Wager Mage
Photo by Borta Pexels Logo Photo: Borta

What are the strongest wheels?

Forged wheels Some of the strongest wheels on the market are formed by the art of forging aluminium. This is done by subjecting a billet of material to a ridiculous amount of heat and around 900 bar of pressure, crushing the metal into an extremely dense and immensely strong wheel.

What car does Penny have?
What car does Penny have?

1973 Porsche 911 S The hero car of “Top Gun: Maverick”needed no such stand-in. Instead, the 1973 Porsche 911 S that Jennifer Connelly owns as...

Read More »
Where is Bitcoin banned?
Where is Bitcoin banned?

According to the U.S. Library of Congress, as of November 2021, a total of nine countries have banned cryptocurrency completely. These countries...

Read More »

The variety of wheels in the car world is vast, from cheap knock-offs to full-carbon stunners. Let us help you decide which type you should spec on your next car! Wheels may seem like the simplest of components on a car, but the big manufacturers are constantly researching and developing the latest and greatest production techniques and investigating the strongest yet lightest materials to implement into their wheel production processes. Be it Koenigsegg with its full carbonfibre wheels on the Regera or Jaguar reproducing its infinitely cool steelies for the low-drag E-Type, wheels take on huge technical and also aesthetic responsibilities that shouldn’t be taken for granted by us petrolheads. So here’s a quick lowdown of the most popular variants specced on modern cars and how the manufacturers go about producing them.

Steel wheels

Steelies are about as basic as wheels can get. Pressed from billets of steel using powerful hydraulic equipment, steel wheels have been standard on most low-cost vehicles for decades and dominated before alloy rims became cheaper to produce. Steel – an alloy of iron and carbon - is a harder metal than most other wheel materials, but this strength brings with it an increase in weight when compared to the likes of aluminium. The basic way in which steel wheels are produced means that there is very little flexibility when it comes to design or any type of artistic flare. Different sections of a wheel are pressed out and then connected to form the entire wheel, ready to be used once the welds have been sufficiently ground down. This construction means that the only real way different designs can be implemented is to punch holes into the outside face of the wheel, be it for strategic airflow for brake cooling or for some much needed aesthetics. Most companies will get around the unattractive nature of pressed steel wheels by slapping on a set of hubcaps with some badging to disguise the raw metal and imitate a set of more expensive and stylish alloys.

Alloys

How does bonus issue work?
How does bonus issue work?

A bonus issue is when existing shareholders get extra shares in a certain proportion. For example, if a 4:1 bonus issue is announced, shareholders...

Read More »
How do professional bettors make money?
How do professional bettors make money?

Professional sports betting works like investing. In the long run, pro sports bettors can determine how much they stand to win based on their...

Read More »

Alloys until the last decade or so have always been reserved for the uppermost models within a manufacturer’s range, but they can now be specced in pretty much any city hatchback on the market if desired. Based on an aluminium or magnesium construction mixed with Nickel, alloy wheels provide a much lighter package when compared with a steel wheel of the same strength and can be cast in full by pouring molten allow into a pre-made mould. Unsprung mass is a term you’ve probably come across before; it dictates the mass of components that are not supported by the suspension which includes the suspension components themselves, the brakes and the wheels. A lack of unsprung mass improves handling as it allows the suspension to interact in a controlled fashion with an undulating road surface and deal with the reaction forces from the road surface much more efficiently. This was one main reason why performance cars moved towards alloy wheels, with the lightweight construction helping acceleration and the overall dynamics of a car. By reducing the amount of nickel within the alloy, a wheel becomes much more pliable and malleable, adding to the design possibilities. This freedom of design has led to some truly spectacular alloy rims over the years, but the softer material also opens the door for some fairly catastrophic results after kerbing…

Multi-piece wheels

Most famously manufactured by BBS, wheels can be constructed from either two or three basic components. Two-piece wheels are made up of the wheel face (or centres) and the rim (or barrel), fastened together by rim screws that circulate around the circumference of the wheel centre. A ring of sealant is then applied to the join to further secure the sections together. Three-piece wheels take it a step further, dividing the wheel rim in two to allow for a degree of adjustability in wheel width. All of this faff makes multi-piece wheels inherently heavier and slightly weaker than single-piece variants, but companies like BBS have developed a ‘rolled rim’ feature that brings the strength levels of its multi-piece wheels up to within reach of even single-piece forged wheels by tempering the once-weaker metal.

Forged wheels

Should you double a 10?
Should you double a 10?

Should you double down on 10? Once again, this really depends on the card the dealer is showing. If they have an ace or a 10-value card, you might...

Read More »
When should I cash out?
When should I cash out?

Cash Out allows you to settle for a loss in running or mid-event, and this can prove beneficial if you believe that your selections chances are...

Read More »

Some of the strongest wheels on the market are formed by the art of forging aluminium. This is done by subjecting a billet of material to a ridiculous amount of heat and around 900 bar of pressure, crushing the metal into an extremely dense and immensely strong wheel. The enormous force of compression from the forging makes these wheels extremely light and many times stronger than an equivalent casted wheel.

Replica 'OEM style' wheels

Countless bargains seem to litter the internet stating high quality replica or reproduction wheels for numerous cars on the market, but one should be extremely wary about going anywhere these tempting nuggets on the web. Although imitation wheels may look the part, they are often made in the cheapest fashion possible to reduce manufacturing costs and therefore lack some essential strengthening processes that OEM wheels undergo. Most replica wheels are produced using a method called gravity casting which is when the molten metal is poured into a template but not compressed at all and is left to set purely under the pressure of gravity. This means that the alloy is nowhere near as dense as an OEM equivalent which will have had some form of compression forced upon it during the production process. The replica will therefore be lacking in strength and will be far more brittle in comparison, making it a potentially dangerous modification!

Are all bookies illegal?
Are all bookies illegal?

In 2018, the Supreme Court overturned the federal ban on sports betting, allowing state governments to set their own policies on the matter. 5...

Read More »
Will Betfair ban you for winning?
Will Betfair ban you for winning?

Does Betfair Close Winning Accounts? No, accounts will not be closed or suspended for winning. However, they will stake limit Betfair Sportsbook...

Read More »
How do I withdraw my bet if I won my bonus?
How do I withdraw my bet if I won my bonus?

You must wager it at least ten times on events with odds greater than 3.0 to make it withdrawable. As a result, to withdraw your bonus if you...

Read More »
What are the luckiest 3 digit numbers?
What are the luckiest 3 digit numbers?

3, 7, 13, 31, 37, 43, 67, 73, 79, 127, 151, 163, 193, 211, 223, 241, 283, 307, 331, 349, 367, 409, 421, 433, 463, 487, 541, 577, 601, 613, 619,...

Read More »