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.

Merging Into Highway Traffic Proves Difficult for Most Drivers

Drivaware reports lane changing on busy highways can be difficult for even the most experienced drivers. The secret is to plan ahead by knowing what other vehicles are doing around you.

In Drivaware's interactive demo on safe lane changes and merges, the car in the right lane is traveling faster than your car. Many impatient drivers will (wrongly) tailgate slower vehicles traveling in the fast lane. Be proactive! Avoid this situation by staying right as much as is practical. In this example, it would be best to move your vehicle over to the right lane as soon as it is safe.

Remember you have blind spots, and that the blind spot on the right is larger than on the left. Before you change lanes, turn your head carefully to check the appropriate blind spot.

Once you've successfully negotiated the lane change, make sure your turn signal is off. This is important. If other drivers see that your turn signal is always on, they may not trust you on the highway! They will never know when you want to turn and when you don't.

Basic Skills for Safer Commutes

Driving has changed a lot since most of us first got behind the wheel. This section will help you to keep a constant watch on your surroundings, the vehicles and people around you at all times.

An important factor to take into consideration when driving is to check your mirrors frequently, and also check the blind spots, by looking over your shoulders before switching lanes or making turns. As we age, most of us become less flexible, so check out the information on this site about exercises that will keep you limber and help you drive safely.

Knowing the needs of other traffic like trucks, buses, motorcyclists, cyclists and pedestrians is very important. For example, trucks should be provided with extra space, as they need wider turning lanes, watch out for buses, as they need to enter traffic from stopping lanes, and give pedestrians plenty of time to cross the road.

Everyone has one or two problematic areas of driving. Click the links on your right, to the areas that give you trouble. We can all improve our driving.

OhGizmo Special Product Review

LaneFX - Blind Spots Revealed

A lot of new cars include detection systems that will alert the driver when a vehicle (or some other large object) is sitting in their blind spot. Drivaware is now selling a third-party solution that does more than just alert the driver when something is in their blind spot, it shows them.

When the turn signals are activated the LaneFX system will automatically move the corresponding side mirror outwards showing the driver what might be hiding in the vehicle’s blind spot. The LaneFX system can also include the ParkFX feature which will automatically tilt both side mirrors down while the vehicle is being driven in reverse.

The Drivaware LaneFX system can be installed on any car with power side mirrors and is available in a Basic Edition for $197, a Highway Edition for $242 and a Commuter Edition for $296 depending on what features you may need.

Why Turn Your Head Away From Traffic?

Turn your side mirror instead whenever you need to change lanes!

LaneFX is a controller that links your car's power mirrors and turn signals, and whenever you use your turn signal, it automatically moves the mirrors outwards so you can instantly see in your blind spot. LaneFX can also be outfitted with ParkFX, which tilts both mirrors down so you can see where you're parking.

What a great idea—this beats the hell out of that "objects are closer than appear" concept which gives you a distorted view of reality in that right-side rearview mirror.

LaneFX does make two assumptions, though: that you have power mirrors in your car and that you actually use your turn signals when you're going to change lanes. You do signal when you're changing lanes, don't you? Sale prices start below $170. What a deal! Get one in time for the holidays and have safer winter driving.

How To Avoid Car Gadgets & Choose the Right Park Assist Technology for Your Driving Safety

Know how the device mounts on your vehicle.

Camera and sensor systems that are mounted on the vehicle’s bumper or bodywork may necessitate drilling. They may not be the best choice if you lease your vehicle. If you have a hitch, you can consider a model that mounts in the trailer-hitch receiver. But you would have to remove the system to use your hitch. Other camera and sensor models mount on the license-plate frame. But some states prohibit frames because they can obscure the plate.

Within types, features vary. This is especially true with the sensor models we tested. The ultrasonic systems were generally the most sensitive, but their performance was adversely affected by rain, snow, or other inclement weather.

The microwave-based sensor systems we tested were not affected by weather but are less sensitive as a group. They also don’t warn the driver unless the vehicle or object behind it is moving.

The display quality of the camera-based models is very good, although it doesn’t match that of the larger screens on some carmakers’ systems. Most of the system displays turn on when the vehicle shifts into reverse, but one, the Audiovox, must be turned off and on manually.