New Year's Day is the worst holiday for car thefts

Officials from the Des Plaines-based National Insurance Crime Bureau said Tuesday that New Year's Day has been automobile thieves' favourite vacation.

Police plus insurance officials are warning drivers to be sure that while they're having fun ringing in the New Year, they're not making it simple for a automobile thief to start 2011 on a productive note.

According to National Crime Information middle figures, 2,760 cars were reported stolen on New Year's Day in 2009 plus 2,189 were taken on New Year's Eve.

Christmas day is not for giving, it's also for not stealing. According to the National Insurance Crime Bureau, December 25th is the day lots of thieves take a break from stealing cars. kind of them, no? But here's the bad news: those thieves are postponing their nefarious ways for a week. That's right, New Year's Day is the worst vacation for automobile thefts.

Here's some raw data: 2,760 vehicles were reported stolen in the United States on January 1st, 2009, plus 2,189 were stolen on New Year's Eve. Naturally, this year is expected to much do likewise, though the actual number of stolen vehicles is expected to fall for the seventh straight year.

what are you able to do to combat the issue? Mostly exercise some common sense. The NCIB recommends the following: parking in well-lit areas, keeping packages in the trunk or out of sight, plus ensuring your vehicle is locked while it's parked. And installing some alarm or with reverse sensors which has warn function, Or you could drive an unstealable automobile... Check out the entire press release after the break.

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Backup Sensors Reduce the Cost of Safety

Vehicle safeguards such as backup sensors method can help limit financial loss and legal liability. Not only are you able to help eliminate vehicle blind spots, you can also monitor and record events in and around your vehicles. With the latest collision avoidance expertise, driving risk declines and so can the cost to insure a few delivery trucks or a whole fleet of utility vehicles.

In case you are a business owner or fleet manager, employee health and safety is critical to the success of your company. Accident prevention is a powerful device for reducing liability and lowering the cost of operation. For example, a Mobile parking sensor method can aid in blind spot detection behind the vehicle, avoiding the expense of even a minor, yet expensive vehicle repair. what is the true cost of a small driver error when you consider worker down time, lost productivity, rescheduling, insurance premium increases and feasible customer delivery delays?


Commercial van drivers are well aware of the difficulty of backing up their trailers, often in very tight spaces. By the shear nature of the delivery method, the likelihood is greater that even the most experienced driver will have some type of mishap. A Mobile Awareness wireless rearview camera or impediment detection sensor method is a small expenditure when you consider the cost tag of a major trailer repair or replacement, towing and cleanup, workers compensation and legal fees.

what is the true cost of a van and/or trailer tire mishap? Since it is not limited to the time delay and expense of repairing or replacing a damaged tire, you ought to consider an effective tire pressure monitoring method (TPMS). Mobile Awareness believes that a quality TPMS is an essential element in any fleet maintenance program if significant safety improvement and cost reduction goals are to be realized. It can do just that by detecting overheated, under-inflated, over-inflated and slow leaking tires before a major tire incidence occurs. Additionally, it will improve your fuel economy as well as maximizing the general tire casing and new tire wear.

A Talking Parking Sensor

Recently, a "talking" of the parking sensor was appeared on market in Beijing. According to reports, this reverse sensor detection by the host and a four-wide angle ultrasonic probe composition, close to the barrier to provide simulation of voice prompts, to help "newcomers" auxiliary reversing safety devices.

Usually, people are reversing to determine by visual observation of the distance between car and obstacles.
But for a new driver, the sense of space is poorer than skillful drivers. Driving longer, wider car, the distance can not be accurately judged by a new driver; Reversing at night is more vulnerable to dark solar films and effects of light, then hit the railing, stairs, trees and other obstacles .

Installing a "talking" automotive parking sensor , the one hung up reverse gear, there will be voice prompts accurately the distance between vehicles and obstacles, to help drivers to eliminate blind eye. Because "talking", reversing off the radar information provided by the driver's attention, the driver can concentrate on the car, then make reverse be more safe.

In addition to voice prompts, the "talking" parking sensor also offers LCD (liquid crystal display). When the voice prompt is not needed, drivers can turn off the volume, relying on information provided from the LCD display to reverse.

Reverse Parking Sensor Evaluation

While each vehicle has a rear view mirror, but inevitably, after all, as there is a blind spot. To compensate for this deficiency, the installation of parking sensor may be the new owners' choice.

Then many reversing radar what the market performance? Whether the newcomers can solve the trouble reversing? New Express vehicle testing in heart has been installed on board on a number of car parking sensor during the actual measurement.

Parking sensor works

Major role in reversing radar when in reverse, using ultrasonic principle, by the device on the rear bumper send ultrasonic probe on the impact. After the reflection of this wave probe obstacles to calculate the body and the actual distance between the obstacle and then prompted for the driver to stop and reverse easier and safer. Tips for reversing radar can be divided into liquid crystal, three kinds of language and sound; to receive a wireless transmission means and cable transmission and so on.

Parking sensor is a safe vehicle parking assist device, to lift the drivers start parking and vehicle access around before and after the trouble caused, and to help the driver to remove the dead zone and blurred vision defects, improve driving safety.


Test 1

Parking sensor Brand: Rail general probe: 4

Warning prompt by: Sound + mirrors digital distance display

Installation of vehicle: Passat

Warning from the test: we first tested with an ice cream bucket and found the car parking sensor simply undetectable! Until the ice cream barrel accumulate to the height of 50 cm can be tested. The reversing radar obstacle distance display accuracy of 10 cm. Measured in barrels of ice cream for the longest detection range of 120 cm, reversing radar display at this time distance of 130 cm. The most important proximal. Distance of 40 cm were tested and the results are still accurate. But when the ice cream barrel less than 40 cm away from the rear, the parking sensor display from "0." That is the smallest of the reversing radar detection range of 40 cm.

Obstacle azimuth display test: the reversing radar only shows the left or right barrier.

Detect dead test: When the top ice cream bucket center deviation 8 cm above the probe center, the probe can not find the existence of the ice cream bucket! Also issue of sensor means of ultrasonic sound beam is narrow, cone obstacle detection on the tube there are more dead.

Conclusion: Reversing Radar 50 cm below the height of obstacles in the "blind eye" to detect acoustic beam is too narrow, when the obstacle departure from exploration. When the head is on the point of view, there is a big blind spot detection, obstacle detection cone of the tube there are more bind spots.

Test 2

Parking sensor Brand: All safety probe: 4

Warning prompt by: Sound + Digital Display + direction from light to indicate

Warning from the test: the reversing radar obstacle distance display accuracy of 1 cm. Measured in barrels of ice cream vehicle farthest with a detection range of 140 cm, reversing radar display at this time distance of 154 cm. The most important proximal test, we were at 50 cm, 47 cm, 40 cm and 35 cm for distance test, the results are very accurate. However, when ice cream barrels less than 35 cm away from the rear, the parking sensor display from "0." That is the smallest of the reversing radar detection range is 35 cm.

Obstacle azimuth display test: the reversing radar can accurately displayed.

Detect dead test: When the top ice cream bucket center 6 cm above deviate from the probe centers, the probe can not find the existence of ice-cream bucket! That is the issue of sensor ultrasonic beam is narrow, cone obstacle detection on the tube there are more dead ends.

Conclusion: The safety of this reverse sensor, proximal more accurate detection range, obstacle detection and accurate location. However, acoustic detection beam is too narrow,

When the obstacle is on the point of departure from the probe when there is a big blind spot detection, obstacle detection cone of the tube there are more dead ends.