Driver Alcohol Detection System for Safety (DADSS) Technology Being Developed to Prevent Alcohol-Impaired Drivers from Operating Vehicles
As a personal injury law firm that regularly represents Clients who have been injured, or who have lost a loved one, at the fault of an intoxicated driver, we are excited by early reports detailing the development of the Driver Alcohol Detection System for Safety (DADSS). The following is an article on the technology that was recently posted on the website of the National Highway Traffic Safety Administration:
Waltham, Mass. -- U.S. Transportation Secretary Ray LaHood and National Highway Traffic Safety Administrator David Strickland today took a first look at new Driver Alcohol Detection System for Safety (DADSS) technology being developed to prevent alcohol-impaired drivers from operating their vehicles while under the influence.
Secretary LaHood and Administrator Strickland were joined by Shane Karr, vice president for Federal Government Affairs at the Alliance of Automobile Manufacturers, and Laura Dean Mooney, national president of Mothers Against Drunk Driving (MADD), and JD Crouch, president of QinetiQ North America's Technology Solutions Group for a demonstration of DADSS technology at the QinetiQ lab where it is under development in Waltham, Mass.
While still in the developmental stages, DADSS is seen as a potential tool for keeping drunk drivers from being able to operate their car if their blood alcohol concentration is at or above the legal intoxication limit (.08 BAC or higher). The technology could be voluntarily installed as an option for new cars. One system under evaluation determines the blood alcohol concentration through a touch-based approach and another system uses a breath-based approach.
NHTSA research shows that drivers involved in fatal accidents with blood alcohol levels above the .08 legal limit are eight times more likely to have had a prior conviction for impaired driving than drivers who had no alcohol in their bodies at the time of a wreck.
"Drunk driving continues to be a national tragedy that needlessly claims the lives of thousands of people on our highways each year," said Secretary LaHood. "We need to put an end to it."
MADD President Laura Dean-Mooney, who was left a widow and single mother when a drunk driver killed her husband, Mike Dean, welcomed the progress of the DADSS research effort, saying, "Auto makers have stepped up to help turn cars into the cure. This project has made substantial progress and this technology could one day be an important step in our efforts to eliminate drunk driving."
DADSS is being developed under a five-year, $10 million cooperative initiative between NHTSA and the Automotive Coalition for Traffic Safety (ACTS), an industry group representing most of the world's auto makers.
"What we're doing is developing technology that won't interfere with sober drivers, will require virtually no maintenance or upkeep and will have such precision that it only stops a driver when their blood alcohol content is .08 BAC or higher, which is the illegal limit for drunk driving in every state," said Shane Karr. "Now that we have actual prototypes, a tremendous feat in itself, we'll be working to identify the gaps in performance between these prototypes and the precise standards we've identified as true technology requirements. This will point the way forward for the next phase of research."
"The technology we are seeing here today could quite simply signal a new frontier in the fight against drunk driving," said NHTSA Administrator Strickland.
The next stage of development, which would include practical demonstrations of one or more of the alcohol detection technologies, could begin later this year.
"Whatever the future holds for these advanced drunk driving prevention technologies, one thing remains clear; no technology can, or should, ever replace a driver's personal responsibility not to drive drunk," the Administrator said.
In 2009, 10,839 people died nationwide in crashes involving a drunk driver. These deaths make up 32 percent of all fatal crashes.