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I Love Bicycling

I Love Bicycling is a website that is geared towards cycling for beginners with road cycling tips, training articles, nutrition tips, weight loss, how to’s and bike repair articles.

Who Invented the Bicycle?

October 6, 2020 by Sarah Lauzé

There are many people (and even countries) that have claimed the invention of the bicycle, but the reality is that no one person can be credited. It took a combined effort over a couple centuries to bring us from “running machines” to bikes as we know them today.

Who invented the bicycle?

A Brief History of the Bicycle

1817 – Draisienne (Dandy Horse)

To understand how we got to the bicycle design, we have to start at the Draisienne or “running machine.” Made entirely from wood, there were no pedals or gears, but just two wheels and a seat. Using a steerable front wheel, these were used to speed up travel, but disappeared as quickly as they emerged due to a lot of accidents. Extremely heavy and hard to steer, people often lost control around corners on busy pedestrian streets.

Who invented the bicycle?

1820s – Tricycles and Quadricycles

Although these were still far from the typical two wheel bicycle design, they introduced the use of pedals, treadles, or hand cranks to propel the vehicle forward. Both tricycles and quadricycles were extremely heavy and had high rolling resistance.

Who invented the bicycle?

1863 – Velocipede (Boneshaker)

The Velocipede, also known as “the boneshaker,” was invented in France and was somewhat similar in design to the Draisienne.  Reverting back to two wheels, the velocipede had pedals on the front wheel, and a brake consisting of a metal lever and a wooden pad that pressed against the rear wheel. With no gears, one rotation of the pedal meant only one rotation of the wheel. True to it’s name, this ‘bike’ was extremely uncomfortable, with the wooden wheel and iron tires on rough cobblestone streets making for a bumpy ride.

Who invented the bicycle?

1870 – Penny Farthing (High Wheeler)

The Penny Farthing was the first model made entirely from medal and was far more enjoyable to ride with the large front wheel making it more comfortable, easier to navigate, and more efficient. The pedal were still attached to the front wheel, but because it was so much larger, each rotation took you further. The problem was balancing well enough to stay on the high wheeler, and this is where the saying “taking a header” first came about. Even the slightest unexpected bump in the road could cause the rider to lose their balance and go tumbling into the street headfirst.

Who invented the bicycle?

1880 – The Safety Bicycle (Diamond Frame or Rover)

Englishman John Kemp Starkely came out with the first commercially successful Safety Bicycle (called the Rover), but it was not necessarily entirely his design. There were some similar models with the use of the drivetrain, but the Rover was the breaking point for cycling as we know if. With the introduction of metal strong and light enough to make a chain and sprockets, this allowed for smaller wheel sizes and the multiplication of the revolutions of the pedals. This marked a shift in bicyles from a dangerous toy to an efficient means of transportation available to the general public.

Who invented the bicycle?

1888 – The Pneumatic Tire

The invention of the Pneumatic (air filled) tire not only made bicycles far more comfortable to ride, but also safer. Scottish Doctor John Boyd Dunlap first had the idea while trying to find a way for cycling to be more comfortable for his sick son.

1890 – The start of the bicycle craze

The coupling of the diamond frame and rubber air filled tires made bicycles affordable and ready for mass production for the first time. In 1897 there were over 2 million bicycles sold in the United States alone, which was about 1 per 30 people. Cycling became not only a means of transportation, but also the vehicle for the growing women’s rights movement, a culture in its own, and an overarching lifestyle.

“Let me tell you what I think of bicycling. I think it has done more to emancipate women than anything else in the world. I stand and rejoice every time I see a woman ride by on a wheel. It gives a woman a feeling of freedom and self reliance.” – Susan B. Anthony

Who invented the bicycle?

1900s – Today

Although the materials have changed a great deal, with lightweight bicycles made of titanium or carbon fibre, the design has only seen minor adjustment over the past century. Perhaps the greatest of which was the development of the derailleur and gears. Until this point in the 1930s, the rear wheel had a sprocket on either side of the hub and had to be removed and flipped around every time the rider wanted to change gears.

The second half of the 1900s saw the expansion of cycling to mountain bikes, BMX bikes, hybrids, and everything in between. We now have endless options when it comes to choosing a bike, all of which are a whole lot more comfortable and fun to ride than the Boneshaker!

Bike Stability – Physics 101

December 5, 2015 by Wade Shaddy

Bike Stability - Physics 101

You may have wondered about it while riding; it doesn’t feel like you’re balancing your bike yet, somehow, even though you’re only touching the ground in two 1/2-inch patches, the bike feels like it’s anchored to the pavement. The stability of a bike isn’t an accident, they’re designed that way.

Lateral Bike Stability

Road bikes in motion are incredibly stable, even though they’re incredibly top heavy. Other similar objects topple over sideways the minute you let go of them. Bikes also topple without forward motion. Bicycles lack lateral — side-to-side — stability, and only remain upright when moving forward. So it’s safe to assume that it’s forward motion that keeps them as solid as a rock.

Forward Motion

Albert Einstein was a cyclist, and was cycling when he realized the infamous formula, E=mc2. “I thought of it while riding my bicycle,” is reputedly what Albert Einstein said about his Special Theory of Relativity. Even though Einstein didn’t apply the theory directly to bicycles, he still knew that forward motion was likely the key to a bike’s stability. “Life is like riding a bicycle.” He said. “To keep your balance, you must keep moving.”

No Single Theory

Recent studies have suggested that no single theory is solely responsible for the stabilizing force of a bicycle, and that everything contributes to balance and stability. But designers rely on a few common, known theories such as the gyro effect, the caster effect, and calculations that include a bikes, trail, offset and rake.

The Gyro Effect

The gyroscopic effect of the wheels is the go-to explanation by some physicists as to why your bike stays upright. It basically means that spinning wheels tend to stay aligned in their original direction. The effect is used in navigation to maintain stability for all kinds of machines. NASA rockets rely heavily on the gyroscopic effect.

Center of Mass

But the gyroscopic effect is actually quite minimal. Studies have shown that a bike stays upright when it is steered to keep the center of mass over its wheels. The steering is usually done by the rider, but may also be done by the bike itself, completely without your assistance.

The Riderless Bike

You’ve probably witnessed a self-steering bike before by pushing or letting go of a bike in motion. The bike won’t travel in a straight line for long in an upright position. It’s constantly falling to one side or the other and then lurching back to an upright position under its own momentum. It’s due to what is called the “caster effect.”

Caster Effect

The caster effect describes what happens when a wheel has its contact point with the ground located at a different point from its steering axis. If the bike tips to the left, the trail or caster effect forces the bike to steer to the left. The bike steers into the fall, gets its wheels back under it, and stays upright. In other words, the fall becomes self-correcting because of the caster effect. The term “caster effect,” is a direct correlation to how caster wheels work on your favorite desk chair.

Rake, Offset and Trail

Rake, offset and trail more accurately describe what the caster effect really is on a bicycle. Rake and offset is the wheel axle’s offset from the steering axis. Offset determines how much trail a bike has. Think of trail as the tire patch “trailing” behind the steering axis. Industry standards for the average road bike offset has been roughly established at about 55 mm or 2 inches, which is regarded as a good combination of agility and comfort at low speed, and stability at higher speed.

More Trail

More trail equates to slower steering. Less trail makes faster steering. Increasing rake — it sounds contradictory  — decreases trail, therefore giving faster steering. More trail is good at high speeds, but at slower speeds it makes the bike feel sluggish.

Motorcycles and Mt. Bikes

Look at a motorcycle with a high degree of rake, and almost no trail, they’re extremely hard to steer and unstable at low speed, but fine on the freeway. Mountain bikes have less rake and more trail, and are one of the most stable bikes out there.

Confusion and Design

If that all seems confusing, it’s because it is. Even designers disagree with rake, trail and offset for one reason in particular, because it flip-flops or actually reverses when taken too far in one direction or the other.

The Most Stable Bikes

If you’re curious about bike stability, such as when purchasing a new bike, there are technical things that you can question to get the most out of your style of riding, or what you want to get out of a bike. For example, if you can determine the rake or offset of any given bike — the dealer may or may not know it — you can get somewhat of an idea of how the bike will handle by referring to the formula: Longer rake = less trail. Shorter rake = more trail.

Other Factors

Rake, offset and trail are just a few concepts that designers apply to a bike’s geometry to make it more or less stable. Bottom bracket drop, head tube angle — also know as the steering axis — and wheelbase are all figured into the equation. These geometry factors, work in tandem with tire selection, weight distribution, and other features on a bike.

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