Traditional toilets are the original porcelain thrones, they feature a larger flush volume. Homeowners often replace them with low-flow models, but there are people who favor non-low-flow toilet models for their powerful flush performance and minimal clogging issues.
Ever walked into a bathroom and felt like you’ve traveled back in time? Chances are, you’ve just encountered a classic standard-flush toilet. These aren’t your sleek, water-sipping modern models; these are the OGs, the ones that really get the job done (sometimes with a little too much gusto, if you catch our drift). Especially if you own an older home, you’re probably quite familiar with these water-guzzling champions.
Think of it this way: modern low-flow toilets are like those super-efficient hybrid cars, sipping fuel and saving the planet (one flush at a time). Standard-flush toilets, on the other hand, are the vintage muscle cars of the toilet world – powerful, reliable, but maybe not the most environmentally friendly. They have a history.
But before you rush out to replace that old reliable throne, let’s get acquainted. This blog post is your complete guide to understanding everything about standard-flush toilets. We’re diving deep into their inner workings, uncovering common problems, and even sharing some DIY maintenance tips to keep them going. Whether you’re a curious homeowner, a budding plumber, or just someone who appreciates the simple things in life (like a properly flushing toilet), you’ve come to the right place. Consider this your ultimate standard-flush toilet crash course. By the end, you’ll be able to confidently identify every part, troubleshoot common issues, and even decide whether it’s time to upgrade or stick with the classic. Ready to flush away your confusion? Let’s get started!
Contents
- 1 Decoding the Porcelain Throne: A Look Inside Your Standard-Flush Toilet
- 1.1 The Component Cast: Meet the Stars of Your Toilet
- 1.1.1 The Toilet Bowl: The Stage Itself
- 1.1.2 The Toilet Tank: Water Reservoir
- 1.1.3 The Flush Valve: Releasing the Floodgates
- 1.1.4 The Flapper: Sealing the Deal
- 1.1.5 The Fill Valve (Ballcock): Refilling the Tank
- 1.1.6 The Float: Water Level Master
- 1.1.7 The Siphon Jet/Siphon: Creating the Vortex
- 1.1.8 The Trapway: The Exit Route
- 1.1.9 The Toilet Seat: Comfort Zone
- 1.1.10 The Toilet Handle/Lever: Initiating the Flush
- 1.1.11 The Wax Ring: The Leak Preventer
- 1.1.12 The Closet Bolts: Securing the Throne
- 1.1.13 The Supply Line: The Water Connection
- 1.1.14 The Shut-Off Valve: The Emergency Switch
- 1.1 The Component Cast: Meet the Stars of Your Toilet
- 2 Types of Standard-Flush Toilets: Navigating the Options
- 3 Materials Matter: What Standard-Flush Toilets Are Made Of
- 4 The Not-So-Shiny Side: Drawbacks of Standard-Flush Toilets
- 5 6. Maintenance and Minor Repairs: Keeping Your Toilet Functional
- 6 When It’s Time to Say Goodbye: Replacing a Standard-Flush Toilet
- 7 Legislation and Water Conservation: The Bigger Picture
- 7.1 The Energy Policy Act of 1992: The Low-Flow Revolution
- 7.2 Why Water Conservation Matters (And Why You Should Care)
- 7.3 Balancing Performance with Responsibility
- 7.4 What defines a non-low-flow toilet?
- 7.5 How does the flushing mechanism of a standard toilet work?
- 7.6 What are the common problems associated with high-flow toilets?
- 7.7 Why were traditional toilets designed to use so much water?
Decoding the Porcelain Throne: A Look Inside Your Standard-Flush Toilet
Ever wonder what goes on inside that porcelain throne every time you flush? It’s more than just swirling water and disappearing acts! Your standard-flush toilet is a marvel of simple engineering, and understanding its anatomy can save you from future headaches (and plumbing bills!). Let’s embark on a hilarious and informative journey through the inner workings of this everyday appliance.
The Component Cast: Meet the Stars of Your Toilet
Imagine your toilet as a stage play. Each component has a role to play in the grand performance of flushing. Let’s introduce the cast:
The Toilet Bowl: The Stage Itself
This is where the magic happens! The toilet bowl’s design is all about containing waste and directing it towards its final destination. Its smooth, curved surface helps everything slide down easily (you’re welcome for that visual!).
The Toilet Tank: Water Reservoir
Think of this as the water tower for your toilet. It stores the water needed for a powerful flush. Inside, you’ll find all sorts of levers, valves, and floats – the brains of the operation.
The Flush Valve: Releasing the Floodgates
This is the gatekeeper that controls the flow of water from the tank to the bowl. When you flush, the flush valve opens, unleashing a torrent of water to carry waste away.
The Flapper: Sealing the Deal
This rubbery superhero acts as a seal, preventing water from leaking from the tank into the bowl when you’re not flushing. Wear and tear can cause the flapper to fail, leading to a running toilet and wasted water.
The Fill Valve (Ballcock): Refilling the Tank
After a flush, this hardworking component springs into action, refilling the tank with water. It’s a crucial piece in the puzzle!
The Float: Water Level Master
This clever device monitors the water level in the tank and signals the fill valve to stop when the tank is full, preventing overflow. If your float is malfunctioning, you might end up with water everywhere!
The Siphon Jet/Siphon: Creating the Vortex
This ingenious design feature creates a powerful suction that helps to empty the bowl quickly and efficiently. It’s the secret behind the satisfying whoosh of a successful flush.
The Trapway: The Exit Route
This is the curved pathway that waste takes out of the bowl and into your plumbing system. Its design helps prevent sewer gases from entering your home – phew!
The Toilet Seat: Comfort Zone
Ah, the throne itself! Toilet seats come in various shapes, sizes, and materials, offering varying levels of comfort. Whether it’s wood or plastic, this is your personal perch.
The Toilet Handle/Lever: Initiating the Flush
This is your command center, triggering the flushing mechanism when you push or pull it. It’s the starting gun for the entire flushing process.
The Wax Ring: The Leak Preventer
This unsung hero creates a watertight seal between the toilet and the floor, preventing nasty leaks and water damage. It’s essential for a happy, dry bathroom.
The Closet Bolts: Securing the Throne
These bolts hold the toilet securely to the floor, ensuring it doesn’t wobble or move. Nobody wants a shaky toilet!
The Supply Line: The Water Connection
This flexible hose connects the toilet to your home’s water supply, providing the lifeblood for flushing.
The Shut-Off Valve: The Emergency Switch
This essential valve allows you to turn off the water supply to the toilet for maintenance and repairs. It’s your lifesaver when things go wrong.
Okay, so you’re sticking with a standard-flush toilet, huh? No judgment here! They’re like the reliable old pickup trucks of the bathroom world – simple, sturdy, and they get the job done. But even in the world of standard-flush toilets, there are choices to be made. It’s not as simple as “Does it flush?” You’ve got to consider the nuances!
Let’s dive into the different types you might encounter. Think of this as your toilet-shopping cheat sheet. Trust me; your bum will thank you later.
Two-Piece Toilets vs. One-Piece Toilets
This is where form meets function – and maybe a little bit of your budget.
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Two-Piece Toilets: These are your classic, bread-and-butter toilets. They come in, you guessed it, two pieces: the tank and the bowl. They are typically more budget-friendly and often easier to install because you can handle each piece separately. However, that little seam where the two pieces meet can be a bit of a grime magnet. Nobody wants extra scrubbing, right?
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One-Piece Toilets: Sleek and modern, these toilets have the tank and bowl molded together into a single unit. This means fewer nooks and crannies for dirt to hide, making cleaning a breeze. They often have a more streamlined look but come with a higher price tag and can be a bit more awkward to install due to their weight and size. Think of it as trading dollars for elbow grease (or hiring a pro).
Round-Front Toilets vs. Elongated Toilets
This choice is all about space and comfort.
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Round-Front Toilets: These are the space-savers. If you’ve got a smaller bathroom, a round-front toilet can be a lifesaver. They tuck in nicely and don’t take up as much real estate. However, some folks find them less comfortable for, ahem, extended stays.
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Elongated Toilets: These offer more seating area, making them the choice for those who prioritize comfort. They do stick out a bit further, so make sure you have the room before you commit. It’s all about that throne-like experience.
Floor-Mounted Toilets
Honestly, these are the standard. Unless you’re dealing with a super fancy or custom bathroom setup, you’re probably getting a floor-mounted toilet. They’re exactly what they sound like: toilets that sit directly on the floor. Simple, reliable, and the most common installation type.
Gravity-Feed Toilets
The original gangsters of the toilet world. Gravity-feed toilets use, well, gravity, to do their thing. Water rushes out of the tank and into the bowl, creating a siphoning action that whisks away waste. They’re simple in design, have fewer parts that can break, and are generally more affordable. But, they might not always pack the most powerful punch when it comes to flushing.
Pressure-Assisted Toilets
Now we’re talking power! Pressure-assisted toilets use compressed air to give the flush an extra boost. This makes them great for homes with older plumbing or situations where you need a little extra “oomph” to prevent clogs. However, they can be a bit louder than gravity-feed toilets, and they tend to be more expensive. Think of it as the muscle car of toilets – powerful but not exactly subtle.
Materials Matter: What Standard-Flush Toilets Are Made Of
Alright, let’s talk materials. It’s not the sexiest topic, I know, but trust me, understanding what your toilet is made of is crucial. It’s like knowing what ingredients go into your favorite dish – you appreciate it more! So, what exactly are these porcelain thrones crafted from? Let’s dive in!
Vitreous China: The King of the Ceramics
First up, we have vitreous china. This stuff is basically the superstar of toilet construction. Why? Because it’s durable, stain-resistant, and just generally tough. It’s been fired at a high temperature, creating a non-porous surface that’s easy to clean and resistant to all sorts of bathroom grime.
Think of it as the superhero of toilet materials – standing strong against whatever you (or your family) throws at it. You’ll find vitreous china used for both the toilet bowl and the tank, making it the backbone of your trusty throne.
Porcelain: Vitreous China’s Twin?
Now, let’s muddy the waters slightly (pun intended!). You’ll often hear the term porcelain used interchangeably with vitreous china. And honestly, in most cases, it’s fine to do so. Vitreous china is actually a type of porcelain. The key difference, if you really want to get technical, is that vitreous china has an added coating to make it even more water-resistant and durable than standard porcelain. So, think of it as porcelain plus.
Plastic: Lightweight and Budget-Friendly
Next on our list is plastic. Now, plastic doesn’t make up the main structure of the toilet, but you’ll often find it in the toilet seat and sometimes in certain internal components. Plastic is cheap, water-resistant, and easy to mold, making it a great option for parts that don’t need to withstand extreme wear and tear. It may not have the luxury feel of vitreous china, but it gets the job done, especially if you’re on a budget.
Rubber/Silicone: The Flexible Sealant
Ah, rubber and silicone – the unsung heroes of leak prevention! You’ll find these materials used in seals and the flapper. Their superpower? Flexibility and resistance to water damage. They create a tight seal, preventing leaks and keeping your water bills in check. Without these guys, your toilet would be a drippy, water-wasting mess. Look after them and your pocket will thank you
Metal: Strength Where It Counts
Last but not least, we have metal. You’ll find metal used in the lever (the flush handle), the chain connecting the lever to the flapper, and various internal parts. Metal brings strength and durability to the table. You want a flush handle that won’t snap off after a few uses, right? That’s where metal comes in. While it’s not as prevalent as vitreous china, metal is a crucial component in ensuring your toilet works reliably.
The Not-So-Shiny Side: Drawbacks of Standard-Flush Toilets
Alright, let’s be real. Standard-flush toilets have been the throne room champions for decades, but they’re not without their quirks – especially when we start talking about saving the planet and keeping our water bills in check. These trusty old fixtures were designed in a time when water seemed endless, and that design ethos definitely shows today. If you’re rocking a vintage home, you might be sitting on a standard-flush toilet, so let’s dive into what you should watch out for.
Water Consumption: The Thirst Trap of Toilets
Here’s the kicker: Standard-flush toilets are thirsty. We’re talking 3.5 to 7 gallons per flush (GPF), sometimes even more! Now, compare that to the 1.6 GPF mandated for newer toilets, and you can see where this is going. That extra water adds up quickly, impacting both your water bill and our precious environment. Imagine filling a small bucket every time you flush – that’s basically what you’re doing, and it’s a habit our planet can’t really afford anymore.
Plumbing Codes: Outlaws of the Modern Age
In some areas, installing a standard-flush toilet in a new build or during a major renovation is like showing up to a party in bell-bottoms – technically allowed, but definitely not the trend. Many municipalities have adopted stricter plumbing codes that require low-flow toilets. So, before you go installing a relic, be sure to check your local regulations to avoid any code violations or plumbing penalties.
Septic Systems: Overloading the Tank
If you’re on a septic system, listen up! Standard-flush toilets can put a serious strain on your tank. All that extra water means more frequent pumping, which translates to more money down the drain (pun intended!). It’s like inviting a dozen extra guests to a potluck – your septic system might just groan under the pressure.
Older Homes: Pipe Dreams and Plumbing Nightmares
Old homes have character, but their plumbing isn’t always as forgiving. Standard-flush toilets, with their larger water volume, can sometimes overwhelm older, narrower pipes, leading to potential backups and plumbing headaches. It’s like trying to force a firehose through a garden hose – not a pretty picture.
Hard Water: The Mineral Menace
Hard water, with its high mineral content, is the nemesis of all things plumbing. In standard-flush toilets, hard water can lead to mineral buildup in the tank and bowl, affecting the performance of the flushing mechanism. This buildup can cause issues like a weak flush or a constantly running toilet, turning your dependable throne into a frustrating fixture.
Clogging: The Unpleasant Reality
Let’s face it, clogs happen. But standard-flush toilets, with their less efficient flushing action compared to some modern models, can be more prone to blockages. It’s like trying to clear a busy intersection with a bicycle instead of a traffic cop – things can get backed up pretty quickly. While it might be tempting to flush multiple times to clear the clog, remember all the water usage mentioned above…
6. Maintenance and Minor Repairs: Keeping Your Toilet Functional
Let’s face it, your standard-flush toilet, while a reliable workhorse, isn’t exactly a “set it and forget it” appliance. It’s more like that classic car you love – it needs a little TLC now and then to keep running smoothly. Thankfully, keeping your trusty throne functional doesn’t require a plumbing degree. With a few simple steps and a little know-how, you can tackle most common issues.
Common Problems and Solutions: A Troubleshooting Guide
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Leaks: Uh oh, that dreaded trickle sound! Leaks are sneaky water-wasters and can damage your floors. The usual suspects? The flapper (that rubbery thing at the bottom of the tank) or the fill valve. For the flapper, check for wear and tear. If it looks cracked or warped, it’s time for a replacement – a cheap and easy fix! If it’s the fill valve, try adjusting the water level. Sometimes, a simple tweak is all it takes.
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Running Toilet: Ever feel like your toilet’s got a personal vendetta against your water bill? A constantly running toilet is a sign something’s amiss. Often, it’s related to the flapper not sealing properly. Make sure there’s no debris caught underneath it, and that the chain connecting it to the handle isn’t too loose or too tight. Again, a worn flapper is a common culprit here.
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Weak Flush: That anemic swirl just not cutting it? A weak flush can be caused by several factors. First, check the water level in the tank – it might be too low. Adjust the fill valve to increase the water level. A worn flapper can also be the culprit, as it’s not allowing enough water to rush into the bowl.
Essential Tools: Your Plumbing Arsenal
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Plunger: The mighty plunger – a true hero in the battle against minor clogs! Remember the technique: create a tight seal over the drain opening, then use firm, up-and-down motions to dislodge the blockage. Think of it as giving your toilet a good, solid hug.
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Toilet Auger (Snake): When the plunger fails, it’s time to bring out the big guns! A toilet auger, also known as a toilet snake, is a flexible tool designed to break up or retrieve stubborn clogs that are further down the drain. Gently insert the auger into the drain opening and rotate it to work through the clog. Be careful not to force it, as you could damage the toilet.
Step-by-Step Repair Procedures: DIY Plumbing at its Finest
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Replacing a Flapper:
- Turn off the water supply to the toilet (usually a valve located behind the toilet).
- Flush the toilet to drain the tank.
- Detach the old flapper from the chain and the flush valve.
- Attach the new flapper to the flush valve and connect the chain.
- Adjust the chain length so the flapper seals properly.
- Turn the water supply back on and test the flush.
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Adjusting the Fill Valve:
- Locate the fill valve assembly in the tank.
- Identify the adjustment mechanism (it might be a screw, a clip, or a float arm).
- Turn the adjustment mechanism to raise or lower the water level.
- Flush the toilet to test the water level and adjust as needed.
It’s always a good idea to consult YouTube for visual aids! Seriously, watching someone else do it can make all the difference. With a little patience and these tips, you can keep your standard-flush toilet functioning like a champ, saving you money and the hassle of calling a plumber for every little hiccup.
When It’s Time to Say Goodbye: Replacing a Standard-Flush Toilet
Okay, so you’ve been patching up that old standard-flush toilet for ages. Maybe you’re tired of the constant tinkering, or perhaps you’ve just had it with the hefty water bills. Let’s be real, sometimes the best solution is to just bite the bullet and replace it. But how do you know when it’s truly time to say “bye-bye” to your old throne?
Replacement Considerations
Reasons to Replace: Is it time to upgrade?
First things first, let’s talk about why you’d even consider a replacement. Is your toilet requiring more attention than your needy houseplant? Are you constantly battling leaks, or does it seem like you’re always plunging? Frequent repairs are a major red flag. And if you spot any water damage around the base, that’s another sign things aren’t looking good.
Of course, sometimes it’s not about necessity but about wanting an upgrade. Maybe you’re looking to conserve water, or perhaps you just want a modern, more stylish toilet that doesn’t look like it came straight out of the 70s. Either way, the motivation is valid!
Step-by-Step Replacement Guide: The DIY Route
So, you’ve decided to take the plunge (pun intended!). Here’s a basic guide to replacing your standard-flush toilet:
- Shut Off The Water Supply: This is your starting point. Find the shut-off valve (usually behind the toilet) and turn it clockwise until the water stops flowing.
- Disconnect the Supply Line: Place a bucket under the supply line to catch any remaining water. Use a wrench to disconnect the line from the toilet tank.
- Remove the Old Toilet: Carefully remove the plastic caps covering the closet bolts at the base of the toilet. Unscrew the nuts (you might need some WD-40 if they’re rusty). Gently rock the toilet back and forth to break the seal, then lift it straight up. Be prepared – there will be some water left in the bowl!
- Install a New Wax Ring: Scrape off the old wax ring from the flange on the floor. Position the new wax ring carefully onto the flange.
- Setting the New Toilet in Place: Carefully position the new toilet over the flange, aligning the bolt holes.
- Securing the Closet Bolts: Insert the closet bolts through the holes and tighten the nuts. Don’t overtighten, or you risk cracking the porcelain!
- Reconnecting the Water Supply: Reconnect the water supply line to the toilet tank.
- Turn on the Water & Test: Slowly turn the water back on and watch for any leaks. Flush the toilet a few times to make sure everything is working correctly.
Please note: If you are unsure of the steps involved in the replacement process, it’s best to call a professional plumber.
Choosing a New Toilet: Weighing Your Options
- Low-Flow vs. Standard-Flush:
- Low-Flow Toilets: Designed to use less water per flush, typically 1.6 gallons per flush (GPF) or less. They’re more water-efficient but might require double-flushing for larger waste.
- Standard-Flush Toilets: Use more water, usually around 3.5 GPF or more. They have a reputation for strong flushing power but are less environmentally friendly.
- Bowl Shape: Round-front bowls are space-saving and ideal for smaller bathrooms, while elongated bowls offer more comfort.
- Height: Comfort height toilets are a few inches taller than standard ones, making them easier to use for people with mobility issues or taller individuals.
- Flushing Technology: Gravity-feed and pressure-assisted are the two main types. Gravity-feed toilets are quieter and simpler. Pressure-assisted toilets use compressed air to generate a powerful flush, ideal for preventing clogs but a bit louder.
Legislation and Water Conservation: The Bigger Picture
Okay, so we’ve talked a lot about the nuts and bolts (or should I say porcelain and plungers) of standard-flush toilets. But let’s zoom out for a sec and see how these trusty thrones fit into the grand scheme of things. It’s not just about your bathroom; it’s about everyone’s water supply!
The Energy Policy Act of 1992: The Low-Flow Revolution
Back in ’92, Uncle Sam decided it was time to get serious about saving water. Enter the Energy Policy Act of 1992, a game-changer that basically said, “Hey, those super-thirsty toilets? Gotta go!” This law mandated that all new toilets sold in the US had to use no more than 1.6 gallons per flush (GPF).
Think of it like this: before ’92, toilets were like gas-guzzling SUVs. After, they were more like fuel-efficient hybrids. The goal? To drastically cut down on the amount of water we were sending down the drain with every flush. This act revolutionized toilet design, spurring the development of the low-flow models we see today.
Why Water Conservation Matters (And Why You Should Care)
Now, you might be thinking, “So what? Water’s everywhere!” And while it’s true that our planet is mostly water, usable freshwater is actually a pretty precious resource. The less water we use, the better off we all are. It’s not just about saving the polar bears (although, hey, that’s a nice bonus). It is about saving money.
Water conservation helps:
- Reduce your water bill: Less water going down the drain means less money coming out of your wallet. Cha-ching!
- Protect the environment: Less strain on water sources means healthier rivers, lakes, and ecosystems.
- Ensure future water security: Conserving now helps make sure there’s enough to go around for everyone, especially during droughts.
Balancing Performance with Responsibility
Look, I get it. Nobody wants a toilet that requires multiple flushes or leaves things lingering. But here’s the thing: modern low-flow toilets have come a long way. Many of them offer excellent flushing power while still using significantly less water than their older counterparts.
So, when you’re making decisions about your toilet system—whether you’re repairing, replacing, or simply maintaining—consider the bigger picture. Think about the water you’re using, the impact on the environment, and the long-term benefits of choosing a more efficient option. It’s about finding that sweet spot where performance and responsibility meet. After all, being eco-conscious doesn’t have to mean sacrificing a clean flush!
What defines a non-low-flow toilet?
Non-low-flow toilets consume significantly more water per flush. Older models typically use 3.5 to 7 gallons per flush (GPF). Their flush mechanism relies on a large volume of water. This volume effectively clears the bowl. Gravity is the primary force in these older systems. Gravity pulls the water down from the tank. The water then pushes waste through the drainpipe. These toilets were standard before water conservation became a priority. Many older homes still feature these water-intensive fixtures.
How does the flushing mechanism of a standard toilet work?
Standard toilets employ a simple gravity-fed system. The tank fills with water to a designated level. A float mechanism controls the water level. When flushed, a chain lifts the flapper. The flapper opens the flush valve at the tank’s bottom. Water rushes into the bowl through the jet hole. The jet hole creates a siphon effect. This effect pulls waste out of the bowl and down the drain. After the flush, the flapper closes. The tank refills, preparing for the next flush.
What are the common problems associated with high-flow toilets?
High-flow toilets are prone to certain maintenance issues. Mineral buildup frequently occurs in the tank and bowl. This buildup can impair flushing performance. Large volumes of water can sometimes lead to drain clogs. Older pipes may struggle with the increased flow rate. Replacement parts for these models are becoming harder to find. The age of these toilets often contributes to their inefficiency. Inefficiency leads to higher water bills and increased water waste.
Why were traditional toilets designed to use so much water?
Traditional toilets were designed based on the technology available. Early plumbing systems often lacked the precision engineering. This engineering optimizes water usage. A larger volume of water ensured effective waste removal. The design prioritized reliability over water conservation. The environmental impact was not a primary concern at the time. These toilets reflect a different era of resource management.
So, next time you’re in an older bathroom, take a peek at the toilet. If it looks like it could flush a small car, you’ve probably spotted a non-low-flow model. They might be water guzzlers, but there’s a certain nostalgic charm to these relics of the past, isn’t there?