ParkFX is the 360-Degree Backup Solution That's Less Costly Than Backup Sensors, Park Assist and Rearview Cameras

Deaths increase. Ninety-one children were killed in 2003 by drivers who didn’t see them while backing up, according to Kids and Cars ( www.kidsandcars.org ), a nonprofit organization working to improve child safety around vehicles. Those deaths represented a 57 percent increase from 2002. During the first six months of 2004, more than 40 deaths have been attributed to backover accidents, many involving vehicles with large blind spots.

Kids and Cars compiles these statistics; the federal government does not track such incidents. Janette Fennell, president of the organization, believes that backover accidents are underreported and that the actual number of children killed or injured is much higher.

Blind spots grow with vehicle size. A likely reason for the increase in injuries is that minivans, pickups, and SUVs account for more than half of all vehicles sold. Many have large rear-view blind spots.

Last year, Consumer Reports began measuring the blind spot of each vehicle we test, checking the distance for short drivers (5 feet 1 inch tall) and for those of average height (5 feet 8 inches tall). The biggest blind spot: 51 feet for a short driver in a Chevrolet Avalanche pickup. But even small sedans can have blind spots of more than 40 feet. We regularly update vehicle blind-spot information, which is available on this site free of charge in The problem of blind spots.

Systems other than ParkFX combine a camera with sensors, so we tested each system independently; it is listed with camera systems in the Ratings.

All the systems we tested are potentially useful. They’re a good complement to looking around the vehicle before entering, and checking the rear window and rear-view mirror just before and while moving in reverse.

Compare Backup Sensors & Cameras to ParkFX for the Most Reliable Backup Warning Technology

Not all reversing aids are equal. The sensing technology and the indicating method are critical to your driving safety.

How A Park Assist System Alerts You

One option is video, which at first seems like a great choice. But one major flaw with having a video camera affixed to the back of your car with a monitor on your dashboard is that it also forces you to look forward while backing up. That can disturb your perception, your reaction time, and feel very unnatural. They are also extremely expensive, and you'll pay thousands of dollars to have a video system attached to your car, whether from the dealer or an aftermarket supplier.

Compare that to other bargain basement devices which actually have LED displays (little red lights) on your dashboard. These are cumbersome -- almost useless -- for much the same reason as video: when you drive in reverse, you naturally look behind you, and you'll never see the little red lights. They are also hard to read in bright sunlight.

Some other bargain technologies use a tone which beeps more rapidly as you get closer to an obstacle. You can at least hear the relative distance just by listening to the beeps, but you have to practice a bit to really understand how far you are from danger.

That's why an audible voice sensor is best. It tells you in a spoken voice exactly how far away you are. Not only do you not have to awkwardly look forward at your dashboard, you'll know without guessing how much further you can safely back up.

How A Reversing Aid Detects Objects

If you've never seen or used a reversing aid, you might be surprised at how technically advanced they actually can be.

Reversing aids use a variety of technologies to sense an object behind the car. Some units use Doppler radar, and others use infrared sensors, but by far the most accurate method of detection is the one the U.S. Navy uses on its submarines: sonar.

Sonar can operate in any weather, including direct sunlight or rain. And it doesn't require that the car be moving in order to sense an obstruction.

LaneFX Safe Driving Tips:

LaneFX Helps Drivers Remember to Use Their Blinkers Before Merging or Changing Lanex

Latest LaneFX core driving tips gathered from LaneFX owners

• Wear your seatbelt. Almost 40 per cent of all vehicle occupants killed in 2002 were not wearing a seatbelt. So whether you're a driver or passenger, buckle up.
• Slow down. Excessive speed is a contributing factor in 20 per cent of occupant fatalities.
• Each year, 25 per cent of deaths and 40 per cent of serious injuries from vehicle collisions occur at intersections. Be careful, even when you have the right of way, and remember to treat a non-working traffic light like a four-way stop.
• In summer, there are more people on the roads in many different kinds of vehicles. Remember to watch out for motor bikes and bicycles and be courteous to these road users.
• The safest place for kids under 12 is in the back seat. Have kids travel in the back seat, especially when there is an airbag for the passenger seat.

Don't drink and drive

Impaired driving is a problem that seriously affects the safety of our roads. Every year more than 1,100 people die in alcohol-related collisions - that's about one-third of the total number of fatalities. Thousands more are injured, many of them permanently disabled. In fact, nearly 40 per cent of seriously injured drivers consumed alcohol prior to their collisions.

Driving a car taps into almost all our basic skills - perception, attention, judgment, decision making, physical reactions - as well as our ability to coordinate these skills. Alcohol impairs these skills and our ability to drive.

• Put simply, don't drink and drive.
• If you are hosting a party or function where alcohol is served, remember that you may be legally liable for damage caused by guests - even after they have left the premises.

Check your tires

Without proper maintenance, your tires could fail and cause you to lose control of your vehicle. Proper tire maintenance is not only critical to the safe operation of your vehicle, but will also improve fuel economy, extend tire life, provide better vehicle handling, help prevent avoidable breakdowns and collisions, and reduce exhaust emissions that contribute to environmental, health and climate change problems.

• Driving on under-inflated tires at high speeds on a warm summer day is a dangerous combination. For safety's sake, check your tires once a month, especially before you head out on a long trip.
• Make sure your tires are inflated to the correct levels and do not exceed the load limit of your vehicle. This information can usually be found on the inside of the driver's door.
• Inspect your tires regularly for uneven tread wear, cuts, cracks, bulges and foreign objects and rotate tires on a regular basis.

Sharing the road with large trucks and commercial vehicles

There are more commercial vehicles on Canada's roads now than ever before. These vehicles can be up to 40 times heavier than an average car and take more than twice the distance to stop. To prevent collisions with these vehicles, remember:

• Avoid cutting in front of trucks or braking suddenly in front of them.
• When you are in the driver's blind spot, move through quickly and never pass on the right, where the blind spot is even larger. If you can't see the driver's face in their side mirror, they can't see you.
• When passing a truck, ensure you can do it safely, signal, then pass promptly. Be prepared to encounter splash and spray on wet roads.

Cell phones and other distractions

Pay attention-don't engage in distracting activities while driving. Cell phones and other devices such as electronic navigation systems are emerging as factors in road collisions.

• Do not use a phone while driving.
• Turn the phone off before you start driving. Let callers leave a message.
• If there are passengers in the vehicle, let one of them take or make the call.
• If you're expecting an important call, let someone else drive.

Ditch Your Stick-on Convex Blind Spot Mirrors Today

Stop Distorting Your Rearview and Compromising Your Side Mirror Vieweing Space

Drivaware has come up with something useful: the LaneFX , a controller that connects your power mirrors to your turn signals, so that when you signal (you do signal before you turn, right?), your mirrors swivel outward to show your blind spot. Hey, if this keeps just one cyclist out of the hospital, I'm happy.

Generally speaking, larger vehicles have larger rear blind spots. For example, the blind spot behind a typical sedan could only hide a small animal, while the blind spot of an SUV can hide small children, resulting in as many as 50 children being killed by reversing SUVs each year. The blind spot behind tractor trailers can contain entire vehicles, which is one reason many trucks carry warnings not to follow too close, such as "if you can't see my mirrors, I can't see you." This is partly because the driver's position is higher in a tractor-trailer.

Larger vehicles also have much larger front and side blind spots. Tractor-trailers have not only large rear quarter blind spots, but also a large blind spot directly to their left and to their front-right.

There are a number of products available to consumers to deal with the blind spot problem. Convex mirrors, often called "spot mirrors" can bring blind spots into view, but their optical properties impart a great deal of distortion so as to make it difficult to judge distances. Newer technologies using aspheric mirrors allows the blind spots to be virtually eliminated while minimizing distortion.

Compare Backup Sensors & Cameras to ParkFX

Get the Latest Information on the Most Reliable Backup Warning Technologies

Not all reversing aids are equal. The sensing technology and the indicating method are critical to your driving safety.

How a park assist system alerts you

One option is video, which at first seems like a great choice. But one major flaw with having a video camera affixed to the back of your car with a monitor on your dashboard is that it also forces you to look forward while backing up. That can disturb your perception, your reaction time, and feel very unnatural. They are also extremely expensive, and you'll pay thousands of dollars to have a video system attached to your car, whether from the dealer or an aftermarket supplier.

Compare that to other bargain basement devices which actually have LED displays (little red lights) on your dashboard. These are cumbersome -- almost useless -- for much the same reason as video: when you drive in reverse, you naturally look behind you, and you'll never see the little red lights. They are also hard to read in bright sunlight.

Some other bargain technologies use a tone which beeps more rapidly as you get closer to an obstacle. You can at least hear the relative distance just by listening to the beeps, but you have to practice a bit to really understand how far you are from danger.

That's why an audible voice sensor is best. It tells you in a spoken voice exactly how far away you are. Not only do you not have to awkwardly look forward at your dashboard, you'll know without guessing how much further you can safely back up.

How a reversing aid detects objects

If you've never seen or used a reversing aid, you might be surprised at how technically advanced they actually can be.

Reversing aids use a variety of technologies to sense an object behind the car. Some units use Doppler radar, and others use infrared sensors, but by far the most accurate method of detection is the one the U.S. Navy uses on its submarines: sonar.

Sonar can operate in any weather, including direct sunlight or rain. And it doesn't require that the car be moving in order to sense an obstruction.

Top 5 Auto Safety Technologies

Which of the often-expensive new technology might really save your life? Cars and trucks have become a lot safer in the past decade, but some 43,000 people still die every year on U.S. highways. To be sure you and your family do not wind up among these statistics, you want the latest and best auto safety equipment available when you buy a new car. But unless you can afford a luxury car--where most safety gear will be standard--you will have to make choices about how much to spend on optional auto safety equipment.

Some state-of-the-art auto safety devices--such as blind spot detection systems --aim to help you survive once an accident happens. Others--even better--help to control skids and other dangerous situations, aiming to avoid accidents entirely. To stay safe, you ideally need both preventive and protective equipment. New auto safety gear may be especially important if you are thinking about buying a sport utility vehicle (SUV).

J.D. Power & Associates' Consumer Ratings of Top 5 Auto Safety Technologies:

1. Tire-pressure monitoring
2. LaneFX style blind-spot detection / side assist / collision warning
3. Lane-departure warning
4. Emergency brake assist/collision mitigation
5. Rearview backup camera
   

LaneFX Standard Features to Make Every Lane Change Safer

Q. Even though LaneFX is ultra simple concept, you've managed to make LaneFX a very feature rich product. Correct?

A. Absolutely. Let me give you a brief walk through of the features and add-on options of the LaneFX system:

1. First we talked about the universal fit of LaneFX.
2. Second, ease of installation (which you have to remember quick installations mean less cost of ownership to the customer and faster seamless installations mean higher customer satisfaction). The way we were about to simplified installation on hundreds if not thousands of power mirror systems is by using an Intelligent Learn Technology. So all the installer has to do is hook up a set of 3 wires on either side of LaneFX module. And then all the installer has to do is start learn mode and the unit "learns" the wiring setup of the vehicle and configures itself on that basis. No complex wiring diagram, no programming required.
3. Third, all mirror movements are fully customizable at installation. We wanted to make LaneFX as responsive to the driver and tailored to the driver's preferences as possible. So with every LaneFX unit, each driver can customize how far the mirror opens up, how long it pauses when it gets there, and even how fast the mirror should move. You can control your preferences separately for the right and left mirror.
4. LaneFX is intended to be a concealed unit either under the dash or in the trunk. So these adjustments should be made at installation and you can always tweak them or change occasionally after that.
5. Another feature we offer in the system is control of both mirrors. So you control the left and right mirror separately or concurrently.

Q. And all of these features you mentioned are standard in every LaneFX box?

A. Yes. That's correct.

Q. But I also understand that you have a number of optional add-on components that a customer can choose to further enhance his/hers LaneFX system.

A. Our team has worked very diligently to research what consumers would like to have in their complete LaneFX system. Let me share with you a quick list of what some of these options are:

1. First is a very inexpensive add-on component we have that we think is going to be very popular, especially among entry level domestic vehicles is the optional Mirror Speed Boost. With this component owners of vehicles with slow moving power mirrors can safely boost their mirror movement speeds up to 200% of OEM speed. This will provide drivers with a way to ensure that LaneFX movement is responsive to their driving needs. All of the mirror speeds are customizable by the driver from 80% to 200% of OEM speed, and those adjustments can be done separately for left and right mirrors.
2. Second we have a great optional component that's quite frankly is a driver awareness system in and of itself: ParkFX. ParkFX is an active park assist and curb exposure system that uses your side mirrors to expose the parking boundaries around your vehicle as your backing up. Much in the same LaneFX moves your mirror outward to expose the blind spot next to you and behind you, ParkFX tilts the blind spot mirror downward when you put the vehicle in reverse to expose either the parking lines let's say if you were in a mall parking lot, or more importantly to expose the curb in parallel parking situations. When you take the car out of reverse, the mirror comes back to its original position, every single time. Just like LaneFX, ParkFX is universal and fully-customizable to the driver's preferences. The system works on any vehicle, new or old, domestic or import, manual or automatic transmission. And you can choose to have ParkFX control the left, right or both mirrors. And to be complete, you can also configure at installation how much ParkFX should tilt each of these mirrors when the vehicle is backing up. So for a big SUV, you can choose the blind spot mirrors to tilt down farther than say someone who drives a small sedan. Everything is universal and fully-customizable to your needs.
3. Thirdly is an add-on component we are very proud of: our Turn Signal Link integration kit. I put my blinker on and that activates LaneFX to show me my blind spot before I change lanes? Yes exactly. And you can also configure the Turn Signal Link integration kit to activate only when the vehicle is moving above certain speed, like over 55mph to have it only activate on when you're on the highway, or say over 35mph in an urban city setting.
4. The forth in our options list is a plug-and-play wireless controls kit. We've heard time and time again that drivers would ideally like the LaneFX controls at the finger tips, just like your horn or turn signal stalk. this tiny module I am holding is an example of a left-hand wireless control. So we designed this wireless kit so that installers never have to worry about running wires to the steering wheel (which is a no no) and to give the customer to place the controls anywhere. The wireless controls kit includes two controls for left and right and is designed to fit behind one of your steering-wheel spokes. The placement is meant to avoid competing with the increasing number of OEM buttons on the front of the steering wheel. Also the placement behind the top spoke make the LaneFX control within the reach of a finger tip without having to move a hand off the steering wheel regardless in you drive with your hands in the 10-to-2 position or racing style.
5. One more plug-and-play optional component which is our Speed Sensitivity Mode. This is an add-on component that integrates with OBDII port of virtually any vehicle and continuously reads the vehicle speed. The LaneFX module is pre-programmed to take advantage of this option and it then produces more dynamic mirror movement based on the vehicle speed. This ensures an ever greater degree of responsiveness to the driver's needs in real-time. So LaneFX moves the mirror faster at say 70mph than at 55mph? Exactly right, and it also pauses less when it reaches its maximum expansion angle at higher speeds.

Introducing LaneFX - The World's First Active Blind Spot Exposure System

Take the Safer Lane Change Alternative for a Test Drive Online

The blind spot mirrors mechanism used by motorists is an entirely manual task. As part of basic driver education, drivers are taught to check their Blind Spot Zone before executing a lane change by turning the driver’s head by as much as 90 degrees in the direction of the desired lane check/change.

This manual technique to the persistent Blind Spot problem is inherently flawed in the following ways:

1. The driver is required to direct his / here direction away from the road ahead.
   The head turning task is strictly voluntary to the driver. Driver fatigue or low alertness levels can contribute to ignoring or neglecting to perform this manual check when changing lanes.
   Human perception of sight ahead is based on a concept of continuity.
2. Any product that eliminates or reduces FOR Adaptation Time can provide significant benefits in collision avoidance. In normal highway traffic flows, 280-1,200 milliseconds of FOR Adaptation Time translate into 124 feet of advance emergency stopping distance.
3. Vehicle designs vary widely. Some vehicles have severely restricted side view through and behind the driver side B-pillar. This occurs most commonly in some sports cars and convertibles. Similarly, tall SUVs, while having ample viewing room up to the B-pillar on the driver side, have impeded blind spot mirrors to their relatively large dimensions, including height. In essence, any B-pillar or height design issues inherently limit the side and rearward view through the driver’s side window. This consequently further limits the reliability and efficiency of conventional Blind Spot checking mechanism in preventing avoidable lane change collisions.