5 Ways Not To Get Hit by a Car on an Electric Bicycle

Collision Type #1:  The Right Cross

This is the most common ways to get hit (or almost get hit). A car is pulling out of a side street, parking lot, or driveway on the right. Notice that there are actually two possible kinds of collisions here: Either you’re in front of the car and the car hits you, or the car pulls out in front of you and you slam into it.

How to avoid this collision:

1. Get a headlight. If you’re riding at night, you should absolutely use a front headlight. It’s required by law, anyway. Even for daytime riding, a bright white light that has a flashing mode can make you more visible to motorists who might otherwise Right Cross you. Look for the new LED headlights which last ten times as long on a set of batteries as old-style lights. And helmet- or head-mounted lights are the best, because then you can look directly at the driver to make sure they see your light.

2. Honk. Get a loud horn and use it whenever you see a car approaching (or waiting) ahead of you and to the right. If you don’t have a horn, then yell “Hey!” You may feel awkward honking or yelling, but it’s better to be embarrassed than to get hit. Incidentally, many countries require bells on bicycles, but the U.S. doesn’t.

3. Slow down. If you can’t make eye contact with the driver (especially at night), slow down so much that you’re able to completely stop if you have to. Sure, it’s inconvenient, but it beats getting hit. Doing this has saved my life on too many occasions to count.

4. Ride further left. Look at the two blue lines “A” and “B” in the picture. You’re probably used to riding in “A”, very close to the curb, because you’re worried about being hit from behind. But take a look at the car. When that driver is looking down the road for traffic, he’s not looking in the bike lane or the area closest to the curb; he’s looking in the MIDDLE of the lane, for other cars. The farther left you are (such as in “B”), the more likely the driver will see you. There’s an added bonus here: if the motorist doesn’t see you and starts pulling out, you may be able to go even FARTHER left, or may be able to speed up and get out of the way before impact, or roll onto their hood as they slam on their brakes. In short, it gives you some options. Because if you stay all the way to the right and they pull out, your only “option” may be to run right into the driver’s side door. Using this method has saved me on three occasions in which a motorist ran into me and I wasn’t hurt, and in which I definitely would have slammed into the driver’s side door had I not moved left.

Of course, there’s a tradeoff. Riding to the far right makes you invisible to the motorists ahead of you at intersections, but riding to the left makes you more vulnerable to the cars behind you. Your actual lane position may vary depending on how wide the street is, how many cars there are, how fast and how close they pass you, and how far you are from the next intersection. On fast roadways with few cross streets, you’ll ride farther to the right, and on slow roads with many cross streets, you’ll ride farther left.

Collision Type #2:  The Door Prize

A driver opens his door right in front of you. You run right into it if you can’t stop in time. If you’re lucky, the motorist will exit the car before you hit the door, so you’ll at least have the pleasure of smashing them too when you crash, and their soft flesh will cushion your impact. This kind of crash is more common than you might think, and in fact cyclists crashing into parked cars is the #1 kind of car-bike collision in Santa Barbara. We’ve compiled a list of cyclists killed by running into open car doors.

How to avoid this collision:

Ride to the left. Ride far enough to the left that you won’t run into any door that’s opened unexpectedly. You may be wary about riding so far into the lane that cars can’t pass you easily, but you’re more likely to get doored by a parked car if you ride too close to it than you are to get hit from behind by a car which can clearly see you.

Collision Type #3:  The Crosswalk Slam

You’re riding on the sidewalk and cross the street at a crosswalk, and a car makes a right turn, right into you. Cars aren’t expecting bikes in the crosswalk, so you have to be very careful to avoid this one. This collision is so common we’ve lost track of the number of people who’ve told us they were hit this way, such as Ray John Ray. One study showed that sidewalk-riding was twice as dangerous as road riding, and another study said it’s even more dangerous than that.

How to avoid this collision:

1. Get a headlight. If you’re riding at night, you should absolutely use a front headlight. It’s required by law, anyway.

2. Slow down. Slow down enough that you’re able to completely stop if necessary.

3. Don’t ride on the sidewalk in the first place. Crossing between sidewalks can be a fairly dangerous maneuver. If you do it on the left-hand side of the street, you risk getting slammed as per the diagram. If you do it on the right-hand side of the street, you risk getting slammed by a car behind you that’s turning right. You also risk getting hit by cars pulling out of parking lots or driveways. These kinds of accidents are hard to avoid, which is a compelling reason to not ride on the sidewalk in the first place.

And another reason not to ride on the sidewalk is that you’re threatening to pedestrians. Your bike is as threatening to a pedestrian as a car is threatening to you. Finally, riding on the sidewalk is illegal in some places. (In Austin, those places are the Drag, and downtown on 6th St. and on Congress). If you do plan on riding on sidewalks, do it slowly and EXTRA carefully, ESPECIALLY when crossing the street between two sidewalks.

Collision Type #4:  The Wrong-Way Wreck

You’re riding the wrong way (against traffic, on the left-hand side of the street). A car makes a right turn from a side street, driveway, or parking lot, right into you. They didn’t see you because they were looking for traffic only on their left, not on their right. They had no reason to expect that someone would be coming at them from the wrong direction.

Even worse, you could be hit by a car on the same road coming at you from straight ahead of you. They had less time to see you and take evasive action because they’re approaching you faster than normal (because you’re going towards them rather than away from them). And if they hit you, it’s going to be much more forceful impact, for the same reason. (Both your and their velocities are combined.)

How to avoid this collision:

Don’t ride against traffic. Ride with traffic, in the same direction.

Riding against traffic may seem like a good idea because you can see the cars that are passing you, but it’s not. Here’s why:

Cars which pull out of driveways, parking lots, and cross streets (ahead of you and to the left), which are making a right onto your street, aren’t expecting traffic to be coming at them from the wrong way. They won’t see you, and they’ll plow right into you.

How the heck are you going to make a right turn?

Cars will approach you at a much higher relative speed. If you’re going 15mph, then a car passing you from behind doing 35 approaches you at a speed of only 20 (35-15). But if you’re on the wrong side of the road, then the car approaches you at 50 (35+15), which is more than twice as fast! Since they’re approaching you faster, both you and the driver have lots less time to react. And if a collision does occur, it’s going to be ten times worse.

Riding the wrong way is illegal and you can get ticketed for it.

One study showed that riding the wrong way was three times as dangerous as riding the right way, and for kids, the risk is seven times greater.

Nearly one-fourth of crashes involve cyclists riding the wrong way. Some readers have challenged this, saying if 25% of crashes are from going the wrong way, then riding the right way is more dangerous because it accounts for 75% of crashes. That thinking is wrong. First off, only 8% of cyclists ride the wrong way, yet nearly 25% of them get hit — meaning wrong-way cyclists really are three times more likely to get hit than those who ride the proper way. Second, the problem with wrong-way biking is that it promotes crashes, while right-way biking does not. For example, cyclists running stop signs or red lights is 17% of their crashes.  But do we therefore conclude that not running signals causes 83% of crashes?! (Hint: No.)

Collision Type #5:  Red Light of Death

You stop to the right of a car that’s already waiting at a red light or stop sign. They can’t see you. When the light turns green, you move forward, and then they turn right, right into you. Even small cars can do you in this way, but this scenario is especially dangerous when it’s a bus or a semi that you’re stopping next to. An Austin cyclist was killed in 1994 when he stopped to the right of a semi, and then it turned right. He was crushed under its wheels.

How to avoid this collision:

Don’t stop in the blind spot. Simply stop BEHIND a car, instead of to the right of it, as per the diagram below. This makes you very visible to traffic on all sides. It’s impossible for the car behind you to avoid seeing you when you’re right in front of it.

Another option is to stop at either point A in the diagram above (where the first driver can see you), or at point B, behind the first car so it can’t turn into you, and far enough ahead of the second car so that the second driver can see you clearly. It does no good to avoid stopping to the right of the first car if you’re going to make the mistake of stopping to the right of the second car. EITHER car can do you in.

If you chose spot A, then ride quickly to cross the street as soon as the light turns green. Don’t look at the motorist to see if they want to go ahead and turn. If you’re in spot A and they want to turn, then you’re in their way. Why did you take spot A if you weren’t eager to cross the street when you could? When the light turns green, just go, and go quickly. (But make sure cars aren’t running the red light on the cross street, of course.)

If you chose spot B, then when the light turns green, DON’T pass the car in front of you — stay behind it, because it might turn right at any second. If it doesn’t make a right turn right away, it may turn right into a driveway or parking lot unexpectedly at any point. Don’t count on drivers to signal! They don’t. Assume that a car can turn right at any time. (NEVER pass a car on the right!) But try to stay ahead of the car behind you until you’re through the intersection, because otherwise they might try to cut you off as they turn right.

While we’re not advocating running red lights, notice it is in fact safer to run the red light if there’s no cross traffic, than it is to wait legally at the red light directly to the right of a car, only to have it make a right turn right into you when the light turns green. The moral here is not that you should break the law, but that you can easily get hurt even if you follow the law.

By the way, be very careful when passing stopped cars on the right as you approach a red light. You run the risk of getting doored by a passenger exiting the car on the right side, or hit by a car that unexpectedly decides to pull into a parking space on the right side of the street.

To see the original article, go here

Why smart people are preparing for $4 gas now.

Remember only a few years ago when gas prices spiked, and the world rushed out to buy a Prius?  Wait times were long, and those patient enough were rewarded with 40 mpg.  This quote from automotive.com about the 2006 Prius:

Two years out in the market, there’s still a months-long waiting line. Toyota has doubled production to meet demand, so be patient if you want your dose of 44 MPG.”

Of course, memories fade and we have all enjoyed 10 months of cheap gas to fuel our 20 mpg cars.  Some people have noticed, however, that gas has increased over 30% in the last couple of weeks and more jumps in price are on the way.  While experts claim that gas will not get close to $4 this summer, inflationary pressures that will lead to a falling dollar may prove otherwise.  Either way, gas will increase in price in the future and with the majority of the electric and hybrid vehicle production lines in their infancy, wait times will be long for those who chose to move with the herd.

Smart customers are taking advantage of recession pricing and scooping up EV’s while the buyers market and relatively cheap gas is keeping pricing and wait times in check.

www.optibike.com

Worlds fastest electric bicycle drives 44% sales increase.

May 18, 2009 Boulder, CO:   The American made Optibike 850Xli may look like a regular mountain bike, but stealthily mounted inside the bottom bracket is an electric motor capable of producing nearly twice the power of cycling champion Lance Armstrong.

The Optibike 850Xli is the invention of award winning electric bike designer Jim Turner who claims his latest bike is the worlds fastest production electric bicycle, “I designed the 850Xli to fit the needs of the American market- it is very fast, made with the highest quality racing components, and is powered by the largest, lightest, and most powerful battery offered in an electric bike- the 850Xli is the ultimate electric bike for the serious commuter or backcountry enthusiast.”

So far, Mr. Turners assessment of the market has proved right on- sales of his $9995.00 Optibike 850Xli have driven unit sales volume of his company up 44% so far in 2009. This, after a solid 230% volume increase in 2008.

“This year we have seen a dramatic shift in the demographics of our customers. Electric bikes are no longer only a niche market for enthusiasts- we sell Optibikes to people ranging from 22 to 80 years old, the biggest thing our customers have in common is the desire to have fun and get out and enjoy life,” says Optibike Marketing Director Craig Weakley.

One Optibike customer, Arnie Singal, sums up his experience: “With the Optibike, I can now do in my 70′s as much or more as I could do in my mid 30′s.”

Optibike LLC is a privately held Colorado based manufacturer of High Performance Electric Bikes that has been in business since 1997. Optibike proudly sources more than 95% of their custom made parts in the United States and distributes Worldwide. For more information visit:  www.optibike.com

For more information:

Craig Weakley

Marketing Director

Optibike LLC

Craig at Optibike.com

303.443.0932 x201

www.optibike.com

What range and electric bikes really means to you (or at least us!)


Riding an electric bike is about freedom (the real kind),exhilaration, fitness, fun, and a host of other emotions/sensations.  Where does range and distance fit into this experience?

Having adequate range on an electric bike is about having NO LIMITS.  Whether you are cruising the open road, getting groceries, or exploring a vast wilderness area- we believe that you should stop riding when YOU want to, not when your E-bike runs out of battery power.

How far do you need to go?

We have given this question some serious consideration and designed the Optibike to perform according to what we believe is the right answer.  We have talked to E-bike owners(both of Optibikes and other brands) and we have logged thousands of miles ourselves in the quest to determine the answer.  The magic number that we came up with is 100 miles on a single charge.

Riding 100 miles (called a century) on a bike is a tremendous feat that most cyclists seek to attain at least once in their lives.  For us at Optibike, the first time we rode one was at the 2005 Tour De Sol in New York when we rode 104 miles in 4 hours through the rolling hills of upstate New York.

That is an average of 26 mph for over 4 hours on a single charge- and since then, our batteries have vastly improved in both size, energy density (energy capacity per gram of battery), output capability, and lifespan(we warranty them for 3 years/30,000 miles.)

No other electric bicycle made can even come close to delivering this kind of performance.

How does the Optibike go so far, while every other bike leaves you wanting more?

The Optibike has a 20ah lithium battery and is ready to accommodate an additional Optibike Touring Package to double the capacity.  That is a total of 40ah at 36v.  No other electric bike offers this magnitude of capacity.

The Optibike 850XLi uses 23 amps of power continuously at 36v to get 850w, so with this battery capacity- you can ride for just under 2 hours at full speed, or about 5 hours in economy mode (a half power feature that comes standard on all Optibikes.)  Or,in the essence of full disclosure and truth in advertising- the 850XLi runs for just under an hour with the standard 20ah battery at full speed.

** Important note: The Optibikes Motorized Bottom Bracket (MBB), unlike our hub-motor driven ancestors, has the same efficiency on flat ground as it does climbing hills.  So the Optibike will run for an hour strait uphill while a hub motor will die really quickly.

There are E-bikes out there with 1000w motors and only 9ah batteries.  How long will they run?

1000w = 27 amps of discharge current.  (1000/36volts)  So a 9ah battery will run for only 20 min!!!

That’s like riding in a car with a 1 gallon gas tank.

You get what you pay for and while good, big batteries are more of an investment upfront- you won’t feel limited when you want to go out and ride until YOU feel like stopping.

Worlds First High Performance Electric Bike for Women unveiled

April 22, 2009; Boulder, CO: The Optibike Helia is the electric bike designed for women, its lightweight, safe, and reliable- without sacrificing style or performance.

The Helia is capable of 50 mile rides and is loaded with options to ensure years of comfortable use on road and off. Air filled front and rear Fox brand suspension keep the Helia light and responsive in bumpy conditions while the hydraulic disk brakes work equally well in wet or dry conditions.

The advanced lithium ion battery is the largest and lightest (per ah) battery offered in an electric bicycle. This battery is warranted for 3 years/30,000 miles and costs only pennies to fill with electricity from a standard wall outlet.

The Helia is available in 4 colors: Optibike Red, Twilight Blue, OB Silver, and of course, Hibiscus Pink with a flower design hand painted by a local artist.

“In 2008 we had more couples than ever call us for a pair of electric bikes- so they could spend time together riding. For women looking for a perfect fitting electric bike with long range- there was nothing available, so we developed the Helia,” says Jim Turner, CEO. For more information on the Optibike Helia visit http://shop.optibike.com

All Optibike Electric Bikes are hand built to fit individual customers needs and specifications in Boulder, CO from all American made parts. They can be found on the web at www.optibike.com

For more information contact or high resolution photos contact:

Craig Weakley

Marketing Director

www.optibike.com

o:303.443.0932 x201

craig at Optibike dot com

5 Ways You Can Participate in Earth Day 2009

According to the Earth Day Network’s web site, it took us (collectively as a human race) about 125 years to use our first trillion barrels of oil. We’re going to use up the next trillion barrels in only 30 years.

It stands to reason our increased oil usage has an impact on our environment, our health and our lives.

So this year as we celebrate Earth Day let’s remember there are simple yet effective steps we can take to help preserve our world. Here are 5 things you can do right now to honor Earth Day this year.

1.) Replace your light bulbs with energy star bulbs. This simple step can reduce your carbon footprint by 450 pounds per year. And all you need to do is by energy efficient light bulbs and use them! There’s more information here at the official Energy Star web site: http://www.energystar.gov/index.cfm?c=lighting.pr_lighting

2.) Plant a tree. Trees are Mother Nature’s all-in-one air conditioner and heater. It’s estimated that three properly-planted trees can reduce energy bills by as much as 30% – that’s both heating and cooling. Help out by planting a tree this year on Earth Day.

You can plant one in your yard or donate one to someone. If neither of those options work for you then consider donating a tree to one of our national parks. Find more at the Arbor Day Foundation’s web site: http://www.arborday.org/trees/

3.) Celebrate Earth Day locally. There are lots of events being held on Earth Day so find one and join in!

Whether you’re a student on campus, live in the suburbs or are an urban dweller you’ll find various events going on in your area. Pitch in, lend a hand and promote saving our Earth. Go to Earth Day’s web site to find what’s happening in your town: http://earthday.net/

4.) Buy local, organic food. By some estimates our US-grown produce travels up to 1500 miles before it reaches our neighborhood supermarket. When you calculate one gallon of gas creates 20 pounds of carbon dioxide you can see how much damage produce can do – and that’s for US-grown food.

Buying organic saves the Earth because you aren’t adding harmful chemicals into our eco-system (not to mention they aren’t going into your body).

Check out Local Harvest’s web site for more information: http://www.localharvest.org/buylocal.jsp

5.) Ride an Optibike. According to the Earth Day web site, by the year 2030 the world will consume 47% more oil than it did in 2003.

And almost all of us contribute to that statistic – especially if we drive a car.

So choosing to ride the electric bicycle Optibike versus driving a car means you aren’t using oil to run the bike and you aren’t polluting the air when you do.

In fact your carbon footprint from riding an Optibike is very small – Optibike gets the equivalent of 2,000 miles per gallon. No hybrid can offer you that kind of gas mileage! Find out more here: http://www.optibike.com/content/view/97/144/

Start with these and you’re bound to find many more ways you can go green this year for Earth Day – and every day after that.