Tag Archives: underride guards

Who should bear the responsibility for deaths & injuries due to known safety defects?

Should there be criminal penalties for cases in which persons are killed as a result of known safety defects in vehicles?

What is a “safety defect” anyway?

http://resources.lawinfo.com/personal-injury/products-liability/toyota-recall/what-is-a-safety-related-motor-vehicle-defect.html “The United States Code for Motor Vehicle Safety (Title 49, Chapter 301) defines motor vehicle safety as “the performance of a motor vehicle or motor vehicle equipment in a way that protects the public against unreasonable risk of accidents occurring because of the design, construction, or performance of a motor vehicle, and against unreasonable risk of death or injury in an accident, and includes nonoperational safety of a motor vehicle.” A defect includes “any defect in performance, construction, a component, or material of a motor vehicle or motor vehicle equipment.” As reported by the Office of Defects Investigation ( www-odi.nhtsa.dot.gov) a “safety defect” is defined as a problem that exists in a motor vehicle or item of motor vehicle equipment that:

  • poses a risk to motor vehicle safety, and
  • may exist in a group of vehicles of the same design or manufacture, or items of equipment of the same type and manufacture.”

 

If there is a known safety defect and no attempt is made to correct the problem and someone dies or is seriously injured as a result, who should be held responsible for this and what price should they have to pay?

Some have written about this topic:

 

When I read the above article this morning, it reminded me of things said by Michael Lemov–in his book, Car Safety Wars; 100 Years of Technology, Politics, and Death, which chronicles interesting quotes and facts concerning the history of vehicle safety defects and their impact on matters of life and death:

  • “Enforcement should be strengthened to include criminal penalties, because drivers, Nader said, already face criminal penalties for reckless driving and similar offenses.”
  • p. 92, “…the miniscule amount that senator Robert Kennedy (New York) established the industry spent for automotive safety, in comparison to its billions in annual profits (less than one percent it turned out). Or the large number of ‘dealer recalls’ for defects (478 in 1965), many of which the manufacturers had not told car owners anything about.”
  • p. 92, “…the Johnson administration’s ensuing decision to ask Congress for the passage of the first federal motor vehicle safety law in history.”
  • p. 92, “President Johnson had included a statement on the motor vehicle safety issue in his 1966 State of the Union message to Congress–and to the millions of Americans listening that January evening. Johnson spoke mostly about the two overriding issues of the day–the administration’s ‘War on Poverty’ and the quagmire of the bloody, seemingly endless Vietnam War. In his ten-page State of the Union address the President devoted just two sentences to highway safety. He called for the nation to ‘arrest the destruction of life and property on our highways.’ And he said he would propose a Highway Safety Act to ‘end this mounting tragedy.”
  • p. 92-93, “The President’s transportation message released in early March 1966 further spelled out the administration’s traffic-safety plan. It forcefully stated the need for legislation on vehicle design-safety, placing it squarely in the forefront of the public’s consciousness: Last year, the highway death toll set a new record. The prediction for this year is more than 50,000 persons will die on our streets and highways–more than 50,000 useful and promising lives will be lost, and as many families stung by grief. The toll of Americans killed in this way since the introduction of the automobile is truly unbelievable. It is 1.5 million–more than all the combat deaths suffered in all our wars. . . No other necessity of modern life has brought more convenience to the “American people–or more tragedy–than the automobile. . . the carnage on the highways must be arrested. . . we must replace suicide with sanity and anarchy with safety.
  • p. 95, “Despite all the rhetoric, the main issue was relatively simple. How extensive should the new federal authority be to set enforceable national motor vehicle safety standards? That power was central to the proposed law. It was delegated in the administration’s bill to the inexperienced, business-friendly Department of Commerce. Ultimately it was to be transferred to the as yet nonexistent Department of Transportation. . . In handing off the issue to his senior colleague Magnuson, Senator Ribicoff was specific in his recommendations. Ribicoff repeated the gruesome statistics of rising deaths and injuries. He asked: Could it be that we have reached the point where we simply accept the highway toll as an ordinary fact of life? Is this one of the prices we must pay for the privilege for living in a modern, technological society? I hope not. We must concern ourselves with more than the causes of accidents.
  • p. 95, “Ribicoff endorsed the decades-old position of doctors, accident investigators, and university researchers, which had long been ignored by the manufacturers and the safety establishment: ‘We must look beyond the accident to the cause of the injury that results. I am speaking, of course, about the so-called second collision, the often lethal battering which the occupants of a vehicle incur as the result of even a minor crash.’
  • p. 95, “And Ribicoff challenged one of the key arguments of the manufacturers: ‘The automobile industry seems inclined to believe that the American public will not buy a safe car. In fact, some spokesmen for the industry have stated that safety doesn’t sell, and that they have no choice if they want to stay in business but to give the public what the public wants.'”
  • p. 95, “But Ribicoff argued that the public and the press were now ‘aroused’ and had finally grasped the ‘significance of the second collision’–and presumably the need for federal vehicle standards as a means of preventing the deaths and injuries ‘that inevitably result from accidents.'”
  • p. 95, “. . .Ribicoff said: ‘We believe the president’s highway safety bill can be and should be strengthened and improved.'”
  • p. 97, “Nader followed with a laundry list of defects in the proposed administration bill:
  • “It should ensure that motor vehicle safety standards applied to pedestrian safety.
  • “The federal standards should include their technical or engineering basis, so they could be evaluated by independent experts and the public[these technical specifications might be deemed trade secrets by the carmakers].
  • “The bill should make government issuance of the standards within one year, mandatory [not discretionary as provided in the administration’s bill].
  • “Court review should be broadened to include a right to sue for ‘affected parties’ and a right of review by ‘consumers and insurers.’
  • “The production of prototype ‘safe cars’ should be mandated.
  • “Vehicle manufacturers should be required to submit annual performance [crash] data, showing how well their cars were performing in actual use.
  • “All car-maker communications with their dealers regarding safety should be submitted to the government and be made public.
  • “Enforcement should be strengthened to include criminal penalties, because drivers, Nader said, already face criminal penalties for reckless driving and similar offenses.”
  • Car Safety Wars book cover

Who loses when there is a truck underride crash?

Who loses when there is a truck underride crash? Well, of course, the smaller vehicle’s driver and/or passengers (and their loved ones) are the most obvious victims of a truck underride crash. But does anyone else lose when an underride crash occurs?

How about the truck driver, who was not necessarily the one causing the crash but might lose some wages by being off the road in the aftermath? Or, how about the owner of the truck (trailer) who now has a damaged vehicle? Calling them victims makes sense.

But how about the company which manufactured the truck/trailer? Do they lose out on this deal? No. They are not impacted by a failed underride guard on a vehicle which they produce. However, I hope that that will not stop them from voluntarily jumping on the bandwagon and taking the lead to improve safety.

In fact, in 2014, we wrote to numerous companies in the trucking industry–asking them to voluntarily manufacture or purchase trucks with the safest possible underride protection. We are getting ready to send another letter out to them–letting them know what is happening in underride research efforts, which makes this a manageable request.

trailer manufacturer letter template January 2014

Some trailer manufacturing companies have been voluntarily taking steps to improve their underride guards. IIHS reports on their progress in this October 2014 Status Report:  http://www.iihs.org/externaldata/srdata/docs/sr4907.pdf

For more information on what is happening around the globe to improve underride standards, especially side underride guards, see this article by Andy Young, a truck driver/owner/attorney and chair of the American Association for Justice Truck Litigation Group’s Underride Committee (that’s a mouthful!):

Piercing-The-Passenger-Compartment

I hope to see a future where the trucking industry goes beyond compliance and voluntarily leads the way to providing the best possible protection by means of more effective underride prevention systems–rear, side, and frontal–on all applicable vehicles.

Please join us in encouraging them to do so.

gertie 2946

Celebrating Progress in Underride Guard Rulemaking: Advance Notice of Proposed Rulemaking on Single Unit Trucks (SUTs)

The current federal standards for truck and trailer crash protection do NOT currently include Single Unit Trucks (SUTs). These types of trucks are not required to have any rear underride guards. Yet, research has shown that there are many deaths due to smaller vehicles colliding with the rear end of SUTs.

Examples of SUTs are dump trucks, garbage haulers, concrete mixers, tank trucks, trash trucks, and local delivery trucks.

Today, NHTSA issued an advance notice of proposed rulemaking (ANPRM) for SUTs–the first step of a larger agency initiative to upgrade the standards for truck and trailer underride crash protection. This is very good news!

As soon as it gets published in the Federal Register, we will be asking people to put in their two cents worth online through a 60-day Public Comment Period.

http://www.nhtsa.gov/About+NHTSA/Press+Releases/2015/nhtsa-truck-underride-anprm-july2015

Straight Truck Advance Notice of Proposed Rulemaking nhtsa 3715[1]:

This announcement is about protecting more drivers and passengers,” said U.S. Transportation Secretary Anthony Foxx. “These vehicles are essential to transportation system, and we have a duty to the traveling public to take every opportunity to strengthen truck safety.”

 

This 79 page document spells out the details , ANPRM-underride-SUT-July2015 :

SUMMARY:

NHTSA is issuing this ANPRM following a July 10, 2014 grant of a petition for rulemaking from Ms. Marianne Karth and the Truck Safety Coalition (petitioners) regarding possible amendments to the Federal motor vehicle safety standards (FMVSSs) relating to rear impact (underride) guards. The petitioners request that NHTSA require underride guards on vehicles not currently required by the FMVSSs to have guards, notably, single unit trucks, and improve the standards’ requirements for all guards, including guards now required for heavy trailers and semitrailers.

Today’s ANPRM requests comment on NHTSA’s estimated cost and benefits of requirements for underride guards on single unit trucks, and for retroreflective material on the rear and sides of the vehicles to improve the conspicuity of the vehicles to other motorists. Separately, NHTSA plans to issue a notice of proposed rulemaking proposing to upgrade the requirements for all guards.

DATES: You should submit your comments early enough to ensure that the docket receives them not later than [INSERT DATE 60 DAYS AFTER DATE OF PUBLICATION IN THE FEDERAL REGISTER].

I have been told that it could take a few days, a week, or even longer to get published in the Federal Register. But when it does, we will most certainly inform you and ask you to make a public comment. Instructions will be provided.

Here is a photo of a Single Unit (or Straight) Truck which we saw on the road during one of our road trips recently. Note the rather wimpy (voluntary) underride guard.

Trip North May 2015 035Right now (without a requirement for SUT underride guards), whether they realize it or not, these trucks are “getting away with murder.”* We hope that this is the first step toward bringing that tragic and preventable situation to an end.

*”The killing of another person without justification or excuse, especially the crime of killing a person with malice aforethought or with recklessness manifesting extreme indifference to the value of human life.”(Is it “manifesting extreme indifference to the value of human life” to not do something which in fact could be done to prevent horrific injury or death?)

 http://www.thefreedictionary.com/Getting+Away+with+Murder

“To escape punishment for or detection of an egregiously blameworthy act. http://idioms.thefreedictionary.com/get+away+with+murder

We know all too well what an underride crash can result in:

IMG_4465

June 2013 article on straight trucks: http://www.truckinginfo.com/channel/safety-compliance/news/story/2013/06/ntsb-says-straight-truck-safety-not-receiving-enough-attention.aspx

 

Please note that this is only the beginning of a lengthy rule making process. But we are in this for the LONG HAUL and hope to see this advance in a timely manner to the end goal of safer trucks on the road. Here is a description of the regulatory process:

Regulatory Dashboard  http://www.reginfo.gov/public/jsp/Utilities/faq.jsp#dashboard

Q.    What is Reginfo.gov and the Regulatory dashboard and what information does it display?

A.     Reginfo.gov displays regulatory actions and information collections currently at OIRA for review. The Regulatory dashboard is a component of that site that provides an up-to-date and easy-to-read graphical representation of regulatory actions currently under review. The dashboard displays these regulatory actions by agency, length of review, economic significance, and stage of rulemaking.

Q.    What are the different types of significant regulatory actions currently displayed on the dashboard that undergo OIRA review?

A.    They are:

  • Notice  –  These are documents that announce new programs (such as grant programs) or agency policies.
  • Pre-rule (or advance notice of proposed rulemaking)  –  Agencies undertake this type of action to solicit public comment on whether or not, or how best, to initiate a rulemaking. Such actions occur prior to the proposed rule stage.
  • Proposed rule  –  This is the rulemaking stage in which an agency proposes to add to or change its existing regulations and solicits public comment on this proposal.
  • Final rule  –  This is the last step of the rulemaking process in which the agency responds to public comment on the proposed rule and makes appropriate revisions before publishing the final rule in the Federal Register to become effective.
  • Interim Final Rule  –  These interim rules are typically issued in conformity with statutory provisions allowing agencies to publish a final rule that becomes effective soon after publication, without going through the proposed rule stage. The “good cause” exception in the Administrative Procedure Act allows agencies to bypass public notice and comment on a rule when it would be impracticable, unnecessary, or contrary to the public interest. This process typically allows for public comment after the rule is published so that the agency still has an opportunity to consider public input and revise the rule accordingly.
  • Direct Final Rule  –  These rules are similar to interim final rules, except that there is no comment period after publication, on the ground that they are uncontroversial. Such rules are categorized simply as “final rules” for display purposes on the dashboard.

 

 

Help us prove that deadly truck underride can be prevented using NASCAR SAFER Barrier concepts!

Imagine a world where a race car crashes into SAFER* Barrier soft-wall technology and a race car driver climbs out of the smashed car–waving to a cheering crowd. (It happens at most every NASCAR racetrack!)

* SAFER = Steel And Foam Energy Reduction

Now imagine a world where a car regrettably crashes into a much larger truck and SAFER technology prevents it from riding underneath the truck. The car driver and passengers get out of their mangled car–shaken up but thankful to be alive and able to tell their story.

Help us make this a true story! Every $1 donated for truck underride research through AnnaLeah & Mary for Truck Safety  will bring us closer to the goal of preventing deadly underride crashes.

AnnaLeah & Mary for Truck Safety is a 501(c)(3) non-profit organization.  We are eligible to receive contributions that may be tax deductible for the donor.

Donate online NOW on this site: https://www.fortrucksafety.com/

Then SHARE this need. Thank you for your help.

To read about AnnaLeah’s & Mary’s story, go here:https://annaleahmary.com/about/ 

For details about the underride guard issue, go to:https://annaleahmary.com/underride-guards/

Underride Research Meme

After the success of the AnnaLeah & Mary Stand Up For Truck Safety Petition, our daughter, Rebekah, set up a Twitter account  to help us raise awareness about truck safety issues.

As I was browsing Tweets one day, I was intrigued by a “Thank you!” to Dr. Dean Sicking for SAVING MANY LIVES through the SAFER barrier he designed for NASCAR:

Great shout out to one of the major safety innovators in auto racing. How many lives has Dean Sicking’s work saved? http://usat.ly/1E21Xws 

I called Dean and told him our story; then I asked him if he thought he could use the same technology to design safer underride guards on trucks. He said, “Yes!” And, a few weeks later, he sent me a detailed proposal for an underride prevention research project:

Development of Trailer Underride Preventive Measures

The only problem is that there is no one putting money toward underride research. Not a priority. So, we are launching a fundraising campaign to raise at least $200,000 to fund:  Dr. Sicking’s Underride Research Project ($138,040)–along with  College Underride Senior Design Projects (including a team of six students at Virginia Tech), and additional promising underride research by engineers who share our concern about the current underride problem and think that they can come up with an effective solution. Crash testing at IIHS for any prototypes developed could cost $25,000 for the purchase of a trailer and a car.

Plans are also underway for an Underride Roundtable in Spring 2016 to bring together engineering experts and industry representatives. We also hope to publish a compilation of all this underride research to be made available in print as well as digital format.

Please help us prevent future unnecessary deaths due to underride crashes. Every $1 contributed to this cause will enable us to support vital underride research, which will make it possible to make safer trucks and thereby save other families the heartache of such tragic loss that we know all too well.

Donate online NOW. https://www.fortrucksafety.com/

Please share this opportunity by any means you can, including the sharing buttons on the donation site or by this clickable & printable AnnaLeah & Mary for Truck Safety Underride Research brochure:  ALMFTS Underride Guard Research Brochure

The Insurance Institute for Highway Safety (IIHS) has been instrumental in researching and reporting on underride crash testing and our story: IIHS Status Report October 2014

Watch this video to see how Dean Sicking’s SAFER Barrier soft-wall technology protected Danica Patrick — at Daytona Beach in 2012 — from suffering the same fate as Dale Earnhardt:

SAFER barrier pays off in frightening Danica Patrick crash (video)

(November 10, 2025) This video describes Dean Sicking’s important contribution to NASCAR safety:

Dean was recognized for his work by NASCAR in February 2025, Landmark achievement: Dean Sicking’s devotion to safety lauded by family, friends, NASCAR industry:

Sicking, a pioneer in both motorsports and roadside safety, was an honored guest at the NASCAR Research & Development Center on Thursday, one day ahead of his recognition as the Landmark Award recipient for outstanding contributions to stock-car racing at the NASCAR Hall of Fame Class of 2025 induction ceremonies.

AnnaLeah & Mary for Truck Safety is excited to begin raising money to support NASCAR’s safety hero, Dean Sicking, research for SAFER Truck Underride Guards.

After the success of our AnnaLeah & Mary Stand Up For Truck Safety Petition, our daughter, Rebekah, set up a Twitter account  to help us raise awareness about truck safety issues.

As I was browsing Tweets one day, I was intrigued by a “Thank you!” to Dr. Dean Sicking for SAVING MANY LIVES through the SAFER barrier he designed for NASCAR. SAFER = Steel and Foam Energy Reduction:

Great shout out to one of the major safety innovators in auto racing. How many lives has Dean Sicking’s work saved? http://usat.ly/1E21Xws 

I called Dean and told him our story; then I asked him if he thought he could use the same technology to design safer underride guards. He said, “Yes!” And, a few weeks later, he sent me a detailed proposal for an Underride Prevention Research Project:

Development of Trailer Underride Preventive Measures

The only problem is that we have not found anyone who is putting money toward underride research. Not a priority. So, now we are launching a fundraising campaign to raise $200,000 to fund Dr. Sicking’s Underride Research Project–along with a college senior design underride project and additional promising underride research by engineers who share our concern about the current underride requirements and think that they can come up with a more effective solution.

Plans are also underway for an Underride Roundtable in Spring 2016 to bring together engineering experts and industry representatives. We also hope to publish a compilation of all this underride research to be made available in print as well as downloadable.

Save the Date Underride Roundtable

Please help us prevent future unnecessary deaths due to underride crashes. Every $1 contributed to this cause will help us toward our goal of supporting underride research, which will make it possible to manufacture safer trucks  and, as a result, save other families the heartache of such tragic loss.

AnnaLeah & Mary for Truck Safety is a 501(c)(3) non-profit organization and is eligible to receive contributions that may be tax deductible for the donor. Your donation will help fund research that will save lives!

AnnaLeah & Mary for Truck Safety, Articles of Incorporation filed with the State of North Carolina

To donate online, go to:
http://fortrucksafety.com/

Then SHARE this need with your friends using the sharing icons provided on that website. Thank you for your help.

Underride Research Meme

For more information about AnnaLeah & Mary’s story and for details about the underride guard issue, go to: https://annaleahmary.com/underride-guards/

Printable & clickable brochure:   ALMFTS Underride Guard Research Brochure

IIHS Report on truck underride crash tests and our story: IIHS Status Report October 2014

Watch how Dean Sicking’s SAFER Barrier soft-wall technology protected Danica Patrick from suffering the same fate as Dale Earnhardt:

Visit NBCNews.com for breaking news, world news, and news about the economy

 

 

REAL WORLD ENGINEERING for safer roads: seeking designs for improved truck underride prevention structures.

From the Society of Automotive Engineers’ (SAE) facebook page:

“REAL WORLD ENGINEERING: Marianne Karth’s goal is to prevent more deaths from truck-related crashes like the one that claimed the lives of two of her daughters. She is seeking designs for improved heavy vehicle underride prevention structures.”

https://www.facebook.com/FormulaSAE/posts/418305385022284

Rebekah photo of crash

 

http://www.sae.org/servlets/pressRoom?OBJECT_TYPE=PressReleases&PAGE=showCDSNews&EVENT=FORMULA&RELEASE_ID=3080

Designs sought for improved heavy vehicle underride prevention structures.

WARRENDALE, Pa., July 8, 2015

Current truck underride regulations too often do not prevent underride crashes—which led to 2401 fatalities in 2013. “In a detailed study of 115 rear truck crashes (not all fatal, and including all large truck types, not just tractor trailers), we found that 46 percent involved underride that extended beyond the bottom of the windshield (i.e., the truck intruded into the passenger compartment). When restricting to the 28 crashes that were fatalities, this rises to 82 percent.” (Matthew Brumbelow based on his research: Evaluation of US Rear Underride Guard Regulation for Large Trucks Using Real-World Crashes,http://www.iihs.org/iihs/topics/t/Large%20trucks/bibliography/bytag )

Engineering students and professionals will take on the challenge of creating an underride prevention system that will surpass the current U.S. and Canadian standards. Key design interests include offset impact, misaligned vehicle paths, and occupant survivability. Design is based upon a light passenger vehicle and dry van semitrailer interaction.

Federal Motor Vehicle Safety Standard (FMVSS) No. 223 and Canadian Motor Vehicle Safety Standard (CMVSS) No. 223 describe the energy absorbing and mechanical deflection required for semi-trailers rear underride structures. NHTSA has initiated rulemaking for FMVSS No. 224 and No. 223. In the interest of this rulemaking, noteworthy designs will be presented to the NHTSA Deputy Administrator.

The objective is to attain underride prevention up to 50 mph at any degree of offset. The designs must be demonstrated to be practical in the context of the trucking environment. The hoped-for outcome is saved lives.

For more information about the underride issues go to:https://annaleahmary.com/underride-guards/

Papers should be submitted no later than May 1, 2016 (but will be reviewed as soon as received for the maximum impact) and sent to: marianne@annaleahmary.com

http://www.sae.org/servlets/pressRoom?OBJECT_TYPE=PressReleases&PAGE=showCDSNews&EVENT=FORMULA&RELEASE_ID=3080

The “Second Collision” Does Not Have To Be So Prevalent. We can do better at preventing death & horrific injuries.

Michael Lemov, in his book Car Safety Wars, sheds light on what has been responsible for so many deaths from vehicular crashes. The automotive industry has long claimed that “Safety doesn’t sell,” and consequently too-often did not include safety features in their vehicles. As a result, too many people have died from what has come to be known as the “second collision.”

Lemov describes it this way:

“During the first six decades of the twentieth century the American automobile industry seemed wedded to the idea that safe design was not its responsibility. There was no public demand, it was said, for safer automobile design. Nor did the industry seem to think it had much responsibility to inform the public about the risks of vehicle design and the omissions such as lap and shoulder belts.

“In the years before the enactment of the National Traffic and Motor Vehicle Safety Act in 1966, better-designed motor vehicles might have saved millions of drivers and passengers from death and injury in what had by then become known as the ‘second collision.’ This is the collision of the driver and passengers with the interior of their own vehicle during a crash.

“The basic physics of the ‘second collision‘ were described by Hippocrates in the fourth century BC when he contrasted the greater severity of wounds inflicted by a sharp penetrating object with the less-serious wounds produced by a blunt weapon. This established that when force is distributed over a larger area (say by safety belts over the shoulders, chest, and pelvis) rather than a small area (the face or head of a driver or  passenger) the force per unit of area is much less.

“Similarly, two centuries before the invention of the automobile, Sir Isaac Newton defined the relationship between velocity and deceleration of a moving object. Simply put, the greater the distance over which vehicle deceleration occurs the less injurious the force that is imparted to the occupant body, such as the head and neck. For example, the two-foot deformation, or crushing of the front end of a vehicle, is the stopping distance of an unrestrained passenger before striking the interior of the vehicle. In the same car, the stopping distance of the same passenger wearing a lap-shoulder belt, would be much greater, as the car decelerates over many feet, causing less injurious forces to the neck, skull, and body.5

“Detroit automotive engineers, of course, knew about these principles and problems of the physics of automobiles. Since at least the 1930s they had also known of some promising solutions.6 But their employers who called the shots were deterred either by cost, perceived engineering problems, or marketing considerations from doing anything much about applying them. Mostly the companies sold annual styling changes and more horsepower.7

“The reaction of the motor vehicle industry, dominated by General Motors, Ford, and Chrysler, to the increasing toll of death and injury (from about 33,000 deaths per year in 1950 to 53,000 in 1969)–was consistent. The manufacturers placed primary blame on the driver and on driver attitudes.” (Car Safety Wars; One Hundred Years of Technology, Politics & Death, by Michael R. Lemov, pp. 49-50)

Unfortunately, a similar attitude toward safety and truck underride guards has probably meant that underride prevention technology has been woefully inadequate and many people may well have unnecessarily died as a result.

In fact, the Insurance Institute for Highway Safety (IIHS) has told us in person that, “It is safer to run into a brick wall than into the back of a truck.” This is due to the fact that if you run into a brick wall with a vehicle equipped with a crush zone, that crush zone is able to go into effect and protect the occupants. However, if a vehicle hits the back of a truck and the underride guard fails, the vehicle goes under the truck so that the passenger compartment is intruded upon and the crush zone (air bags and seat belts) is not allowed to operate as designed.

George Rechnitzer, a professor and researcher from Australia who has done research with Transport and Road Safety Research (TARS) believes that the underride problem can be solved. In 2003, he authored this dissertation: The Improvement of Heavy Vehicle Design To Reduce Injury Risk In Crashes With Other Road Users.   https://www.filesanywhere.com/fs/v.aspx? (2003)v=8b6a69875e67767ca2a4

In the introduction, Rechnitzer says that,

“The thesis concludes with presenting the important concept that crash protection for
occupants is a function of the nature of the interface between the impacting vehicles
and /or the person. This hypothesis provides an alternate perspective on what is feasible
in occupant protection in severe impact scenarios. It clearly shows that contrary to a
common view in road safety, vehicle mass per se is not the major determinate of injury
outcomes. Indeed this thesis demonstrates that injury protection is feasible against high mass vehicles be they trucks, trams or trains, by appropriate design of the interface between impacting objects.

Here are crash tests of the underride prevention protection designed by George Rechnitzer:  https://www.youtube.com/channel/UCLsx40j16tnkR8qrxDY9IVQ .

Deadly second collisions do not have to be so prevalent; we can do this better!

Trip North May 2015 154

I survived an underride crash, but only because our car went backwards under the truck.

I am able to be an advocate — a vocal spokesperson on behalf of truck underride victims — only because our car was hit by a truck which spun us and then hit us again and thereby pushed us backwards into the rear of another truck.

The underride guard on the back of the truck did not withstand the crash (which is, in fact, the norm because current federal standards are ineffective) and neither did my two daughters, AnnaLeah (17) and Mary (13), who were in the back seat of the car which went underneath the truck. AnnaLeah died at the scene and Mary survived with horrific injuries–dying a few days later.

After finding out that it has already been proven that these underride guards are weak and ineffective, I have been thrust into the role of speaking up for improving the standards to provide stronger more effective underride protection to those who share the road with large trucks.

After we were joined, in the Spring of 2014, by over 11,000 people to petition Secretary Foxx to — among other things — improve the rule for underride guards, our petition was granted and a notice of rule making was issued for tractor-trailers:

We are waiting for this rule making to move forward to the next stage when we will be able to make Public Comments. This will be an important step and we will put out a call for support for this life-saving measure.

Recently, on June 12, 2015, the groundwork for a separate rule making on single unit trucks (currently not required to have underride guards, but responsible for countless crash fatalities) was sent to the Office of Information & Regulatory Affairs (Office of Management & Budget) for review:

Many advocates have worked hard before us to bring it to this point and together we need to continue forward until we have reached the goal of The Best Possible Protection.

Rebekah photo of crash

The Future of Underride Prevention: A conversation with underride researcher from Australia

Last evening, Jerry and I had a Skype phone call with Dr. George Rechnitzer from Melbourne, Australia. We had been corresponding with him via email for a few days, and he finally decided that we needed to have an actual conversation.

We had discovered the day before that George had done research twenty years ago to prove that more effective underride guards could be designed, built, and crash tested on actual trucks–at 75 km/h or 46 m/h.

George, a professor and researcher from Australia who has done research with Transport and Road Safety Research (TARS) authored this 315-page dissertation in 2003: The Improvement of Heavy Vehicle Design To Reduce Injury Risk In Crashes With Other Road Users  https://www.filesanywhere.com/fs/v.aspx?v=8b6a69875e67767ca2a4

Here is George’s extensive resume–outlining his vast experience with safety research: GRA CV of Dr George Rechnitzer – June 2015

What impact could this have upon the future of underride prevention strategies and solutions?

gertie 2947IMG_4492

 

Truck Underride Prevention Research Too Long Neglected; How Long Will This Highway Carnage Continue?

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(photo of our amazingly expressive Mary letting the world know her displeasure)

For far too long, the focus has disproportionately been on crash prevention solutions –at the expense of seriously examining the potential for innovative underride prevention solutions to prevent death when a truck crash actually does occur.

I just became aware of a research paper published in 1996 which clearly showed the potential for more effective underride protection: DEVELOPMENT AND TESTING OF ENERGY ABSORBING REAR UNDERRUN BARRIERS FOR HEAVY VEHICLES by George Rechnitzer  http://trid.trb.org/view.aspx?id=477219  (presented at the 1996 International Technical Conference on the Enhanced Safety of Vehicles in Melbourne, Australia, which is sponsored by NHTSA).

Furthermore, George Rechnitzer, a professor and researcher from Australia who has done research with Transport and Road Safety Research (TARS) authored this dissertation in 2003: The Improvement of Heavy Vehicle Design To Reduce Injury Risk In Crashes With Other Road Users https://www.filesanywhere.com/fs/v.aspx? (2003)v=8b6a69875e67767ca2a4

Please take note of the insight into truck crash fatalities which he describes in the Introduction (pp. 9-10):

“The conspicuous slow progress in reducing well-known and solvable hazards, is well illustrated by crashes involving heavy vehicles. Problems with heavy vehicle design
have been documented for decades, as illustrated by this 1928 Times newspaper report
(Times, 1928):

“‘Dr F.J Waldo, the senior Coroner for London, stated yesterday that
during the past year he had held 63 inquiries into deaths due to road
accidents. Deaths were caused in 20 cases by lorries or commercial vans –
without side life guards which are compulsory on motor omnibuses. Nine
deaths were caused by private motor vehicles and eight by motor
omnibuses. Pedal cycles caused eight largely on account of skidding and
the fixture of a wheel in the grove of the tramlines. There were also six
deaths by horse vehicles, five by taxicabs, four by steam lorries two by
charabancs and one by fire engine. One sixth of the number occurred
among children and young people in the city.’

“Since that time, heavy vehicle design has not improved significantly in regard to
reducing their harm potential in crashes with other road users. In Australia, heavy
vehicle crashes contributed around 18% of road deaths overall, representing in the 10
years 1983 to 1993 around 4000 fatalities and 17000 seriously injured. Most at risk are
the “other road users” making up 80% of these fatalities.

“This thesis’ findings, based on the author’s extensive in-depth crash investigations and
literature review, identify that the lack of compatibility, and aggressiveness of heavy
vehicle design is a major causal factor leading to the over-representation of heavy
vehicles in serious injury and fatal crashes. These findings counter the commonly held
notions maintaining that the main problem is the mass of the heavy vehicle – a factor
that is not readily amenable to change. Importantly, the study clearly identified that
design changes to heavy vehicles can be effective in reducing the injury risk to other
road users.

“This body of the thesis presents the author’s work on the development of applied
countermeasures involving the design, and crash testing of effective rear underrun
barriers, both rigid and energy absorbing. The energy absorbing system developed is
innovative as it uses a fibreglass tube as the crushable medium contained with two
concertinaing steel tubes. The Research provides the basis for the development of new
performance criteria for effective rear underrun barriers catering for centred and offset impacts. At the time this work on the new system was being developed, it was the first of its type (to the author’s knowledge) in the world.

“The thesis concludes with presenting the important concept that crash protection for
occupants is a function of the nature of the interface between the impacting vehicles
and /or the person. This hypothesis provides an alternate perspective on what is feasible
in occupant protection in severe impact scenarios. It clearly shows that contrary to a
common view in road safety, vehicle mass per se is not the major determinate of injury
outcomes. Indeed this thesis demonstrates that injury protection is feasible against high mass vehicles be they trucks, trams or trains, by appropriate design of the interface between impacting objects.

Here are crash tests of the underride prevention protection designed by George Rechnitzer: https://www.youtube.com/channel/UCLsx40j16tnkR8qrxDY9IVQ





Here are additional research papers published by George Rechnitzer (in conjunction with other researchers):

Here’s a photo of AnnaLeah in 1996 —  when much of this research was available but apparently largely ignored — and Mary was a twinkle in her daddy’s eye.

11 Baby AnnaLeah one-year in field

So many lives could have been saved. If only. . . And why has this unconscionable* situation been allowed to go on for so long?! Enough is enough!

* excessive, unreasonable, unwarranted, uncalled for, unfair, inordinate, immoderate, undue, inexcusable, unforgivable, unnecessary, needless; informal over the top  http://tinyurl.com/qgdhadv

You might be enlightened by the history of federal rulemaking on underride guards (found in the Insurance Institute for Highway Safety’s testimony in May 2009, in which they call for tougher underride guard standards) http://tinyurl.com/phlaqon (pasted below):

The history of Federal rulemaking on truck underride guards:

  • 1953 Interstate Commerce Commission adopts rule requiring rear underride guards on trucks and trailers but sets no strength requirements.
  • 1967 National Highway Safety Bureau (NHSB), predecessor to the National Highway Traffic Safety Administration (NHTSA), indicates it will develop a standard for truck underride guards.
  • 1969 NHSB indicates it will conduct research on heavy vehicle underride guard configurations to provide data for the preparation of a standard. In the same year the Federal Highway Administration publishes a proposal to require trailers and trucks to have strong rear-end structures extending to within 18 inches of the road surface.
  • 1970 NHSB says it would be “impracticable” for manufacturers to engineer improved underride protectors into new vehicles before 1972. The agency considers an effective date of January 1, 1974 for requiring underride guards with energy-absorbing features as opposed to rigid barriers.
  • 1971 National Transportation Safety Board (NTSB) recommends that NHTSA require energy-absorbing underride and override barriers on trucks, buses, and trailers. Later in the same year NHTSA abandons its underride rulemaking, saying it has “no control over the vehicles after they are sold” and “it can only be assumed that certain operators will remove the underride guard.” The Bureau of Motor Carrier Safety (BMCS), predecessor to the Federal Motor Carrier Safety Administration, considers a regulatory change that would prohibit alteration of manufacturer-installed equipment. This would nullify the major reason NHTSA cited for abandoning the proposed underride standard.
  • 1972 NTSB urges NHTSA to renew the abandoned underride proposal.
  • 1974 US Secretary of Transportation says deaths in cars that underride trucks would have to quadruple before underride protection would be considered cost beneficial.** 
  • 1977 IIHS testifies before the Consumer Subcommittee of the US Senate Commerce Committee, noting that devices to stop underride have been technologically available for years. IIHS tests demonstrate that a crash at less than 30 mph of a subcompact car into a guard meeting current requirements results in severe underride. IIHS also demonstrates the feasibility of effective underride guards that do not add significant weight to trucks. IIHS petitions NHTSA to initiate rulemaking to establish a rear underride standard. The agency agrees to reassess the need for such a standard and later in the year announces plans to require more effective rear underride protection. BMCS publishes a new but weak proposal regarding underride protection.
  • 1981 NHTSA issues a proposal to require upgraded underride protection.
  • 1986 IIHS study reveals that rear guards designed to prevent cars from underriding trucks appear to be working well on British rigs.
  • 1987 European underride standard is shown to reduce deaths caused by underride crashes.
  • 1996 NHTSA finally issues a new standard, effective 1998.
    IIHS, 2009

** And how many deaths due to underride crashes are underreported? For example, ours was listed on FARS (NHTSA’s Fatality Analysis Reporting System) as “Passenger Compartment Intrusion Unknown.”

The Insurance Institute for Highway Safety (IIHS) has been relentlessly drawing attention to this issue for some time now, including this video:

IIHS Status Reports with articles on underride guards:

  1. This issue featured our story & petition to DOT:  http://www.iihs.org/externaldata/srdata/docs/sr4907.pdf
  2. http://www.iihs.org/iihs/sr/statusreport/article/49/7/2
  3. http://www.iihs.org/iihs/sr/statusreport/article/46/2/1
  4. http://www.iihs.org/iihs/news/desktopnews/new-crash-tests-underride-guards-on-most-big-rigs-leave-passenger-vehicle-occupants-at-risk-in-certain-crashes
  5. http://www.iihs.org/iihs/news/desktopnews/underride-guards-on-big-rigs-often-fail-in-crashes-institute-petitions-government-for-new-standard
  6. http://www.iihs.org/iihs/sr/statusreport/article/49/7/1
  7. http://www.iihs.org/bibliography/topic/1756
  8. http://www.iihs.org/bibliography/topic/2025
  9. http://www.iihs.org/iihs/sr/statusreport/article/46/2/2