MSC to Host CDR User Training Classes in December 2012 (CDR Version 8.0 & Newly Covered Vehicles)

Kelly Messerschmidt
Technical Communications Manager
MSC

Messerschmidt Safety Consultants (MSC) will host the CDR Systems Operators Class and the CDR Analysis and Applications Class on December 3 – 7, 2012, at The Accelerator at Southern Miss, which is located in Hattiesburg, Mississippi. The classes will be taught by instructors Brad Muir and Jon Northrup, of Crash Data Specialists LLC. Muir and Northrup will be using the latest version of the Bosch Crash Data Retrieval (CDR) System, version 8.0.

The CDR System allows users to image important vehicle crash data present in the Airbag Control Modules (ACMs) of most late model production vehicles from manufacturers including Chrysler, Fiat, Ford, GM (Chevy, Olds, Buick, Pontiac, Saturn, Cadillac, GMC, Holden, & Opal), Honda/Acura, Isuzu, Mazda, Mitsubishi, Nissan/Infiniti, Saab, Sterling, Suzuki, and Toyota/Lexus/Scion.

Learn more about the vehicle coverage in CDR Software v8.0.

The CDR Systems Operators Class is an eight-hour class that covers the basics of operation, including how to determine if the subject vehicle is supported by CDR, how to select the appropriate connection method to safely image crash data, and how to create reports and save the imaged data for later use. This class serves as the prerequisite for the 32-hour CDR Analysis and Applications Class, which Crash Data Specialists will be teaching Tuesday through Friday (December 4 – 7, 2012).

The CDR Analysis and Applications Class teaches users how to understand the function of the Event Data Recorder (EDR) information present in some ACMs. In this class, users perform line-by-line data analyses, learn how to apply the data to the crash, and receive instruction on delta-v, closing speed analysis, and a variety of additional topics.

Register for the CDR classes online, or register by calling MSC's office at 205.444.0071.

View a printable flyer (pdf).

Apple Files GPS Synchronization Technology Patent

Kevin Jones
Technical Analyst
MSC

In May, Apple filed a patent that aims to allow synchronization between mobile devices and vehicles. This technology would be used to give sharper global positioning tracking and turn-by-turn navigation using Wi-Fi hotspots, cell towers, and sensor data. Location information may be shared between the vehicle and mobile devices to minimize the amount of time it takes for positions to be traced when signals are lost. This technology would allow synchronization of other aspects such as contacts between the mobile devices and vehicles.

To learn more about this, read "Apple Looks to Sync Mobile, Vehicle Devices," at MacNews.

ATRI Releases Roll Stability System (RSS) Analysis

Kelly Messerschmidt
Technical Communications Manager
MSC

Last Friday, the American Transportation Research Institute (ATRI) released the industry’s first major comparative analysis of Roll Stability Systems (RSS) based on operational data from over 135,000 heavy trucks. The analysis considered factors such as crash rates and costs, as well as technology costs, of Roll Stability Control (RSC) and Electronic Stability Control (ESC), and it compared these data to vehicles that do not use RSS technology. This study is available at ATRI’s website.

The results of ATRI’s study indicated that in addition to RSC installation costs being much lower than ESC installation costs, installation of RSC technology in trucks might result in fewer rollover and jackknife crashes when compared to trucks using ESC.

The release of this analysis is relevant, as the National Highway Traffic Safety Administration (NHTSA) recently announced a proposed new federal motor vehicle safety standard that would require ESC on all new tractors and certain buses that have a gross vehicle rating of 26,000 or more pounds.

Alabama to Become 38th State to Ban Texting While Driving

William Messerschmidt
Principal Technical Analyst
MSC

Tomorrow, 01 August 2012, Alabama will become the 38th State to ban texting while driving. This new law was authored by Representative Jim McClendon of Springville. According to the Birmingham News and AL.com, Rep. McClendon (who is a doctor of optometry) worked on this bill for six years prior to seeing it passed.

The law states:

A person may not operate a motor vehicle on a public road, street, or highway in Alabama while using a wireless telecommunication device to write, send, or read a text-based communication. (Read the full text from the Legislature.)

The law offers four exceptional circumstances when it is permitted:

• Dialing a phone number to make a voice call is still permitted. 
• Texting, emailing, and using an Internet browser is permitted if you are parked on the shoulder of the roadway. 
• You may use text communications to obtain emergency services, such as police, fire, paramedics, or other emergency health services.
• You made read the screen of a GPS device while driving, but not program locations and coordinates. 

Violating the new law will be worth two points on a driver’s license, and fines will be $25, $50, and $75 dollars (for the first through third and subsequent offenses), and the law can be enforced by State Troopers, city police officers, and a county’s Sheriff’s office.

Although the author of this post is uncertain how emergency police, fire, or health services would be obtained by text messages and email, the law very likely has the ability to save lives and property. Furthermore, only five states in the US allow drivers to send text messages while driving (technically, there is no state law in Hawaii, but each county in Hawaii has an ordinance against it).

View a map created by the Insurance Institute for Highway Safety of states that have banned texting and driving.

Benjamin Smith to Present at North Texas IASIU

Kelly Messerschmidt
Technical Communications Manager 
MSC

Benjamin Smith of Messerschmidt Safety Consultants will present to the North Texas Chapter of the International Association of Special Investigation Units (IASIU), on 20 August 2012, in Dallas, Texas.

The main focus of Smith's presentation will be on proper lighting and flash techniques for low-light environments. The presentation will also include the general principles of forensic photography, digital camera functions, and RAW file processing. Additionally, Smith will discuss modern, high and low dynamic range techniques that can be used for evidence detail enhancement and proper image exposure.

The presentation, titled “Forensic Photography,” is part of the North Texas IASIU’s continuing education program, and Smith’s presentation materials have been submitted for certification by the State of Texas for the Texas Department of Insurance.

Learn more the forensic photography services MSC provides.

In-Vehicle Technologies to Detect Drivers' BAC

Cat Messerschmidt
Summer Intern
MSC

Vehicles are built with improved safety features year to year with the goal of preventing accidents and reducing injuries. However, despite our having safer vehicles, according to the Driver Alcohol Detection System for Safety (DADSS) website, since 1997, about a third of all drivers who are fatally injured in accidents had blood alcohol concentrations (BACs) at or in excess of the US legal limit of 0.08 g/dL.

In order to help prevent accidents, DADSS has been researching and developing non-intrusive methods for checking a driver’s BAC using in-vehicle technology. The systems they are researching and exploring to measure a driver’s BAC would utilize a touchpad in the steering wheel or gearshift that sends infrared light rays through the driver’s skin, as well as a breathing sensor that is located in the steering wheel. These technologies would prevent the car from being driven when the driver’s BAC exceeds the US legal limit.

According to DADSS, one of the program’s goals is to have a research vehicle available by 2013. However, they anticipate eight-to-ten years as being the earliest that one could expect to be able to see this technology in a consumer-grade vehicle.

Mothers Against Drunk Driving (MADD)’s Vice President JT Griffin has stated MADD’s views on the subject of in-vehicle alcohol detectors as follows: “Drunken driving costs the U.S. $132 billion each year, and we think that $5 million… is a good use of transportation dollars to potentially eliminate the problem.”

Read a USA Today article (29 June 2012) on this subject.

Adaptive Headlights Crash Avoidance Feature Shown to Yield Benefits

Kevin Jones
Technical Analyst
MSC

Crash avoidance technologies used by auto industry manufacturers appear to be showing some promise, according to insurance claims analyses performed by the Highway Loss Data Institute (HLDI). Over the past few years, some select manufacturers have been placing features in cars that were designed to help drivers avoid crashes. Some of these features include lane departure warnings, blind spot detection, and adaptive headlights.

Adaptive headlights, which are offered by manufacturers that include Acura, Mazda, Mercedes, and Volvo, were shown to be one of the most promising crash avoidance features when it comes to decreasing dollars spent on auto property damage and injury claims. While regular headlights are stationary, adaptive headlights are designed to respond to driver steering, speed, and other factors, and adjust according the vehicle’s travel direction. Based on data from the study, the HLDI’s expectations for this feature were met and exceeded.

On the other hand, the HLDI analysis showed that some of the crash avoidance features that were added did not yield the results that were expected. More analysis is still necessary to determine why the frequency of collision and property damage claims did not fall with other avoidance features.

To learn more about the study please read an HLDI news release, dated 03 July 2012.