matters. You need a pump that can handle the specific liquid you’re transferring and move it at a reasonable rate. From small, portable units perfect for car maintenance to more robust models for larger jobs, the options are vast.
So, whether you’re a seasoned DIYer, a boat owner, or just someone who appreciates a good tool that simplifies life, understanding the landscape of electric liquid transfer pumps is incredibly useful. We’re here to help you navigate through the options and identify what makes a particular pump stand out from the crowd. Get ready to discover how these ingenious devices can make your fluid-moving tasks a whole lot easier and cleaner, ensuring you’re always equipped with the right tool for the job.
Best Electric Liquid Transfer Pumps – Reviewed
YOUTHINK Electric Transfer Pump
This little guy is a powerhouse, and it’s surprisingly affordable too! If you’re tired of lugging heavy water containers or trying to siphon fuel by mouth (seriously, don’t do that), the YOUTHINK pump is your new best friend. It’s got a really solid build for the price, and the flow rate is impressive. It can zip through a good amount of liquid in no time, making tasks like emptying a fish tank or transferring oil feel like a breeze. Plus, it’s super easy to use – just pop the batteries in, stick the intake hose where you need it, and hit the button.
What really sets the YOUTHINK apart is its versatility. It’s not just for water; people are using this for everything from pumping gas from their lawnmower to moving RV wastewater. The flexible hoses make it easy to reach awkward spots, and the durable construction means it can handle a bit of rough and tumble. It’s the kind of tool that once you have it, you’ll wonder how you ever managed without it. Just remember to keep it clean between uses, especially if you’re switching between different liquids.
Pelaqen Electric Water Transfer Pump
Looking for a reliable workhorse that won’t break the bank? The Pelaqen electric transfer pump definitely fits the bill. This pump is built to last, with a sturdy construction that feels substantial in your hands. It’s designed to move water efficiently, whether you’re draining a water heater, filling a pool cover, or just moving water around the yard. The flow rate is consistent and powerful, so you won’t be waiting around forever for your task to be completed. It’s a no-fuss solution that gets the job done right.
One of the standout features of the Pelaqen is its ease of operation. It’s incredibly user-friendly, which is a huge plus if you’re not super mechanically inclined. You basically just connect the hoses, insert the intake, and turn it on. It’s also designed with safety in mind, which is always a good thing when you’re dealing with liquids. This pump is a fantastic option for homeowners, boaters, and anyone who needs to move water from point A to point B without a lot of hassle.
SEWOSEN Electric Water Transfer Pump
For those who need a bit more power and durability, the SEWOSEN electric water transfer pump is a fantastic choice. This pump feels robust and well-made, and it’s designed to handle more demanding jobs. If you’re looking to drain large water tanks, move water for irrigation, or even deal with some minor flood situations, this pump has the muscle to get it done. The motor is strong, and it delivers a consistent and powerful flow that will impress you with its efficiency.
What makes the SEWOSEN a top contender is its blend of power and convenience. It’s not an overly complicated piece of equipment, but it delivers professional-grade performance. The hoses are a good length and feel durable, and the overall design makes it easy to set up and use in various scenarios. It’s the kind of pump that you can rely on for repeated use, and it’s built to withstand the rigors of regular operation. For anyone who needs a dependable and powerful liquid transfer solution, the SEWOSEN is definitely worth a look.
GOWE Filter Electric Water Pump
This GOWE electric water pump is a smart choice, especially if you’re dealing with water that might have a little debris in it. The built-in filter is a real game-changer, helping to prevent clogs and prolong the life of the pump. It’s a great option for tasks like emptying hot tubs, moving water from ponds, or even just cleaning out garden features. The flow rate is good, and the pump itself feels well-constructed, giving you confidence that it will hold up over time.
The added filtration means you can tackle a wider range of water transfer jobs with less worry about damaging the pump. It’s incredibly easy to use – just connect your hoses, position the intake, and power it up. The simplicity of operation, combined with the practical benefit of the filter, makes this a really user-friendly and effective tool. It’s a solid investment for anyone who frequently moves water and wants to keep their equipment in tip-top shape.
GOSHINE Electric Water Transfer Pump
The GOSHINE electric water transfer pump is a fantastic all-rounder, perfect for a variety of everyday tasks. It’s incredibly straightforward to set up and use, making it ideal for anyone who wants a hassle-free way to move liquids. Whether you’re draining an aquarium, transferring coolant, or simply moving water from one container to another, this pump makes the job quick and easy. The flow rate is impressive for its size, and it operates smoothly without a lot of noise.
What’s really appealing about the GOSHINE is its user-friendly design and portability. It’s lightweight enough to carry around easily, and the simple on/off switch means there’s no complicated operation. It’s the kind of pump that you can keep handy for a multitude of uses around the house, garage, or even for recreational activities like boating. For a reliable, no-nonsense electric transfer pump that delivers consistent performance, the GOSHINE is an excellent choice.
Why You Need an Electric Liquid Transfer Pump
Ever found yourself wrestling with a garden hose trying to siphon water for your pool, or struggling to empty a leaky boat bilge? These common frustrations are exactly why an electric liquid transfer pump becomes an indispensable tool for homeowners and hobbyists alike. Instead of relying on back-breaking manual siphoning or messy bucket brigades, these pumps offer a clean, efficient, and remarkably easy way to move liquids from one place to another. Imagine needing to quickly drain a flooded basement after a storm, or transferring fuel for your lawnmower without spills. That’s where the magic of an electric pump truly shines, saving you time, effort, and potential mess.
Think about those times you’ve had to empty a fish tank for cleaning, or perhaps move water from your rain barrel to water your vegetable garden. Manual methods are tedious and often lead to awkward spills. A good electric liquid transfer pump, like some of the best on the market, makes these tasks a breeze. They’re designed for convenience, often featuring powerful yet quiet motors that get the job done quickly. You simply place the intake hose in the source liquid, the outlet hose where you want it to go, press a button, and let the pump do the heavy lifting. It’s an upgrade in efficiency and a definite step up in comfort.
Beyond simple convenience, these pumps offer significant practical benefits. Need to winterize your RV or boat by draining the freshwater system? An electric pump handles this efficiently, preventing freeze damage. Trying to move oil from your car for an oil change? A dedicated transfer pump makes it cleaner and safer than traditional methods. The ability to precisely control the flow and avoid accidental spills is a major advantage, especially when dealing with valuable or potentially hazardous liquids. They are versatile, powerful, and ultimately, a smart investment for anyone who regularly deals with moving liquids.
Investing in a quality electric liquid transfer pump isn’t just about avoiding inconvenience; it’s about enhancing your capabilities and protecting your property. Whether it’s a minor household task or a more involved maintenance job, having the right tool makes all the difference. From preventing water damage in your home to ensuring your recreational vehicles are properly maintained, these pumps offer peace of mind and a significantly improved experience. They are a testament to how smart technology can simplify everyday challenges and make our lives just a little bit easier.
Types of Electric Liquid Transfer Pumps
Electric liquid transfer pumps come in various designs, each suited for specific applications and liquid types. Understanding these differences is crucial for making an informed purchase. The most common types include submersible pumps, diaphragm pumps, and rotary vane pumps. Submersible pumps are designed to be fully immersed in the liquid, offering efficient transfer for applications like draining flooded basements or aquariums. Diaphragm pumps, on the other hand, are often used for transferring chemicals and slurries due to their ability to handle solids and their self-priming capabilities. Rotary vane pumps are known for their high efficiency and continuous flow, making them ideal for transferring fuels, oils, and other viscous liquids.
Another significant distinction lies in the power source. While most electric transfer pumps run on standard household AC power, some are designed for DC operation, allowing them to be powered by batteries or vehicle electrical systems. This is particularly useful for mobile applications, such as transferring fuel from a vehicle or powering pumps in remote locations. The voltage and amperage requirements will vary depending on the pump’s motor size and intended use, so it’s important to match the power source to the pump’s specifications.
The materials used in pump construction also play a vital role in determining their suitability for different liquids. For corrosive chemicals, pumps made from chemically resistant plastics like polypropylene or PVC are essential. For oil and fuel transfer, metal components like brass or stainless steel are often preferred for durability and compatibility. Selecting the right material ensures longevity and prevents contamination of the transferred liquid.
Key Features to Consider
When evaluating electric liquid transfer pumps, several key features should be at the forefront of your decision-making process. Firstly, consider the flow rate, typically measured in gallons per minute (GPM) or liters per minute (LPM). This metric indicates how quickly the pump can move liquid. The required flow rate will depend on the volume of liquid you need to transfer and the time constraints of your task.
Secondly, the head pressure, or lift, is a critical factor. This refers to the maximum vertical distance the pump can push liquid. Ensure the pump’s head pressure rating exceeds the required vertical lift for your application to guarantee effective transfer. Similarly, the suction lift capability, or how high the pump can draw liquid from a lower level, is important for certain setups, especially for self-priming pumps.
Thirdly, consider the pump’s durability and build quality. Look for robust construction, high-quality motor components, and seals that are resistant to the specific liquids you intend to transfer. Features like thermal overload protection can prevent motor damage from overheating, extending the pump’s lifespan. Ease of use, including simple connections, intuitive controls, and portability, are also valuable considerations.
Maintenance and Safety Precautions
Proper maintenance is essential for ensuring the longevity and optimal performance of your electric liquid transfer pump. Regular cleaning of the pump housing, impeller, and intake/outlet ports is crucial to prevent blockages and maintain efficient flow. Depending on the type of pump and the liquids being transferred, flushing the pump with clean water or a compatible solvent after each use can prevent residue buildup and corrosion.
Safety should always be the top priority when operating any electric pump. Always ensure the pump is disconnected from the power source before performing any maintenance or cleaning. Wear appropriate personal protective equipment (PPE), such as gloves and eye protection, especially when dealing with hazardous or corrosive liquids. Never operate a pump in an area where flammable vapors are present, as the electric motor can be a source of ignition.
Furthermore, inspect the power cord and plug for any signs of damage before each use. Ensure that all connections are secure and watertight to prevent leaks. For submersible pumps, verify that they are placed on a stable surface and are not positioned in a way that could obstruct the intake. Adhering to these safety precautions will not only protect you but also the equipment and the surrounding environment.
Applications and Use Cases
Electric liquid transfer pumps are versatile tools with a wide array of practical applications across various sectors. In homes, they are invaluable for tasks such as draining water heaters, siphoning flooded basements or garages, and transferring water for garden irrigation or pool maintenance. For hobbyists and DIY enthusiasts, they can be used for transferring fuel for generators or recreational vehicles, or even for moving liquids in crafting projects.
In agricultural settings, these pumps are used for transferring water for irrigation systems, dispensing fertilizers, and moving animal feed slurries. They can also be found in automotive workshops for draining engine oil, coolant, or other fluids during vehicle maintenance. Their portability and ease of use make them ideal for on-site applications where a constant water supply or a reliable method for fluid removal is needed.
Beyond domestic and automotive uses, electric liquid transfer pumps are critical in industrial environments. They are employed for moving chemicals in manufacturing processes, circulating fluids in heating and cooling systems, and for dewatering construction sites. Their ability to handle different viscosities and chemical compositions makes them indispensable for maintaining operational efficiency and safety in diverse industrial operations.
Your Friendly Guide to Finding the Best Electric Liquid Transfer Pumps
Hey there! So, you’re in the market for an electric liquid transfer pump, huh? That’s fantastic! Whether you’re draining a water heater, moving fuel, or even just emptying a fish tank, these little workhorses can save you a ton of time and effort. I totally get it – navigating all the options out there can feel a bit overwhelming, like trying to find the perfect playlist for a road trip. But don’t worry, that’s exactly why I’m here! Think of me as your pump-picking pal, ready to walk you through everything you need to know to snag the best electric liquid transfer pumps for your specific needs. We’ll chat about what really matters, so you can make a confident decision and get back to whatever project you’ve got lined up. Let’s dive in!
1. What Kind of Juice Are We Moving? (Liquid Type and Viscosity)
This is probably the most crucial piece of the puzzle. Not all pumps are created equal when it comes to the liquids they can handle. If you’re dealing with plain old water, most pumps will do the trick beautifully. But what if you’re trying to siphon gasoline for your generator, or maybe that thick oil from your car’s engine? Those situations call for a pump specifically designed for those types of fluids. Pumping a viscous liquid, like oil or syrup, through a pump meant for thin liquids is a recipe for disappointment, and potentially a very messy situation.
Think about it like this: you wouldn’t use a straw to drink a milkshake, right? You need something with a bit more oomph. The same principle applies to pumps. Pumps have different impeller designs and motor strengths tailored to different viscosities. Always check the product description or ask the manufacturer if a pump is suitable for the specific liquid you intend to transfer. Getting this wrong can not only damage the pump but also create safety hazards, especially when dealing with flammable or corrosive liquids.
2. How Much Can It Move? (Flow Rate and GPM)
Next up, let’s talk about how quickly you need that liquid to move. This is usually measured in gallons per minute (GPM) or liters per minute (LPM). If you’ve got a massive job, like draining a swimming pool, you’ll want a pump with a high GPM to get it done in a reasonable time. On the other hand, for smaller tasks, like topping off a small engine or transferring a few gallons of water, a lower GPM might be perfectly sufficient and might even be more efficient.
Imagine you’re filling up a big bucket versus a small cup. You wouldn’t use the same size hose for both, would you? The flow rate is the pump equivalent of that hose size. It dictates how quickly the liquid will be transferred. Consider the size of the container you’re filling or emptying, and how much time you’re willing to dedicate to the task. Often, manufacturers will list a “maximum” flow rate, but this is usually under ideal conditions with a very short hose and no lift. It’s always a good idea to factor in some reduction for real-world usage.
3. How High Does It Need to Go? (Head Height and Lift Capability)
This factor is all about gravity and how much “push” the pump can provide. Head height, often measured in feet or meters, tells you the maximum vertical distance the pump can lift or push the liquid. If you’re draining a basement or transferring liquid from a lower tank to a higher one, this is a really important consideration. A pump with a low head height simply won’t be able to get the job done if the destination is significantly higher than the source.
Think about trying to drink water from a very tall glass with a short straw. You’d be working way too hard and likely wouldn’t get much liquid! The pump’s head height is like the length of that straw. If you need to move liquid uphill, or even just overcome the friction of a long hose, you need a pump that’s got enough grunt. Always err on the side of caution and look for a pump with a head height that comfortably exceeds your expected vertical lift. It’s better to have a little extra power than not enough.
4. What’s Powering It? (Power Source and Voltage)
This might seem obvious, but it’s worth double-checking! Electric pumps run on different power sources. The most common are AC (alternating current) for household outlets and DC (direct current) for battery-powered operation, often found in vehicles. If you’re working around the house, an AC pump is likely your go-to. But if you need portability or are working where there’s no electricity, a DC pump that can run off your car battery or a portable power station is a lifesaver.
Consider where you’ll be using the pump most. Will it always be plugged into a wall socket, or will you be out in the field? If you’re thinking about portability, a battery-powered DC pump might be the ticket. Just be mindful of the battery life – you don’t want your pump dying halfway through a critical task! If you’re going with an AC pump, make sure you have access to the correct voltage outlet. Nobody wants to find out their pump needs a different plug type at the last minute.
5. How Long Will It Last? (Durability and Construction Materials)
When you’re investing in a tool, you want it to be built to last, right? The materials used in the pump’s construction have a huge impact on its durability and resistance to wear and tear. If you’re frequently pumping abrasive liquids or chemicals, you’ll need a pump made from robust materials like stainless steel or reinforced plastics. For more general-purpose use, less robust materials might be fine, but it’s always good to know what you’re getting.
Think about the environment the pump will be operating in. Will it be exposed to the elements, or kept in a clean workshop? Pumps designed for outdoor use or with corrosive liquids will often feature weather-resistant coatings or specific chemical-resistant seals. Reading reviews from other users who have put similar pumps through their paces can be incredibly insightful here. They can often point out strengths and weaknesses in build quality that aren’t immediately apparent from the product description.
6. Is It Easy to Use and Maintain? (Ease of Operation and Maintenance)
Let’s be honest, we all appreciate tools that make our lives easier, not more complicated. Consider how easy the pump is to set up and operate. Does it have intuitive controls? Are the connections straightforward? Some pumps come with features like auto-shutoff or primer systems, which can significantly simplify the process, especially for beginners. And what about maintenance? Is it easy to clean or replace parts if needed?
Imagine trying to assemble a complicated piece of furniture with unclear instructions. That’s how a difficult-to-use pump can feel! Look for features that streamline the process. A pump with a self-priming capability, for instance, means you don’t have to worry about manually filling it with liquid before it starts pumping – it does it all by itself! Also, if you anticipate needing to replace parts like impellers or seals down the line, check if they are readily available and easy to swap out.
7. What Do Others Say? (Reviews and Brand Reputation)
Before you click that “buy” button, it’s always a smart move to see what other people are saying. Online reviews are a treasure trove of real-world experiences. They can highlight common issues, praise specific features, and give you a good idea of a pump’s overall reliability. Don’t just look at the star ratings; read the actual comments to understand why people are giving those ratings.
Think of it like asking a friend for a recommendation before buying a new gadget. You want to know if it actually works as advertised and if it’s a good value. A strong brand reputation often means a company stands behind its products and has a history of quality manufacturing. If you’re struggling to find information on a particular pump or brand, that might be a small red flag. When looking for the best electric liquid transfer pumps, paying attention to what others have experienced can save you a lot of headaches.
Frequently Asked Questions
What exactly is an electric liquid transfer pump and what is it used for?
An electric liquid transfer pump is a fantastic little gadget designed to move liquids from one place to another using an electric motor. Think of it as a miniature, portable pump that you can hook up to a power source. They’re incredibly handy for all sorts of tasks, whether you’re draining a fish tank, transferring fuel from a drum to a lawnmower, or even just moving water from a flooded basement. It really takes the muscle work out of it!
Essentially, these pumps use an impeller or diaphragm driven by an electric motor to create suction and push the liquid through a hose. They’re a real lifesaver when you need to move liquids quickly and efficiently without all the messy siphoning or heavy lifting. So, if you’ve got a liquid moving job that feels a bit too much like hard labor, an electric transfer pump is probably your best friend.
Are these pumps safe to use with flammable liquids like gasoline or diesel?
This is a super important question, and the answer is: it depends! You absolutely must check the pump’s specifications to ensure it’s rated for use with the specific flammable liquid you plan to transfer. Many pumps are designed for water or non-flammable fluids only. Using the wrong pump with gasoline or diesel can create sparks from the motor or switch, leading to a very dangerous situation.
Always look for pumps that are specifically marked as safe for use with fuels or flammable liquids. These often have features like explosion-proof motors or grounding capabilities to mitigate the risk of ignition. When in doubt, err on the side of caution and stick to pumps designed for water or other less volatile substances. Safety first is always the best policy!
How do I choose the right flow rate for my needs?
Figuring out the right flow rate is all about matching the pump’s speed to how quickly you need the liquid moved. If you’re just topping off a small tank or draining a shallow area, a lower flow rate might be perfectly fine and give you more control. However, if you’re trying to empty a large container or need to get the job done quickly, you’ll want to look for a pump with a higher flow rate.
Think about the volume of liquid you’ll be moving and how much time you have. Most pumps will list their flow rate in gallons per minute (GPM) or liters per hour (LPH). You can often find this information in the product’s specifications or the manufacturer’s manual. It’s a good idea to estimate the job beforehand; for example, if you need to move 50 gallons and want it done in 5 minutes, you’d be looking for a pump with at least a 10 GPM flow rate.
What kind of power source do these pumps typically use?
That’s a great question, and the variety of power sources makes them really versatile! Many electric liquid transfer pumps are designed to run off standard household outlets, typically 120V AC. This is super convenient if you’re working around your house, in your garage, or at a workshop where you have easy access to electricity.
However, you’ll also find many portable options that run on lower voltage DC power, most commonly 12V DC. These are fantastic for use with vehicle batteries, like when you’re transferring fuel to or from a car, boat, or RV. There are even some rechargeable battery-powered models that offer the ultimate in portability, allowing you to pump without being tethered to a power source at all.
How important is the pump’s lift height or head pressure?
The lift height, often referred to as the “head,” is incredibly important because it tells you how high the pump can push the liquid vertically. If you’re pumping liquid from a lower container to a higher one, you need to make sure the pump’s maximum lift height is greater than the vertical distance you need to cover. If the required lift is more than the pump can handle, the liquid simply won’t reach its destination.
Similarly, head pressure relates to the resistance the pump can overcome. Think of it as the “oomph” the pump has to push the liquid through any kinks in the hose or against other forces. For most typical transfer tasks, a decent lift height is sufficient. However, if you’re pushing liquid through long hoses, filters, or against a significant incline, you’ll want a pump with good head pressure to ensure efficient flow.
Can I use these pumps for both clean and dirty water?
For many electric transfer pumps, especially those designed primarily for tasks like draining pools or basements, handling some level of debris or sediment is expected. These pumps often have strainers or filters built into the intake to prevent larger particles from clogging the impeller. However, it’s crucial to check the product description as some are specifically designed for clean water only.
If you anticipate pumping very dirty water with a lot of grit or debris, it’s best to look for pumps that are specifically labeled as submersible utility pumps or those designed for bilge water. These are typically built with more robust materials and impeller designs to handle harsher conditions without quickly wearing out. Using a pump not designed for dirty water can lead to premature failure and frustration.
What kind of maintenance do these pumps typically require?
Thankfully, most electric liquid transfer pumps are designed to be pretty low-maintenance, which is a big plus! For basic use, especially with clean water, a quick rinse of the intake and hose after each use can help prevent any residue buildup. It’s also a good idea to store them in a dry place, protected from the elements.
If you’re using them for anything other than plain water, like oils or fuels, it’s even more important to clean them thoroughly after each use according to the manufacturer’s instructions. This prevents cross-contamination and keeps the pump running smoothly. Periodically checking the power cord for any damage and ensuring the intake screen is clear of debris are also simple steps that can extend the life of your pump significantly.
Final Verdict
So, there you have it, folks! You’re now armed with the knowledge to navigate the world of electric liquid transfer pumps and pinpoint the perfect one for your needs. Whether you’re tackling a small DIY project or a more involved task, understanding what makes a pump a winner – from flow rate to portability – sets you up for success. Think of this guide as your compass, pointing you towards efficiency and a whole lot less manual labor.
Now, go forth and conquer those liquid-moving challenges! The satisfaction of having the right tool for the job, especially when it comes to finding the best electric liquid transfer pumps, is truly empowering. Embrace that feeling of preparedness, knowing you’ve made an informed choice that will make your tasks smoother, quicker, and dare we say, even a little bit enjoyable. Get ready to experience the convenience and power that these innovative pumps bring to the table!