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.

Bruce Gazdick's "Practical Applications of CDR Technology" Class Taught at MSC

Bruce Gazdick's Power Distribution Center (PDC) tool

William Messerschmidt
Principal Technical Analyst
MSC

On June 18th, Messerschmidt Safety Consultants (MSC) hosted "Practical Applications of CDR Technology," at our Pelham, Alabama office. The course was taught by Mr. Bruce Gazdick of L & L Investigations and was attended by the staff of MSC, as well as local law enforcement officers from Hoover and Pelham, AL Police Departments.

It was a great privilege for us at MSC to have Bruce Gazdick teach this fantastic class at our Pelham, AL office. Bruce is a former Jacksonville, Florida Deputy Sheriff who handles products liability investigations nationwide with ESIS and EAA. Bruce also works as an instructor for the Institute of Police Technology and Management, where he teaches "Event Data Recorder Use in Traffic Accident Reconstruction," along with Mr. Richard Ruth and Mr. Bill Wright.

Bruce designed and developed the Power Distribution Center (PDC), which is a tool that facilitates accessing Event Recorder data in heavily damaged passenger vehicles. The eight-hour course, which included lecture, Q&A, and hands-on training focused on using the PDC and preserving diagnostic fault data in airbag modules.

We'd like to thank all of those who attended--and especially our instructor Bruce Gazdick--for an excellent day of training!

US Senate Passes Bill 1813 Mandating Event Data Recorders (EDRs) in Passenger Vehicles by 2015

Benjamin Smith
Principal Technical Analyst
MSC MS

Earlier this month, in the 2nd Session of the 112th congress, the United States Senate passed Bill 1813, which mandates the presence of event data recorders (EDRs) in all vehicles sold in the US by 2015. Additionally, the US House of Representatives is considering similar legislation.

Section 31406, titled “Vehicle Event Data Recorders,” indicates that Part 563 of Title 49, Code of Federal Regulations, will be revised with new regulations centered on the implementation, capabilities, ownership, and accessibility of EDRs in passenger vehicles available in the United States.

Furthermore, Part D (revisions) of Section 31406 requires that EDRs record data for a “reasonable” amount time before, during, and after an airbag deployment or rollover and that these data be accessible by means of “commercially available equipment” in a “specified data format.”

Read the document (pdf) regarding Senate Bill 1813 released by the Government Printing Office (GPO).

Messerschmidt and Austin to Present at the 2012 ARC-CSI Crash Conference

Kelly Messerschmidt
Technical Communications Manager
MSC

Bill Messerschmidt of MSC, and Tim Austin of the Wisconsin State Patrol Academy will give a presentation on “Using ECM Diagnostic Data in Crash Reconstruction” at the 2012 ARC-CSI Crash Conference, which will take place June 4-7, in Las Vegas, Nevada.

Messerschmidt and Austin’s presentation explores the presence of important, volatile fault data in heavy vehicle Engine Control Modules (ECMs) that are oftentimes ignored, inadvertently erased, or overwritten during the ECM data imaging process.

They will discuss how and when diagnostic records are written, how they can be useful in collision investigations, as well as how the data can be preserved correctly. Messerschmidt and Austin will describe data imaging methods, such as the use of surrogate vehicles and devices like the “Truck in a Box.”

The ARC-CSI Crash Conference takes place annually and—as they have done for the past 10 years—the ARC-CSI Crash Team will conduct multiple, fully instrumented live crash tests of vehicles in real world crash scenarios. Learn more about the crash tests.

The two days that follow crash test day are comprised of technical presentations given by experts from around the world on topics relevant to investigating and reconstructing vehicle collisions. Learn more about the topics and speakers for the 2012 ARC-CSI Crash Conference.

Register to attend this year’s conference.

AL Governor Bentley Signs Law to Prohibit Texting While Driving

Kevin Jones
Technical Analyst
MSC

On Tuesday, 08 May 2012, Alabama governor Robert Bentley signed a bill that outlaws texting while driving. The law goes into effect on 01 August 2012. The law doesn’t prohibit dialing a phone; however, it does ban texting, instant messaging, and sending emails while operating an automobile.

Alabama is the 38th state to make texting while driving illegal. Under the new law, if a person is ticketed for a texting-while-driving offense, he or she could be fined up to $75 and receive violations on his or her driving record. Gov. Bentley compared the new law to Alabama’s seatbelt law, which is also a measure to prevent fatalities in motor vehicle crashes.

Read a news article about Alabama’s new law banning texting while driving.

DOT Launches Creative Icon Contest for Teens: the "Distracted Driving Design Challenge"

Kelly Messerschmidt

Technical Communications Manager

MSC

This week, the National Highway Traffic Safety Administration (NHTSA) released new findings indicating that teenagers are the least likely vehicle passengers to speak up when drivers are texting or talking on a cell phone. Read more about this recent research in NHTSA's April 2012 “Traffic Safety Facts: Research Note" document.

In order to encourage teens to tell distracted drivers that cell phone use behind the wheel is dangerous, the Department of Transportation (DOT) has launched a new social media icon contest, called the "Distracted Driving Design Challenge." The contest is open to US teens, ages 13-18. The winning graphic will be incorporated into DOT’s official campaign to end distracted driving and will appear in numerous social media outlets.

The DOT invites teens to submit an original, creative icon, measuring 180 x 180 pixels, in either JPG, TIF, PNG, or GIF image format that sends the clear message that cell phones and driving don’t mix.  Learn more about the contest; then submit an entry between the dates of April 16 – July 31, 2012. The winner will be announced on September 4, 2012.

Traffic crashes are the leading cause of death for American teens. Because texting requires a driver’s visual, manual, and cognitive attention, it is a particularly dangerous distraction.