by Gabrielle DeSantis

Toyota is one of the top-selling brands for anyone looking for a cheap but highly reliable vehicle. Lexus is another brand that gets a lot of praise from critics, although it does tend to be overlooked in favor of more well-known luxury brands like Porsche and BMW. Some consumers may find themselves torn between Toyota and Lexus sedans. So which brand is better, and how are they connected?

How are Lexus and Toyota connected?

Lexus sign | Getty Images

Toyota decided to do something about the customers leaving its loving arms to upgrade to a luxury vehicle in 1989. The only way to do this was by becoming a luxury automaker itself, but that isn’t exactly what Toyota did. Instead of trying to become more upscale, the Japanese automaker created Lexus. 

According to U.S. News, this was an experiment to see how well consumers took to a luxury offshoot of Toyota. As it turns out, people loved the idea of having a luxury brand from Toyota, and Lexus is still going strong today. However, is the fancy badge and increased prices actually worth it, or should you stick with a Toyota?

Toyota Corolla vs Lexus NX

In spite of the growing love for SUVs and trucks, some drivers still prefer to stick with a compact car. The Toyota Corolla is undoubtedly one of the best-selling vehicles on the market, and it continuously gets high praise from critics. Even if it’s not their favorite car of all time, very few find enough faults that prevent them from recommending it.

The 2021 Corolla has a price range from $20,430 to $26,380. The base engine produces 121 hp on the standard engine, and gets 31 mpg city and 40 mpg highway. The speed is respectable enough. It can go from 0 to 60 in 7.3 seconds.

The Lexus NX might be a crossover, but it’s considered by many to be the direct competitor for Corolla. The starting price is $37,610, which makes it $11,230 more than the highest trim level for Corolla.

The horsepower for the NX is clearly superior. It produces 235 hp as compared to 121 hp. However, this comes at the cost of fuel economy as the 2021 NX gets a mere 22 mpg city and 28 highway.

The NX also doesn’t offer a hybrid version yet, but there will be two when the 2022 NX comes out. If you’re trying to decide between a Corolla or an NX, then the Corolla is your best bet. Unless you just have to have a luxury vehicle, of course.

Toyota Camry vs Lexus ES 350

The Lexus ES is based on the Camry with a lot of similarities. The most obvious difference is the price. The Camry starts at $24,970 and the ES starts at $40,000.

The standard engine for the ES is a 203 hp inline 4-Cylinder, and the Camry’s is a 203 hp Dynamic Force 4-Cylinder. The gas mileage is also a win for the ES. It gets 43mpg city and 44 mpg highway compared to 28 mpg city and 39 mpg highway on the Camry. 

The ES has a much more upscale interior at the lower levels, but the highest price trim on the Camry starts at $35,340. This means that you can get more in the TRD trim than the base model ES.

Toyota Avalon vs the Lexus LS

The one major difference between these two vehicles is the price. It’s a difference of nearly $40,000. The 2021 Lexus LS starts at $76,000 while the 2021 Toyota Avalon starts at $36,125.

The LS comes with a 3.5L Twin-Turbo V6 gas, while the Avalon has a 3.5L V6 gas. The Avalon has superior gas mileage with 22 mpg in the city and 32 mpg on the highway. The LS trails behind with a mere 18 mpg city and 29 mpg highway.

The LS does make up for this with a larger gas tank. It has a tank that can hold 21.7 gallons as opposed to 14.5 gallons on the Avalon. Even so, the superior gas tank isn’t enough to justify a nearly $40,000 difference in price, so the Avalon is the clear winner if you have to choose.

RELATED: Why Would You Get the Toyota Avalon Over the Lexus ES?

The post Is Lexus Sedans More Dependable Than Toyota’s? appeared first on MotorBiscuit.

by Gabrielle DeSantis

The name AC is indelibly linked with the likes of Carroll Shelby and the Shelby Cobra. Carroll Shelby certainly brought AC from obscurity into the fullness of the spotlight, but what some may not know is that AC was a well-established automaker for 59 years previous to the chicken farmer’s fateful V8 swap. It’s time we took a closer look at the AC Ace “Ruddspeed” that would one day inspire one of the greatest racing cars ever made. 

1963 AC Ace Ruddspeed | Sotheby’s

Was the Shelby Cobra the first Custom AC Ace? 

AC has converted to making EVs these days, but there is a long gas-burning history that led up to this. So, not only was AC making cars in the U.K. for a long time before Shelby came around but there was also already a racer/car dealer who had made a hot version of the super-light roadster. 

According to Autoblog, English car dealer and racing driver Ken Rudd also ran a performance shop where he customized the AC Ace. In fact, his speed shop, Ruddspeed, had built its reputation on customizing these little roofless racers. Rudd only built 37 of them and one example from 1963 is headed to the RM Sotheby’s auction block during Monterey Car Week. 

What engine did the original AC Ace have in it? 

In 1953, when the AC Ace came out, just like every other British roadster at the time – Austin Healey, MG, Triumphs, and so on –  AC used a very underwhelming 102-hp straight-six. Rudd’s claim to fame was sourcing a Bristol 2.0-liter straight-six making 120 hp and dropping that into the Ace. This proved to be a very popular mod. In 1961, the Bristol engine sourcing dried up and Rudd swapped to the Ford Zephyr’s 2.6-liter. Rudd ended up getting 170 hp out of these tuned Ford motors. 

It was these AC cars that grabbed hold of Carroll Shelby’s attention. With that seed planted, Shelby began cooking up the idea for the Shelby Cobra. Once Shelby ordered an Ace to California in February of 1962, the Ruddspeed cars’ days were numbered. 

What would soon follow was a torrent of interest around these little British roadsters. That interest quickly turned into full-blown glory and adoration from not only Americans but the whole of the motoring world. 

Carroll Shelby may have stood on the shoulders of Ken Rudd and the AC Ace “Ruddspeed”, but he managed to elevate the cute little roadster into something that would come to dominate the world’s most powerful racing teams. The AC Shelby Cobra was the definition of a world-beater and remains that to this day. 

What is an AC Ace Ruddspeed worth today? 

Carroll Shelby, the father of the Shelby Cobra, wearing his overalls while pushing a motorcycle.
Carroll Shelby | ISC Images & Archives via Getty Images

Seeing as how Rudd made very few and how they impacted Carroll Shelby, one can assume they will fetch a pretty penny. As we mentioned earlier, one example from 1963 is headed to the RM Sotheby’s auction block during Monterey Car Week. This particular one is the Rudspeed Ace Stage 4 tune, also with 170 hp due to tunes like new aluminum cylinder heads and triple SU carbs. For perspective, that’s 101 horsepower less than is found in the 289 Cobra, but the Ruddspeed weighed 400 pounds less than the small-block Shelby. RM Sotheby’s has set the pre-sale estimate at $300,000 to $375,000. 

RELATED: Custom 1939 Ford Roadster ‘Mystery Car’ Finally Identified by Twitter Sleuth Squad

The post Meet the AC Ace ‘Ruddspeed’, the Car That Inspired the Shelby Cobra appeared first on MotorBiscuit.

by Gabrielle DeSantis

All the horsepower in the world doesn’t matter if your motorcycle’s suspension isn’t properly set up. So, as in the car world, suspension modifications are common even on bikes that don’t zoom around racetracks. One of these mods is swapping out the motorcycle’s existing fork for an inverted fork. But is it something you should do on your bike?

How do motorcycle forks work?

A custom motorcycle with an extended fork | Keith Getter via Getty Images

While a motorcycle’s rear shock(s) looks fairly similar to what cars use, motorcycle forks seem to be a different matter. But that’s only on the outside. On a basic level, a motorcycle fork has the same components as a car’s coilover. It’s just that some of a coilover’s external components are internal fork parts.

Inside the fork tube is a long damping rod with a piston at one end that passes through a fluid-and-gas-filled cartridge. In other words, a shock absorber. The piston isn’t solid metal, though; it’s comprised of a stack of washers and a ring of holes, Cycle World explains. And some cartridges also contain secondary valve assemblies. At its other end, the rod is attached to the main body of the motorcycle fork and surrounded by a metal spring assembly. Or, with some modern forks, air springs or electronic assemblies.

This whole fork assembly is attached not just to the front wheel, but also the frame via triple clamps, Motorcycle Cruiser says. The bike’s handlebars are attached to the top triple clamp (or to the fork itself in clip-on bars’ case), which pivots to let you steer.

That spring assembly supports the weight of the bike and absorbs impacts from road imperfections, Bennetts explains. This keeps the tire in contact with the road as much as possible to maintain traction for cornering, accelerating, and braking, Motofomo says. However, if the motorcycle fork only used springs, even minor bumps would bounce you up and down for a long time. If you’ve ever ridden in a car with blown shocks, you know the feeling.

That’s where the shock absorber comes in. When the spring moves, it also moves the piston. And the resistance of the fluid passing through the holes keeps the spring’s movement controlled, i.e., dampened. Adjustable motorcycle forks let riders change how the fluid moves through the piston’s holes to tweak the fork’s behavior.

What is an inverted fork?

The lower half of a red 2006 Ducati 999 Superbike's gold inverted fork
2006 Ducati 999 Superbike inverted fork lower half | National Motor Museum/Heritage Images/Getty Images

But that’s how a ‘conventional’ motorcycle fork works. What makes an inverted fork, aka an ‘upside-down fork’ or ‘USD fork’ different?

Mechanically, nothing, Motorcyclist says. An inverted fork works the same way as a conventional motorcycle fork. And broadly speaking, they use the same parts. But there is a difference: orientation.

Conventional motorcycle forks put their sliders—the wider outer part of the fork assembly—at the front wheel axle. USD forks, meanwhile, put their stanchions—the skinnier inner tube—there. Hence why they’re called ‘inverted’ or ‘upside-down’ forks.

Are inverted forks better than conventional motorcycle forks?

Being upside-down relative to conventional motorcycle forks does make inverted forks harder to service, RevZilla reports. And if the fork seal brakes, more oil leaks out than if your bike had a conventional fork. But USD forks have several notable benefits over conventional ones.

Firstly, a motorcycle fork effectively acts like a big lever under braking and cornering. This creates a significant amount of bending force, concentrated significantly around the top triple clamp. That means steering and suspension flex, which is bad for handling, steering feedback, and rider confidence.

However, the wider you make the fork tubes, the stiffer and more resistant to flexing they become. Because inverted forks have wider sections up top, they flex less than conventional ones. And upside-down forks’ sliders are often longer than ones on conventional forks, adding further anti-bending support, Motorcyclist says.

Also, putting the slider up top rather than at the wheel reduces unsprung mass. This makes it easier for the fork to do its job and typically improves handling and steering feel. Plus, it often translates to better and faster cornering.

Finally, while inverted forks are often identical to their conventional counterparts, that’s not always the case. Some cheap conventional motorcycle forks use a cruder damper-rod assembly rather than a cartridge like most upside-down forks, Motorcyclist reports. Even if they’re not adjustable or upside-down, cartridge forks are better than damper-rod ones.

How much does it cost to install one on your bike?

An assembled black-and-gold Kraus Motor Company Dynamoto inverted fork kit
Kraus Motor Company Dynamoto inverted fork kit assembled | Kraus Motor Company

Because inverted forks offer so many positive benefits, they’ve become standard equipment on many sporty bikes. My 2012 Triumph Street Triple R, for example, has adjustable upside-down Kayaba forks. So does the brand-new Yamaha YZF-R7 sportbike. But while the Indian FTR has upside-down forks, the Scout cruiser doesn’t. And because inverted forks only started being used in racing in the late ‘80s, most classic motorcycles lack them, too.

However, that doesn’t mean you can’t give an inverted fork to a bike without one. It’s just not necessarily easy. And it requires keeping your bike’s steering geometry, weight, wheels, brakes, head stem, and handlebars in mind. For that reason, the simplest way to do it is to buy an entire front end—fork, brakes, axle, wheel, and all, Purpose Built Moto says.

Fortunately for classic owners, USD conversion kits do exist. And depending on your modern bike’s make and model, some aftermarket solutions might be available. K-Tech, for example, makes a USD racing fork for the Scout Bobber. And the Kraus Motor Company has conversion kits for new and old Harleys. However, the Kraus Dyanamoto SP kit starts at just under $5100.

So, should you install this kind of fork on your bike if it doesn’t come as standard? If you’re racing it, yes. But for most road riders, rebuilding and refreshing their existing forks is a better use of money.

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RELATED: Should You Upgrade Classic Motorcycle Drum Brakes to Discs?

The post Would Your Motorcycle Benefit From an Inverted Fork? appeared first on MotorBiscuit.

by Gabrielle DeSantis

Many automakers have committed themselves to produce only EVs by 2030, and the world seems to be shifting toward an all-electric future. Almost all EVs are battery electric vehicles or BEVs, but the Toyota Mirai is different. Here’s a look at the 2021 Toyota Mirai and whether this hydrogen car has a place in an EV future.

An overview of the 2021 Toyota Mirai

2021 Toyota Mirai | 2021 Toyota Motor Sales, U.S.A., Inc.

The Mirai is technically an EV. The electric motor is what ultimately makes the wheels turn. That being said, the Mirai is powered by hydrogen, which makes it different from other EVs. Other EVs have a big battery pack that drivers will have to recharge, while the Mirai uses hydrogen fuel cells instead. Charging the Mirai will require hydrogen, which is more difficult to find than electricity.

According to Motor Trend, hydrogen fuel cell provides a distinct advantage over BEVs like Tesla. Mirai owners need to find a hydrogen fueling station, plug the hydrogen pump in, and wait about five to 10 minutes for their car to refuel. However, there’s a price to pay for that. Not only are hydrogen refueling stations rare, but the Mirai is expensive. 

The starting price is about $50,000. While Toyota’s decked the Mirai out, it doesn’t have much else going for it. The 2021 Mirai has a 12.3-inch touch screen display, seating for five, and a small amount of cargo room. In terms of style, its interior improved over the last generation of the Mirai, but its specs are about average. Its electric motor gets about 182 hp, and it can go from 0 to 60 mph in 7.4 seconds.

How the 2021 Toyota Mirai compares to a BEV

Asides from fast refueling, the Mirai has another advantage over BEVs. According to Motor Trend, its range is just over 400 miles. That high range, which is a huge improvement over the last Mirai’s 312 miles of range, easily puts it near the top of the pack as far as range goes.

Many EVs are currently getting about 200 to 300 miles of range, and few have breached 400. The big exception is the Tesla Model S, but it costs significantly more than the Mirai.

The Mirai isn’t that different from a BEV. They both use electric motors and are quiet cars. However, while the Mirai uses hydrogen for fuel, that hydrogen was ultimately made with electricity. There are greenways and not-so-green ways to make electricity, so where that electricity comes from will determine how much the Mirai and BEVs pollute.

Does the Mirai have a future?

Only time will tell if the Mirai will be a success. But since Toyota recently updated the Mirai, the company certainly believes that the Mirai has a future. However, few people can get their hands on the Mirai, and it’s not clear if that will change. Currently, the Mirai is only sold in a handful of places in the U.S., and they’re also the places where there are hydrogen refueling stations.

This means that only customers in California and a few other states can buy the Mirai right now. Its future and the future of all hydrogen cars depend on how many hydrogen refueling stations there are. If these stations become as common as electric charging stations, then the Mirai might have a future. But if not, then the Mirai will probably die away as an inefficient technology. 

RELATED: The Hydrogen Toyota Corolla Might Save the Planet and the Exhaust Note

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