Lawsuit because a ski helmet failed to protect a plaintiff from concussion.

Is this, the beginning of an avalanche of lawsuits for concussions from people wearing helmets?

Rogers v. K2 Sports, LLC, 2018 U.S. Dist. LEIS 217233

State: Wisconsin: United States District Court for the Western District of Wisconsin

Plaintiff: Steven Scott Rogers, by his guardian, Tracy Rogers, Tracy Rogers, Samba Health Benefit Plan, Blue Cross Blue Shield of Wisconsin, and State of Wisconsin Department of Health Services

Defendant: K2 Sports, LLC, Lexington Insurance Company, and AIG Europe Limited

Plaintiff Claims: negligence, strict product liability, and breach of warranty

Defendant Defenses:

Holding: Mostly for the Plaintiff

Year: 2018

Summary

This appears to be the first lawsuit over a ski helmet not protecting the skier from a brain injury. This is just a motion hearing. However, it provides some insight into the claims and defenses that will spring up in the future if people continue to believe that human-powered recreation helmets are going to protect against concussions and fatal head injuries.

Facts

Scott wore a K2 Phase 08 helmet while skiing with his stepson Coby at the Afton Alps Ski Area in Washington County, Minnesota, on New Year’s Eve 2015. Around 8:40 p.m., Scott and Coby skied down a beginner’s run called Nancy’s Nursery. Scott fell about halfway down the hill near some small mounds called “rollers.” Coby was in front of Scott and did not witness the fall. Another skier did witness the fall, but he was not able to recall any details about it, except that the fall did not seem unusual.

The fall left Scott unconscious and bleeding from his left ear. Scott was taken by ambulance to a hospital, where doctors conducted tests including a CT scan of Scott’s head. The accident caused brain hemorrhages and fractured Scott’s skull, left clavicle, and numerous ribs along Scott’s left side. As a result of permanent brain damage caused by the accident, Scott now lives at a VA hospital where he receives round-the-clock care.

The K2 helmet was certified as compliant with the standards of ASTM International, which is an organization that develops and [*4] publishes technical standards for a wide range of products.2 Compliance with ASTM standards is voluntary. The K2 helmet has three layers. The exterior layer is a hard-plastic shell. The shell is lined with an Expanded Polystyrene (EPS) energy-attenuating layer, which is supposed to absorb and dissipate shock from a blow to the head. The third layer is a comfort liner that can be adjusted to fit on the user’s head. After Scott’s accident, the lower left rear of the exterior shell was cracked. And, in the same area, the shock-absorbing EPS layer was flattened, and chunks of the EPS were missing.

Analysis: making sense of the law based on these facts.

This was a motion’s decision. A Motion for summary judgment was filed by the defendant who was denied and motions to exclude witnesses, expert witness testimony, etc., which were denied in part and granted in part for both parties.

The main issue is, it is a lawsuit against the manufacturer of a human-powered recreation helmet manufacturer for a concussion.

The motions covered a broad range of topics; this discussion will look at the important points from an outdoor recreation perspective.

The court started by looking at the Wisconsin Product Liability statute.

Wisconsin product liability law is codified under Wisconsin Statute § 895.047.5 A product liability claim has five elements: (1) the product was defective; (2) the defect rendered the product unreasonably dangerous; (3) the defect existed when the product left the control of the manufacturer; (4) the product reached the consumer without substantial change; and (5) the defect caused the claimant’s damages.

The substantial change requirement is interesting. That reasoning provides a defense for the manufacturer if the retailer makes modifications to the helmet for a sale. At the same time, it is how all people in the chain of custody of a product are held liable for a product liability claim. Any of the people in the chain of custody, manufacture, distributor, retailers could have identified the defect and prevented the defective product from reaching the consumer.

Generally, product liability claims are one of three types: “design defects, manufacturing defects, and warning defects.”

Design defects are levied when the product is designed badly from the beginning. Although there are a lot of design defect claims, there are rarely judgments based on design because most manufacturers understand safety issues.

One area that does pop up in design defects is when a product is used differently from what it was originally designed. If the manufacturer leans about the misuse of the product, then the manufacturer may be held liable for injuries due to the misuse of the product.

Manufacturing defects are simply a failure of quality control. Although in this day, you would think, manufacturing defects would be rare, they occur constantly. A manufacturing defect is usually the reason for a recall of a product.

The final defect, warning defects, are the easiest and toughest at the same time. Making sure the information on how to use a product and any warnings on how not to use the product are critical. At the same time, it is difficult for manufacture to envision how their product could be used and all the risks from those different uses.

As an example, when I’m design manuals and warnings, I want the product. After I have examined it thoroughly and tried every possible way to use it improperly, I ask someone who has no understanding of the product to use it. A sixteen-year-old kid can do amazing things that no one ever envisioned with some products.

Many times, a product liability lawsuit will include a negligence claim. Here the court compared the issues of proving a product negligence claim and a product liability claim.

Plaintiffs also bring a claim for negligence. To sustain this claim, plaintiffs must prove (1) the existence of a duty of care on the part of the defendant, (2) a breach of that duty of care, (3) a causal connection between the defendant’s breach of the duty of care and the plaintiff’s injury, and (4) actual loss or damage resulting from the injury. In Wisconsin, a manufacturer’s duty of care includes the duty to safely design the product so it is fit for its intended purpose, and the duty to conduct adequate inspections and tests to determine the extent of defects.

The bold issue is another point you rarely know about. Your duty to design is just step one. Step two is you must test your product to make sure that it meets the intended purpose and the limits of your design. You design a product to do something. Once manufactured you must test the product initially and sometimes ongoing to make sure it still does what you say it will within the parameters you say it will operate.

This duty to test is increased if the duty arises from labeling or marketing. If you say the product contains X ounces of Sample or only breaks under loads greater than XX pounds you have to make sure each of your products meets that test.

The issue in ski helmets is not what the manufacturer says it can or cannot do. The issue is what the consumer believes the product will do. The consumer/plaintiff believes the ski helmet is designed to protect against a concussion, where, in reality; the design is just to slightly minimize the injury potential.

In this case, the plaintiff was claiming the helmet was defective. The plaintiff had to prove:

…a product is defective in design if the “foreseeable risks of harm posed by the product could have been reduced or avoided by the adoption of a reasonable alternative design by the manufacturer, and the omission of the alternative design renders the product not reasonably safe.”

The helmet manufacturer, K2 brought up the fact that the helmet met the ASTM standards for ski helmets. That standard required the helmet to “keep the user’s head from accelerating more than 300 g, meaning that the force of impact on the skull is equivalent to 300 times the force of gravity or less.” If you look at that standard, it is minimal.

However, the ASTM helmet is not a 100% defense to a claim. It only shifts the burden to the plaintiff to prove the helmet was defective, more so since all helmet standards are voluntary.

The ASTM standards may be relevant, but they are not dispositive. If the ASTM standards were adopted by federal or state law, then K2 would be entitled to a rebuttable presumption that the helmet was not defective. Wis. Stat. § 895.047(3)(c). But the ASTM standards are only voluntary. Compliance with voluntary standards at the time of manufacturing may be evidence that K2 behaved reasonably, in defense of plaintiffs’ negligence claim.

Voluntary standards, which most standards are identified as, are really only a sword and not a shield. If you don’t meet a standard, then it is proof you don’t care, and you had a cheap product. Failing to meet a standard is better in the plaintiff’s hands to proof you were bad, rather than in the defendant’s hands as a shield.

Under Wisconsin law, the court set forth the issues needed to prove a defect based on inadequate warnings on the product or provided to the consumer.

Under Wisconsin’s product liability statute, a product is defective because of inadequate instructions or warnings if “foreseeable risks of harm posed by the product could have been reduced or avoided by the provision of reasonable instructions or warnings by the manufacturer and the omission of the instructions or warnings renders the product not reasonably safe.” Wis. Stat. § 895.047(1)(a). Plaintiffs do not need to show that Scott actually read the instructions to prove causation. When a product is missing an adequate warning, the missing warning is a substantial factor in causing injury if a reasonable person would have heeded the warning and as a result avoided injury. There is a presumption that any missing instructions would have been read, and therefore a presumption of causation.

Here again, warnings are another weak shield for the defendant and a better sword for the plaintiff in litigation. Warnings show you tried to inform the consumer, or you told the consumer not to do something and they consumer did it anyway. The lack of a warning is a major sword to the plaintiff who can show the jury the lack of care and concern on the part of the manufacturer that should have and could have warned the consumer of the risk.

You can see the difference in the value of some arguments between the plaintiff and the defendant. If the defendant had the warning, it really does not matter except to hope you can argue it was written in a way that the consumer had to have seen it. If the manufacturer fails to have a warning, then the presumption is the consumer would have read the warning and not been hurt. But for the failure to have a warning, there would be no injury. If you are a manufacturer believing that since you have met the standards you are safe, you are soon to be renamed “Defendant.”

Even the voluntary part of the term “voluntary standard” can come back to haunt a manufacturer. If the manufacturer decides not to meet the standard, it is easy for the plaintiff’s attorney to argue the manufacturer did not meet the standard to save money, or because they did not care about their customers. Consequently, once a standard is created, voluntary or not, every manufacturer must meet the standard.

Worse, any standard then restricts research and development because of the fear of not meeting the standard and looking bad in court.

The motion did not look at the issues, we would like some clarification or the facts. What happened to cause the head injury that turned the plaintiff into a vegetable and more importantly, what did the plaintiff believe when they purchased the helmet.

So Now What?

The decision had a few interesting points. However, the greatest issue is the floodgates are now probably open for head injuries that occur to skiers and other recreationists while wearing a helmet. It will be interesting to see how this decision progresses through the courts and whether the issues of the amount of protections afforded versus the expectations of the consumer becomes an issue.

As the decision states. Ski helmets have limited ability to protect. The ASTM standard quoted in the decision requires the helmet to meet a simple test.

Under the ASTM standards, a helmet must keep the user’s head from accelerating more than 300 g, meaning that the force of impact on the skull is equivalent to 300 times the force of gravity or less.

Human-powered recreation helmets, ski, bike, rollerblading, scooters, etc., only protect against minor scalp injuries, nothing more. If the NFL cannot protect football players with helmets costing thousands of dollars why to you think the piece of plastic you paid $100 is going to protect you from a concussion.

More articles about helmets

A helmet manufacture understands the issues (Uvex, Mouthguards)    http://rec-law.us/xpxX6n

A new idea that makes sense in helmets: the Bern Hard Hat    http://rec-law.us/yPerOd

Are we using safety as an excuse not to spend time with people? Is here, “wear your helmet” taking the place of let me show you how to ride a bike?    http://rec-law.us/1fqwlpV

Do you really want to sell helmets this way? Does this article promote the industry?    http://rec-law.us/NfoMTs

Does being safe make us stupid? Studies say yes.    http://rec-law.us/Ao5BBD

Great article on why helmet laws are stupid    http://rec-law.us/zeOaNH

Great editorial questioning why we need laws to “protect” us from ourselves.    http://rec-law.us/Ayswbo

Helmets do not increase risk of a neck injury when skiing    http://rec-law.us/wPOUiM

Helmets: why cycling, skiing, skateboarding helmets don’t work    http://rec-law.us/RVsgkV

Law requires helmets, injuries down fatalities up?    http://rec-law.us/YwLcea

Mixed emotions, but a lot of I told you so.    http://rec-law.us/ysnWY2

More information over the debate about ski helmets: Ski Helmets ineffective crashes were the wear is going faster than 12 miles per hour    http://rec-law.us/z4CLkE

The helmet issue is so contentious people will say the stupidest things    http://rec-law.us/zhare9

What do you think? Leave a comment.

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helmet, summary judgment, testing, injuries, plaintiffs’, ASTM, instructions, contends, expert testimony, warning, ski, drop, product liability, move to strike, design defect, manufacturing, time of an accident, measured, opined, centimeters, parties, loss of consortium, admissibility, inadmissible, speculation, simulation, chinstrap, requires, warranty, exposed


Rogers v. K2 Sports, LLC, 2018 U.S. Dist. LEXIS 217233

 Rogers v. K2 Sports, LLC, 2018 U.S. Dist. LEXIS 217233

United States District Court for the Western District of Wisconsin

December 28, 2018, Decided; December 28, 2018, Filed

17-CV-534-JDP

Reporter

2018 U.S. Dist. LEIS 217233 *

STEVEN SCOTT ROGERS, by his guardian, Tracy Rogers, TRACY ROGERS, SAMBA HEALTH BENEFIT PLAN, BLUE CROSS BLUE SHIELD OF WISONSIN, and STATE OF WISCONSIN DEPARTMENT OF HEALTH SERVICES, Plaintiffs, v. K2 SPORTS, LLC, LEXINGTON INSURANCE COMPANY, and AIG EUROPE LIMITED, Defendants.

Core Terms

helmet, summary judgment, testing, injuries, plaintiffs’, ASTM, instructions, contends, expert testimony, warning, ski, drop, product liability, move to strike, design defect, manufacturing, time of an accident, measured, opined, centimeters, parties, loss of consortium, admissibility, inadmissible, speculation, simulation, chinstrap, requires, warranty, exposed

Counsel: [*1] For Steven Scott Rogers, By his Guardian Tracy Rogers, Tracy Rogers, Blue Cross Blue Shield of Wisconsin, doing business as Athem Blue Cross and Blue Shield, Lexington Insurance Company, Plaintiffs, Counter Claimant, Counter Defendants: Charles M. Bye, Robert A. Parsons, LEAD ATTORNEY, Brian F. Laule, Bye, Goff, & Rohde, Ltd, River Falls, WI.

For Samba Health Benefit Plan, Plaintiff, Cross Claimant: Matthew Robert Falk, LEAD ATTORNEY, Falk Legal Group, Milwaukee, WI.

For State of Wisconsin – Department of Health Services, Involuntary Plaintiff, Plaintiff: Jesus Gabriel Garza, State of Wisconsin Department of Health Services, Madison, WI.

For K2 Sports, LLC, f/k/a K-2 Corporation, Defendant, Cross Defendant: Anne Marie Ellis, Gary A Wolensky, Michael Preciado, LEAD ATTORNEYS, Buchalter Nemer, Irvine, CA; Eric J. Meier, LEAD ATTORNEY, Husch Blackwell, LLP, Milwaukee, WI; Leslie Gutierrez, LEAD ATTORNEY, Milwaukee, WI; Christopher Hossellman, Buchalter, APC, Irvine, CA.

For AIG Europe Limited, Defendant, Cross Defendant: Charles W. Browning, Sara D. Corbello, LEAD ATTORNEYS, Plunkett Cooney, Bloomfield Hills, MI; Eric J. Meier, LEAD ATTORNEY, Husch Blackwell, LLP, Milwaukee, WI.

Judges: JAMES D. PETERSON, [*2] District Judge.

Opinion by: JAMES D. PETERSON

Opinion

OPINION & ORDER

Plaintiff Steven Scott Rogers fell while skiing and suffered a serious brain injury. Scott and his wife, plaintiff Tracy Rogers, contend that Scott’s helmet, made by defendant K2 Sports, was defectively designed and that the defect was a cause of his injury. They have sued K2 for negligence, strict product liability, and breach of warranty. Dkt. 32. Tracy also claims loss of consortium as a result of her husband’s injuries.1 K2 denies that the helmet was defective, contending instead that the helmet was the wrong size and that Scott had not properly fastened it, and that he was injured by direct contact with the ground.

K2 moves for summary judgment on all of plaintiffs’ claims. Dkt. 102. Plaintiffs oppose, and they move to strike defendant’s experts’ opinions that the helmet moved out of position when Scott fell. Dkt. 139.

At the heart of this case is a straightforward dispute about the role of the helmet in Scott’s injury. The court will limit the testimony of K2’s experts about how the injury occurred because some of those opinions are too speculative. But that still leaves genuine disputes about the fit of the helmet and whether it was [*3] properly designed, so K2’s motion for summary judgment will be denied.

UNDISPUTED FACTS

The following facts are undisputed except where noted.

Scott wore a K2 Phase 08 helmet while skiing with his stepson Coby at the Afton Alps Ski Area in Washington County, Minnesota, on New Year’s Eve 2015. Around 8:40 p.m., Scott and Coby skied down a beginner’s run called Nancy’s Nursery. Scott fell about halfway down the hill near some small mounds called “rollers.” Coby was in front of Scott and did not witness the fall. Another skier did witness the fall, but he was not able to recall any details about it, except that the fall did not seem unusual.

The fall left Scott unconscious and bleeding from his left ear. Scott was taken by ambulance to a hospital, where doctors conducted tests including a CT scan of Scott’s head. The accident caused brain hemorrhages and fractured Scott’s skull, left clavicle, and numerous ribs along Scott’s left side. As a result of permanent brain damage caused by the accident, Scott now lives at a VA hospital where he receives round-the-clock care.

The K2 helmet was certified as compliant with the standards of ASTM International, which is an organization that develops and [*4] publishes technical standards for a wide range of products.2 Compliance with ASTM standards is voluntary. The K2 helmet has three layers. The exterior layer is a hard-plastic shell. The shell is lined with an Expanded Polystyrene (EPS) energy-attenuating layer, which is supposed to absorb and dissipate shock from a blow to the head. The third layer is a comfort liner that can be adjusted to fit on the user’s head. After Scott’s accident, the lower left rear of the exterior shell was cracked. And, in the same area, the shock-absorbing EPS layer was flattened, and chunks of the EPS were missing.

The parties sharply dispute what happened to the helmet when Scott fell. K2 contends that the helmet was improperly fit and not properly fastened. K2’s theory is that as Scott fell, his helmet shifted out of place and the left posterior region of his head was exposed and directly hit the ground. Dkt. 144, ¶ 38. K2 contends that the helmet only partially protected Scott’s head, and that the point of impact on the helmet was below the “test line,” which is the lower limit of the area that is supposed to be protected under ASTM standards. K2 also contends that pictures from the [*5] day of the accident show that Scott failed to tighten the helmet’s chinstrap. Id., ¶ 39.

Plaintiffs contend that the helmet did not actually meet ASTM standards. Plaintiffs’ theory is that the bottom rear of the helmet was excessively tapered at the test line. As a result of the tapering, the helmet did not afford sufficient protection against a blow such as the one Scott suffered. Plaintiffs also contend that the helmet was the right size for Scott.

ANALYSIS

K2 moves for summary judgment on the grounds that plaintiffs cannot prove that Scott’s K2 helmet was defective or that it caused Scott’s injuries. In connection with their opposition to K2’s motion, plaintiffs move to strike parts of K2’s expert evidence. The court begins with plaintiffs’ challenge to the expert evidence.

A. Plaintiffs’ motion to exclude expert evidence

Under Daubert v. Merrell Dow Pharmaceuticals, Inc., 509 U.S. 579, 113 S. Ct. 2786, 125 L. Ed. 2d 469 (1993), and Kumho Tire Co. v. Carmichael, 526 U.S. 137, 147, 119 S. Ct. 1167, 143 L. Ed. 2d 238 (1999), the court must serve as a gatekeeper to ensure that proffered expert testimony meets the requirements of Federal Rule of Evidence 702. Essentially, the gatekeeping function consists of a three-part test: the court must ensure that the expert is qualified, that the expert’s opinions are based on reliable methods and reasoning, and that the expert’s opinions will assist the jury in [*6] deciding a relevant issue. Myers v. Ill. Cent. R. R. Co., 629 F.3d 639, 644 (7th Cir. 2010). The proponent of expert evidence bears the burden of establishing that the expert’s testimony is admissible. Lewis v. CITGO Petroleum Corp., 561 F.3d 698, 705 (7th Cir. 2009).

Plaintiffs move to strike aspects of the expert reports of P. David Halstead and Irving Scher. Although plaintiffs dispute Halstead’s qualifications, the main question is whether Halstead and Scher used reliable methodologies and reasoning. The admissibility inquiry undertaken by the court “must be ‘tied to the facts’ of a particular case.” Kumho, 526 U.S. at 150 (quoting Daubert, 509 U.S. at 591). The “critical inquiry” for admissibility is whether the opinion is rationally connected to the underlying data or “connected to the existing data ‘only by the ipse dixit of the expert.'” Gopalratnam v. Hewlett-Packard Co., 877 F.3d 771, 781, 732 Fed. Appx. 484 (7th Cir. 2017). Expert testimony that merely asserts a “bottom line” or provides testimony based on subjective belief or speculation is inadmissible. Metavante Corp. v. Emigrant Sav. Bank, 619 F.3d 748, 761 (7th Cir. 2010).

1. P. David Halstead

P. David Halstead is the Technical Director of Southern Impact Research Center. Halstead conducted a series of drop tests to try to replicate the damage on Scott’s helmet, and thereby to determine the amount of force that the helmet and Scott experienced at the time of Scott’s fall. Dkt. 110, at 6. Halstead offers two main opinions: (1) [*7] that the helmet was not defective, and (2) that the helmet was out of place at the time of the accident. Plaintiffs move to strike three aspects of Halstead’s report. Dkt. 137, at 6-7.

First, plaintiffs move to strike Halstead’s opinion that the helmet was out of position at the time of the accident. Halstead expresses that opinion in various forms:

• “It is my opinion that Mr. Rogers’ injuries were caused by complex fall kinematics that resulted while his helmet was out of position (rotated slightly to the left and possibly higher on the right) exposing his temporal bone in the area he sustained the mastoid fracture.” Dkt. 110, at 7.

• “Mr. Rogers sustained his injuries when his partially helmeted head, with the mastoid area of the temporal bone exposed, made contact with a somewhat compliant surface such as snow substantially similar to the snow measured at Afton Alps.” Id. at 9.

• “The skull fracture is a result of functionally direct contact with the impact surface to the mastoid area.” Id.

• “Given the test results had the helmet been in position the skull fracture almost certainly would not have occurred.” Id.

The court agrees with plaintiff that Halstead has not shown that this opinion is [*8] rationally connected to underlying data.

Halstead conducted a series of drop tests using K2 Phase 08 helmets, the same model as Scott’s helmet. Id. at 6. Under the ASTM standards, a helmet must keep the user’s head from accelerating more than 300 g, meaning that the force of impact on the skull is equivalent to 300 times the force of gravity or less. Dkt. 124-13, at 3. Although these drop tests were not testing for ASTM compliance, Halstead used 300 g as a threshold for the helmet’s effectiveness. Halstead conducted eleven tests by dropping helmets on to a modular elastomer programmer (MEP), a rubber pad that is somewhat harder than packed snow. Dkt. 110, at 6. None of the drops resulted in an acceleration of more than 181 g or damaged the helmet in a way that resembled the damage to Scott’s helmet. So Halstead conducted three more tests using a harder, steel anvil. Id. at 6. One of these drops did crack the helmet, but the damage was still not as severe as Scott’s helmet.

Halstead opined that because his tests could not replicate the damage to Scott’s helmet, Scott’s helmet must not have been in place on Scott’s head at the time of the accident. Id. at 8-9. Halstead did not conduct any follow-up testing; he [*9] did not, for example, try dropping the helmet while it was out of place on the headform or try dropping the helmet without using a full-sized headform. Instead, Halstead scanned both the accident helmet and the most severely damaged test helmet with a laser. Id. After eyeballing the results of the laser scan, Halstead again concluded that the damage did not match and that therefore the helmet was not in place at the time of the accident. He opined specifically that the helmet rotated to the left, exposing the area where Scott’s skull was fractured.

Two factors that a court may consider regarding the admissibility of expert testimony are whether the expert “unjustifiably extrapolated from an accepted premise to an unfounded conclusion” and whether “the expert has adequately accounted for obvious alternative explanations.” Gopalratnam, 877 F.3d at 788 (quoting Fuesting v. Zimmer, Inc., 421 F.3d 528, 534-35 (7th Cir. 2005)). Both factors support striking Halstead’s opinion here. When Halstead’s test results failed to re-create the damage to Scott’s helmet, Halstead had a basis for concluding that Scott’s fall was in some way atypical. But he had no foundation to then extrapolate from these results that the helmet was therefore out of position. And he was even less justified [*10] in hypothesizing on the helmet’s exact orientation during the accident. Halstead did not confirm his hypothesis through additional testing, nor did he address alternative explanations for the damage to Scott’s helmet, such as the existence of a manufacturing defect or a weakening of the helmet through multiple impacts. And his use of laser scanning provided no additional details to support his hypothesis. Halstead simply picked one possible explanation for the test results and then assumed it was true. Halstead concedes that he is not an expert in the “full body kinematics” that are critical to understanding how Scott was injured. Dkt. 110, at 7.

Second, plaintiffs move to strike Halstead’s opinion regarding the speed and force of impact on Scott’s head at the time of the accident:

Based on biomechanical testing the likely impact speed of his head to the surface was 13-14 mph or higher, head accelerations were in the range of 170 g — 220 g with angular acceleration between 7000-8000 rad/sec2.

Dkt. 110, at 7. The court will strike this opinion. Rule 702 places the responsibility on the expert to explain how his methodologies support his opinions. Metavante, 619 F.3d at 761. Although not explicitly stated, Halstead appears [*11] to have adopted these numbers from the results of his tests on the MEP pad. Dkt. 110, at 6. But as Halstead emphasized in his report, the tests on the MEP pad were unable to replicate Scott’s accident. It is not clear why the speeds and forces of impact must nonetheless be correct, and Halstead does not provide an explanation.

Third, plaintiffs move to strike Halstead’s opinion regarding the helmet’s ability to protect against high-speed impact:

“As the biomechanical testing shows the helmet, at its thinnest, well below the test line is able to take an impact at nearly 14 miles per hour with a hemi anvil and still remain under 300g.”

Id. at 7. The court will not strike this opinion, which is based on the test results. Plaintiffs suggest that Halstead is not qualified to provide “biomechanical engineering opinions,” but in their reply brief, plaintiffs concede that Halstead is an experienced technician who is qualified to conduct the type of drop testing he performed. Dkt. 151, at 2.

The bottom line is that the court will consider Halstead’s drop testing analysis, but it will not consider his testimony that the helmet was out of place at the time of the accident.

2. Irving Scher, Ph.D., P.E

Irving [*12] Scher is a biomechanical engineer at Guidance Engineering and Applied Research. Scher’s report includes two separate sets of conclusions that are relevant to summary judgment. First, Scher used computer models to determine the fit and looseness of the helmet that Scott wore. Second, Scher conducted a biomechanical engineering analysis to determine the “kinematics” of the accident—the movement of Scott’s body and ski equipment according to the laws of physics. Plaintiffs move to strike both sets of conclusions. Dkt. 137, at 7-8.

a. Helmet fit

Scher opines that the helmet was poorly fit and that it was loose enough to move out of place:

• “Mr. Roger’s head circumference at the hat line is approximately 57 centimeters. Because the head size recommended for the subject helmet ranges from 59 to 62, Mr. Rogers’ head was at or below the lower end of the subject helmet’s size.” Dkt. 107, ¶¶ 10-12.

• “At the level of the helmet brim there was at least 2 to 4 centimeters of free space between Mr. Rogers’ head and the helmet in the anterior-posterior direction, and the helmet had space to rotate 20 degrees clockwise and counter-clockwise.” Id. ¶ 13.

• “The subject helmet was not snugly fitted to Mr. [*13] Rogers’ head.” Id. ¶ 14.

These opinions are rationally connected to the reasonably reliable data that Scher considered; the court will not strike them.

Scher created a 3D computer model of Scott’s head from the CT scans on the night of Scott’s accident. Dkt. 112, at 15. Using this model, Scher calculated circumference of Scott’s head as 57 centimeters. Because the helmet that Scott purchased was recommended for head circumferences of 59 to 62 centimeters, Scher opined that Scott’s helmet was one size too large. Scher scanned an exemplar K2 helmet of the same size as Scott’s helmet. Within his computer modeling software, Scher placed the 3D model of the helmet on the 3D model of Scott’s head. Scher determined that there was at least 2.25 centimeters of free space between Scott’s head and the interior of the helmet, and that with this extra space the helmet could freely rotate 20 degrees clockwise and counterclockwise. Finally, Scher viewed photographs of Scott on the day of the accident and determined that Scott’s chin strap was “loose.” Id. at 16. Scher’s analysis of the helmet’s fit led Scher to conclude that it was possible for the helmet to move out of position and expose a portion of the [*14] posterior region of Scott’s head.

Plaintiffs contend that Scher’s analysis is unreliable because Scott’s head actually has a circumference of 60 centimeters, not 57 centimeters. Plaintiffs’ measurement comes from Tracy’s declaration that she measured Scott’s head with a tape measure. Dkt. 123, ¶¶ 7-8.3 Neither party adduces evidence showing that the other party’s measurement is manifestly incorrect, so the size of Scott’s head is a matter of genuine dispute.4 Such a dispute does not render Scher’s opinion inadmissible.

b. Kinematics analysis

Scher also offered opinions about how Scott fell and how he was injured, which Scher refers to as a “kinematics” analysis. He expresses those opinions as follows:

• “Mr. Rogers likely caught his ski edge, fell forward and leftward while rotating clockwise and continuing downhill, and contacted the left, posterior region of his helmeted head on his acromioclavicular joint and proximal humerus, a very rigid area of hard-packed snow, or both.” Dkt. 112, at 36.

• “Because the helmet was not snug on Mr. Rogers’s head and he did not adjust appropriately the chin strap, the subject helmet was able to (and did) move out of position during Mr. Rogers’s fall [*15] and subsequent head impact.” Id.

• “No snowsport helmet would be able to prevent the injuries sustained by Mr. Rogers in the subject accident.” Id.

• “The subject helmet rotated axially counterclockwise and rightwards on Mr. Rogers’ head during his fall such that his helmet was out of place and exposed a portion of the left posterior region of his head just prior to impact.” Dkt. 107, ¶ 9.

• “Mr. Rogers failed to properly tighten the subject helmet’s chin strap, which allowed the subject helmet to move out of position as he fell.” Id. ¶ 15.

• “Immediately before Mr. Rogers’ head contacted the ground, the subject helmet moved out of position, causing the point of impact to be below the helmet’s test line.” Id. ¶ 18.

• “In my professional opinion, any snow sport helmet with a similar fit and loose chin strap on Mr. Rogers’ head would have similarly moved relative to his head in the subject fall.” Id. ¶ 20.

The court will not consider these opinions because they are too speculative: there is simply not enough information about how Scott fell to support this analysis.

Based on the assumption that “catching an edge” is a common occurrence among skiers, and the location and severity of Scott’s [*16] injuries, Scher created a computer simulation using the computer program MADYMO. Scher ran several simulations in MADYMO, using different estimates for Scott’s speed and the conditions on the ski slope. Id. at 29. He tweaked the variables in the simulation until he was able to create a simulation that could result in injuries similar to Scott’s injuries. Then based on that simulation, he opined on Scott’s body movements as he fell, and the forces that Scott experienced when he hit the ground. Scher opines both that Scott’s helmet hit the ground below the test line, and that Scott hit the ground with such force that no helmet could have prevented Scott’s injuries.

Scher’s simulation, and the opinions based on it, are inadmissible because they are based on guesswork rather than the facts of Scott’s accident. An expert must show that he has sufficient data to use the methodology employed. See Gopalratnam, 877 F.3d at 781 (Rule 702 requires the underlying data to be both qualitatively and quantitatively sufficient to conduct the analysis). Opinions that are based on speculation are inadmissible. Metavante, 619 F.3d at 761. Here, there was no witness who could describe the moments leading up to the fall, no measurement or even estimate of Scott’s speed at the [*17] time of the fall, and no reliable evidence of Scott’s skiing abilities or style. The court will exclude the opinions expressed on pages 21 through 31 of Scher’s report. Dkt. 112.

Scher is free to testify that the helmet was loose and that it might have moved out of position. And he can testify that based on Halstead’s testing, and based on the literature regarding head injuries and ski accidents, it seems unlikely that a typical fall could have caused the injuries that occurred. But Scher cannot speculate that the helmet actually moved or opine on the exact location of the helmet at the time of impact.

B. K2’s motion for summary judgment

Plaintiffs bring claims under theories of strict product liability, negligence, breach of warranty, and loss of consortium. K2 moves for summary judgment on all of plaintiffs’ claims. The court will grant summary judgment on only the breach of warranty claims, which plaintiffs waive. Genuine disputes of material fact preclude summary judgment on the other claims.

1. Summary judgment standard

Summary judgment is appropriate only if there is no genuine dispute as to any material fact. Fed. R. Civ. P. 56(a). In ruling on a motion for summary judgment, the court views all facts [*18] and draws all inferences in the light most favorable to the non-moving party. Anderson v. Liberty Lobby, Inc., 477 U.S. 242, 255, 106 S. Ct. 2505, 91 L. Ed. 2d 202 (1986). Summary judgment will not be granted unless “the record taken as a whole could not lead a rational trier of fact to find for the non-moving party.” Sarver v. Experian Info. Sols., 390 F.3d 969, 970 (7th Cir. 2004) (quoting Matsushita Elec. Indus. Co. v. Zenith Radio Corp., 475 U.S. 574, 586-87, 106 S. Ct. 1348, 89 L. Ed. 2d 538 (1986)).

2. Strict Product liability claim

Wisconsin product liability law is codified under Wisconsin Statute § 895.047.5 A product liability claim has five elements: (1) the product was defective; (2) the defect rendered the product unreasonably dangerous; (3) the defect existed when the product left the control of the manufacturer; (4) the product reached the consumer without substantial change; and (5) the defect caused the claimant’s damages. Wis. Stat. § 895.047(1). K2 contends that they are entitled to summary judgment because plaintiffs cannot show that the helmet had a defect that rendered it unreasonably dangerous and because plaintiffs cannot show that the alleged defect caused Scott’s injuries.

There are three different categories of defects under the statute: design defects, manufacturing defects, and warning defects. Plaintiffs concede that they do not have evidence of a manufacturing defect, but they bring alternative claims for defective design if the helmet was in place during the accident and [*19] defective warning if the helmet fell out of place before the impact. Under the first theory, plaintiffs must show that the helmet had a design defect that caused Scott’s injuries to be worse than they would have been without the defect. Under the second theory, plaintiffs must show that the helmet’s instructions did not warn users to tighten the chinstrap. K2 seeks summary judgment as to both theories.

a. Defective design

Defendants contend that plaintiffs cannot adduce evidence of a design defect and that, even if a defect exists, plaintiffs cannot show that it caused Scott’s injuries. The court will address each element in turn.

i. Unreasonably dangerous defect

Summary judgment is inappropriate when resolution of a claim requires the court to choose between opposing expert testimony. See Wipf v. Kowalski, 519 F.3d 380, 385 (7th Cir. 2008) (explaining that “in a case of dueling experts . . . it is left to the trier of fact . . . to decide how to weigh the competing expert testimony”). That is the case here. Both parties hired experts to test K2 helmets according to ASTM standards, but the experts disagree on the testing procedures and achieved different results.6

Under Wisconsin’s product liability statute, a product is defective in design [*20] if the “foreseeable risks of harm posed by the product could have been reduced or avoided by the adoption of a reasonable alternative design by the manufacturer and the omission of the alternative design renders the product not reasonably safe.” Wis. Stat. § 895.047(1)(a).

K2 contends that plaintiffs have not shown any evidence of a design defect. But plaintiffs’ expert, Mariusz Ziejewski, provides evidence sufficient to support a reasonable jury verdict that a foreseeable risk of harm could have been reduced by the adoption of a reasonable alternative design. Ziejewski’s report states that due to tapering at the edge, the K2 helmet does not provide the protection required by ASTM standards when struck in the lower back. Dkt. 116; Dkt. 124-7. Ziejewski further states that other helmets without this tapering do provide the protection required by ASTM. This makes the K2 helmet more dangerous than helmets from K2’s competitors.

K2 argues that Ziejewski’s report is insufficient to establish a design defect because the report does not specifically opine that the design of the K2 helmet rendered it “not reasonably safe” or “unreasonably dangerous.” Dkt. 103, at 12. But an expert does not need to parrot the exact language [*21] used in the statute. See In re Zimmer NexGen Knee Implant Prods. Liab. Litig., 218 F. Supp. 3d 700, 725 (N.D. Ill. 2016), aff’d sub nom. In re Zimmer, NexGen Knee Implant Prods. Liab. Litig., 884 F.3d 746 (7th Cir. 2018) (“Plaintiffs are not required to put forth an expert to say the magic words . . . But Plaintiffs must provide sufficient evidence to allow a jury to reach that conclusion without resorting to speculation”) (applying Wisconsin law). A jury could use the evidence in the report to find that the increased danger posed by the K2 helmet’s tapering is unreasonable.

K2 also contends that to establish a design defect, plaintiffs must show that the K2 helmet failed the ASTM standards that were in effect at the time of manufacturing. K2 argues that Ziejewski instead tested the K2 helmet according to current ASTM testing procedures. Ziejewski concedes that he used the updated procedures, but he argues that it is more accurate than the old testing standard. Dkt. 124, ¶¶ 22-23. Plaintiffs need to show only that a reasonable alternative design would have eliminated the risk of harm. Ziejewski tested multiple helmets using the same test methods and concluded the K2 helmet failed where alternative designs did not.

The ASTM standards may be relevant, but they are not dispositive. If the ASTM standards were adopted by federal or state law, then K2 would be entitled [*22] to a rebuttable presumption that the helmet was not defective. Wis. Stat. § 895.047(3)(c). But the ASTM standards are only voluntary. Compliance with voluntary standards at the time of manufacturing may be evidence that K2 behaved reasonably, in defense of plaintiffs’ negligence claim. See Michaels v. Mr. Heater, Inc., 411 F. Supp. 2d 992, 997 (W.D. Wis. 2006) (citing Getty Petroleum Marketing, Inc. v. Capital Terminal Co., 391 F.3d 312, 326 (1st Cir. 2004)). So, at trial, K2 can raise this defense in response to plaintiffs’ negligence claim. But it is only a piece of evidence that the jury may weigh when deciding whether defendants met their duty to exercise reasonable care. Id.

ii. Causation

K2 also contends that it is entitled to summary judgment because the helmet was out of place at the time of impact, so plaintiffs cannot show that any alleged defect caused Scott’s injuries. The location of the helmet at the time of the accident is sharply and genuinely disputed, so that theory provides no basis for granting summary judgment to K2.

Nevertheless, K2 contends that even if the helmet was in place, it is still entitled to summary judgment because no helmet could have prevented Scott’s injury because preexisting injuries made him particularly vulnerable. This theory provides no basis for granting summary judgment to K2 either.

K2 adduces some evidence that Scott had suffered [*23] previous head injuries. Dkt. 144, ¶¶ 45-50. But K2 has scant evidence that the prior injuries were serious ones. More important, K2 does not adduce any evidence to support the outlandish statement in its brief that “no helmet would have been able to prevent the injuries he sustained on December 31, 2015.” Dkt. 103, at 10. K2’s own proposed findings of fact undermine this idea:

Had Mr. Rogers not been wearing a helmet, his brain injury would have been at least as severe if not more severe than it was on December 331, 2015, leaving him with worse permanent residuals or traumatic brain injury, or could have even adversely impacted his survival.

Dkt. 144, ¶ 51. K2 also says that plaintiffs’ expert Ziejewski “concedes that an alternative design would not have prevented Mr. Rogers from suffering a traumatic brain injury or a subdural hematoma in the subject incident.” Dkt. 103, at 11 (citing Dkt. 144, ¶ 28). As plaintiffs point out, K2 has grossly misstated the substance of Ziejewski’s deposition testimony in this proposed fact. Ziejewski testified that a properly designed helmet would have prevented a subdural hematoma, a level 4 injury. Ziejewski acknowledged that even with a properly designed [*24] helmet, “mild traumatic brain injury” was still a possible or likely outcome. Dkt. 122, at 28:21-29:25.

b. Defective Instructions

Plaintiffs’ alternative theory is that if the helmet slipped out of place before impact, it slipped because of defective instructions. Under Wisconsin’s product liability statute, a product is defective because of inadequate instructions or warnings if “foreseeable risks of harm posed by the product could have been reduced or avoided by the provision of reasonable instructions or warnings by the manufacturer and the omission of the instructions or warnings renders the product not reasonably safe.” Wis. Stat. § 895.047(1)(a). Plaintiffs do not need to show that Scott actually read the instructions to prove causation. When a product is missing an adequate warning, the missing warning is a substantial factor in causing injury if a reasonable person would have heeded the warning and as a result avoided injury. Michaels, 411 F. Supp. 2d at 1006 (citing Tanner v. Shoupe, 228 Wis. 2d 357, 596 N.W.2d 805, 817-18 (Ct. App. 1999)). There is a presumption that any missing instructions would have been read, and therefore a presumption of causation. Id.

Throughout its briefing, K2 contends that the looseness of Scott’s chinstrap was a factor that caused the helmet to slip out of place. Plaintiffs contend [*25] that any mistake by Scott in tightening his chinstrap was caused by the fitting instructions included with the helmet. The helmet’s instructions state that the helmet should be snug and that after adjusting the straps and pads, “the skin on your forehead should move with the helmet.” Dkt. 145, ¶ 10. The instructions do not include specific directions on the tightness of the chinstrap. A reasonable jury could find that this instruction does not warn consumers that they need to tighten the chinstrap in addition to adjusting the pads and comfort liner.

K2 contends that plaintiffs are required to adduce expert testimony regarding the effectiveness of product warnings. Dkt. 103, at 15. But K2 cites no case in which expert testimony was required to show that a warning was defective. Under Wisconsin law, expert testimony is required only if the court finds that “the underlying issue is not within the realm of the ordinary experience of mankind.” State v. Kandutsch, 2011 WI 78, ¶ 28, 336 Wis. 2d 478, 799 N.W.2d 865 (internal quotations omitted). And Wisconsin courts have declined to require expert testimony in cases involving much more complex issues than these fitting instructions. See Lindeman v. Mt. Olympus Enterprises, Inc., No. 14-cv-435, 2015 U.S. Dist. LEXIS 105756, 2015 WL 4772925, at *3 (W.D. Wis. Aug. 12, 2015) (collecting cases). [*26] Here, the instructions are written in plain language, and the act of reading and following instructions is well within the ordinary experience of mankind.

The court denies K2’s motion for summary judgment on the defective instructions claim.

3. Negligence claim

Plaintiffs also bring a claim for negligence. To sustain this claim, plaintiffs must prove (1) the existence of a duty of care on the part of the defendant, (2) a breach of that duty of care, (3) a causal connection between the defendant’s breach of the duty of care and the plaintiff’s injury, and (4) actual loss or damage resulting from the injury. Smaxwell v. Bayard, 2004 WI 101, ¶ 32, 274 Wis. 2d 278, 682 N.W.2d 923. In Wisconsin, a manufacturer’s duty of care includes the duty to safely design the product so it is fit for its intended purpose, and the duty to conduct adequate inspections and tests to determine the extent of defects. Wis. Civil Jury Instructions § 3200(2).

K2 contends that plaintiffs have not adduced evidence of “specific acts of negligence.” Dkt. 103, at 17. But plaintiffs can rely on the same evidence used to establish their product liability claims. Although negligence and product liability are alternative theories of liability, there is significant overlap between the two. See Krien v. Harsco Corp., 745 F.3d 313, 317 (7th Cir. 2014) (“[A] [*27] claim of strict products liability is much like a negligence claim because it requires proof either that the product was unreasonably dangerous or, what amounts to the same thing, that it was defective”). Plaintiffs’ expert testimony from Ziejewski is sufficient to create a material dispute regarding whether K2 breached its duty to design a product that was safe for skiers.

4. Breach of warranty claim

K2 moves for summary judgment on plaintiffs’ claims for breach of warranty on two grounds. Dkt. 103, at 17-18. First, K2 contends that under Austin v. Ford Motor Co., claims for breach of warranty cannot be brought when the plaintiff has a tort claim. See 86 Wis.2d 628, 273 N.W.2d 233, 240 (1979) (“[I]t is inappropriate to bring an action for breach of warranty where a tort remedy is sought”). Second, K2 contends that there is no privity of contract between plaintiffs and K2. See St. Paul Mercury Ins. Co. v. Viking Corp., 539 F.3d 623, 626 (7th Cir. 2008) (Wisconsin law requires privity of contract between parties before liability can be founded on breach of express or implied warranty).

Plaintiffs have not substantively responded to either of these arguments. Dkt. 137, at 52-53. Failure to respond to an argument can result in waiver or forfeit of a claim. Nichols v. Nat’l Union Fire Ins. Co. of Pittsburgh, PA, 509 F. Supp. 2d 752, 760 (W.D. Wis. 2007) (collecting cases). Because plaintiffs did not [*28] respond to K2’s arguments regarding privity or the ability to bring warranty claims in a tort case, the court will grant summary judgment for K2 on plaintiffs’ claims for breach of warranty.

5. Loss of consortium claim

K2 moves for summary judgment on Tracy’s loss of consortium claim because it is derivative of Scott’s injuries. Because the court denies summary judgment on Scott’s product liability and negligence claims, it will also deny summary judgment on Tracy’s claim for loss of consortium.

K2 also moves to dismiss Tracy’s claim on the ground that plaintiffs have not properly pleaded loss of consortium in their amended complaint. Plaintiffs’ amended complaint does not include “loss of consortium” as an independent cause of action, but it does include allegations that “Plaintiff Tracy Rogers . . . has been deprived of the services, society, companionship and consortium of Scott Rogers as a proximate result of his enhanced injuries.” Dkt. 32, ¶ 23. K2 contends that this is insufficient under the plausible pleading standard of Ashcroft v. Iqbal, 556 U.S. 662, 129 S. Ct. 1937, 173 L. Ed. 2d 868 (2009).

Plaintiffs’ allegations are sufficient to state a claim. Even post-Iqbal, Federal Rule of Civil Procedure 8 requires only “adequate notice of the scope of, and basis for” the asserted claims. [*29] Avila v. CitiMortgage, Inc., 801 F.3d 777, 783 (7th Cir. 2015) (citing Vincent v. City Colleges of Chi., 485 F.3d 919, 923 (7th Cir.2007)). Here, K2 had adequate notice that Tracy was seeking relief for loss of consortium as a result of the enhanced injuries caused by the K2 helmet.

C. Additional motions and requests for relief

As a final matter, plaintiffs ask the court to deny certain requests by K2 that plaintiffs contend were improperly included in K2’s summary judgment reply. Dkt. 149. Some of the “motions” to which plaintiffs refer are objections to allegedly inadmissible evidence—objections that K2 is allowed to raise during summary judgment. For example, K2 objects that the declarations from Tracy and Ziejewski, first produced with plaintiffs’ summary judgment opposition, are untimely expert testimony. Dkt. 143, at 3-10. There is nothing improper about K2 making these objections in its summary judgment reply. (The court has overruled the objection to Tracy’s declaration, and it has not considered the Ziejewski declaration. Whether the Ziejewski evidence will be allowed at trial will be addressed later at the final pretrial conference.)

But K2 requests two additional forms of relief in its reply brief. First, K2 contends that plaintiffs should be sanctioned for spoliation because Tracy adjusted the helmet’s [*30] comfort liner and therefore altered it from its condition at the time of the accident. Dkt. 143, at 7-8 fn. 7. Second, K2 contends that plaintiffs did not disclose the existence of Scott’s ski goggles and must be ordered to turn them over. Id. at 8.

A party may not raise new issues in a reply brief. See Casna v. City of Loves Park, 574 F.3d 420, 427 (7th Cir. 2009). In any event, both of K2’s requests for additional relief are undeveloped. The spoliation arguments are relegated to a footnote. And both requests misconstrue the history of this case. K2’s own experts previously removed the helmet’s comfort lining at issue. Dkt. 112, at 10-11. And K2 was already aware of Scott’s goggles, Dkt. 130 (Tracy dep. 33:9-17), and Halstead included a pair of goggles as a factor in his testing. Dkt. 110, at 4. The court will deny K2’s requests for additional relief, thus granting plaintiffs’ request.

ORDER

IT IS ORDERED that:

1. Plaintiffs motion to exclude the opinion testimony of K2’s experts, Dkt. 139, is GRANTED in part and DENIED in part, as provided in this opinion.

2. Defendant K2’s motion for summary judgment, Dkt. 102, is DENIED for the most part. The motion is GRANTED only with respect to plaintiffs’ claims for breach of warranty.

3. Plaintiffs Scott Rogers and [*31] Tracy Rogers’ motion, Dkt. 149, for summary denial of K2’s motions is GRANTED in part. The court denies defendant K2’s motions to produce ski goggles and to sanction plaintiffs for spoliation.

4. Pursuant to the parties’ stipulation, Dkt. 250, all claims as to defendants Lexington Insurance Company and AIG Europe Limited are DISMISSED without prejudice.

Entered December 28, 2018.

BY THE COURT:

/s/ JAMES D. PETERSON

District Judge


New Definition of Via Ferrata will say it is a guided activity. No guide + Injury means via ferrata landowner is liable

The ASTM committee is voting on adding Via Ferrata to the standards being created by the aerial adventure course committee, F2959-16. As such they are using a dictionary definition of via ferrata that states:

Guided mountain climbing and traversing route(s) equipped with progression aids (footsteps, handholds, ladders, bridges, handrails, etc.) and a wire rope/cable attached to a fixed anchor point.

Via ferrata’s are created to be an unguided activity. In fact, most in Europe and several in the US have no “owners” or guides. They are on federal land in the US and you can take your gear and go climbing on them like you hike on other federal land.

Whether it is owned/not owned or who owns it, the land owner could be liable if a party is injured on the via ferrata and no guide was present. The definition adopted by the standards committee of the ASTM says it is a guided activity, you did not provide me a guide, therefore you breached your duty to me resulting in an injury.

Do Something

If you are associated in any way with a via ferrata: owner, manager, retailer who sells gear, manufacturer who makes the gear or a guide service I urge you to join the ASTM and become involved in this or you may find yourself facing more lawsuits that expected. To find out more or join (for $75.00 a year) go to: https://www.astm.org/MEMBERSHIP/participatingmem.htm

What do you think? Leave a comment.

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The ASTM is voting on new terminology for terrain park jumps.

If you manage a ski area or work in the terrain park you MUST know about these changes.

The easiest way to get them is to become a member of the ASTM. The cost is only $75.00 per year to get involved. Although this may seem a little like ransom, it costs to find out how you are going to be affected, look at it from the perspective of it costs $75.00 to become involved and help your industry.

The only way you can access the information or vote is to be a member of the ASTM.

If you don’t the consequences could be dire.

The new description of a terrain park jump identifies twenty (20) different parks of a jump. If you are describing a jump on the
witness stand, you want to make sure that the term you use to describe a part of the jump is fully understood and defined to all the people involved.

The vote on these changes ends August 31, 2017 so get involved now:  Terminology Of Snow Sport Freestyle Terrain Park Jumps WK51845 PDF (368K)

Do Something

If you are in the ski industry, join the ASTM now!

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ASTM standard I abstained on is a guaranteed lawsuit starter

I’m hurt because you did not check the weather correctly!

So this is the new standard that I was asked to vote on recently.

Withdraw With Replacement to F2993-2013 Guide for Monitoring Weather Conditions for Safe Parasail Operation WK47376 PDF (8.0K)

(SEE VOLUME 15.7)(CONCURRENT WITH .6500)

TECHNICAL CONTACT: Matt Dvorak

daytonaparasailing@hotmail.com

(386) 547-6067

When I don’t fully understand the issues or have not seen the actual standard (yes it is a little crazy trying to read what you are voting on sometimes) I abstain. I did so on this standard also.

Besides voting against a standard requires you to articulate the reasons why you are voting no on the standard. “This is stupid,” is not a good reason according to the ASTM. Nor is “this is going to help plaintiff’s win lawsuits” a valid reason for voting no.

However, can’t you see this doing nothing but creating legal nightmares.

“You said you checked the weather, and you said to launch, but the wind changed because a front moved/truck came by/that is what the wind does, and I crashed. You owed me a duty to check the weather; that duty is in writing, and you agreed to it by becoming a member of the ASTM and agreeing to the standard (or not agreeing to the standard; you are still held to the standard), and my injuries are a result of you not following the standard.”

Duh

Somewhere, the ASTM, there is an idea that the creation of standards stops lawsuits, but even the ASTM can’t show any proof of that.

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ANSI, ASTM, PRCA, ACCT & NSAA a mess of acronyms that are fighting each other, taking your industry down and wasting money.

 How much money could have been put into promoting the industry,educating the members and creating great opportunities? Millions I bet.

 The PRCA, (Professional Ropes Course Association) recently announced that they had received approval from ANSI (American National Standards Institute) for its ropes or challenge course standards. The ACCT (Association for Challenge Course Technology) has appealed the issuance of the approval. (See ANSI/PRCA American National Standard).Wasting more time and money, in my opinion.

 In the meantime, the NSAA (National Ski Area Association) received ASTM (American Society of Testing and Materials) approval for their standards. See ASTM Committee Approves Standard For Aerial Adventure Courses

 I have no horses in this race; I have nothing to gain and more to lose with these comments. However, someone has to put it out there again, because the amount of money being wasted is ridiculous. So here goes…..again. (For a prior commentary about this feud see Stop Feuding, I doubt, move forward anyway; I think you can.)

 

 What’s it all mean?

First the “standards” granting organizations.

 ANSI “allows” organizations that meet its requirements to become standards granting organizations. One such organization is the ASTM. However, just because ASTM is granted the “opportunity” to create standards under the ANSI banner it does not mean that ANSI standards are better, more important or more controlling than ASTM.

 ACCT was started 19 years ago to write standards. However, in my opinion, it was more of a good buddy club and the creation of the standards did not follow any known or legally acceptable way of creating them. PRCA was started in 2003 because ACCT would not let them be the “whatever name” to do something with ropes courses or something. Honestly, I’m not 100% clear on this, and I don’t really care.

NSAA is 52 years old and has been working with ANSI and ASTM for decades. The standards for operating ski lifts are ANSI standards and the standards for the rest of the ski industry such as skis, bindings, etc., are ASTM standards. NSAA has one employee who knows more about ANSI and ASTM than I would ever want to know, and consequently, they are fast efficient and done right.

I am a member of the ASTM and on the standards committee for ropes courses, but not active and have not voted for any of the NSAAASTM, standards.

Still with me or have all the acronyms done you in.

Current Status

Right now, there are two organizations that have created standards for the ropes’ course industry, PRCA and NSAAthat follow the procedures and practice’s generally accepted in court for proof of standards by an organization. NSAA has opted to write its standards through the ASTM and the PRCA through ANSI.

ACCT is left out of the mix right now, so that organization is fighting PRCA’s ANSI standards. However, what I find comical, and indicative of the reasons for much of the wasted money in the industry, the ACCT has ignored the NSAA. (PRCA also for that matter.)

Speculation here, but don’t you think that if ACCT seriously thought only its standards were acceptable they would be appealing the NSAA’s standards created under the ASTM.

This leads me to believe that the appeal of the PRCA’s ANSI standards has nothing to do with the standards, just with the PRCA. (This is the third appeal of the PRCA’s ANSI standards; the ACCT lost the first two.)

By that I mean there is more bad blood here than in a blood bank with no power for a month.

So Legally what does that Mean?

Standards are the lowest acceptable level of doing something, which is presented in court to prove someone either met the standard or did not meet the standard of care. The standard of care is the measurement against which the jury determines whether you had a duty and then breached that duty to someone.

If you own a ropes course and someone is injured on the ropes course, the plaintiff now has several different ways to prove that you were negligent (breached the standard of care). Meaning your ropes course was not built correctly, or you operated the course incorrectly.)

First, there are the ACCT standards; however, those can easily be ignored at this point because they have not been approved by either the ANSI or the ASTM. The ACCT standards are getting better, I’ve been told, but basically, they were created in a way that creates credibility issues. That does not mean that they can’t be a way to prove you are negligent.

So now the plaintiff can argue that you failed to meet the PRCA or NSAA standards. If there is a conflict between the two, then the plaintiff has found the stick to beat more money out of you and your insurance company. (And the last thing this industry needs is a way to give more money away. (See: Payouts in Outdoor Recreation.)

Legal Advice (worth what you pay for it)

If you came to me and asked for advice about this situation this is what I recommend.

1.   Today, get a copy of the PRCA and NSAA (ANSI and ASTM) standards and make sure you meet those standards. Yes, both sets. If there is a conflict between the two, justify why you have adopted one over the other in writing now, prior to a problem.

2.   Every year have someone new come see your course. They don’t have to have some designation on their wall, unless it says architect or engineer (see below!). They should have experience to look at your course and your operation and make sure you are not making mistakes. Maybe trade off. You go to their course, and they come to your course.

a.   Don’t have them give you a report, which is just proof you are negligent.

b.   Don’t tell them why you do something, unless they ask.

c.   Listen, listen to everything they suggest, ask questions and then see what you need to do.

3.   Every couple of years have an engineer, architect, or contractor came out and look at your course. These are the people who know how courses should be built and have the education and experience to make sure it was built correctly and is still holding together.

a.   Someone with 12 years in the industry may be able to tell you the testing strength of a bolt and whether the bolt and whatever it is attached to are working still. However, that knowledge is defeated with a degree from a college that says engineer or architect.

Pay attention, (If nothing else for the laughs.) and make sure you know what is going on because you as a ropes course owner or manager are the person that is going to take the beatings and suffer the most when the organizations created to support you spend your money fighting each other.

Good luck.

If nothing else I should get a plug for explaining all the acronyms in the industry!

For more articles on Ropes Courses see:

 $400,000 challenge course settlement for shattered ankle     http://rec-law.us/1lk77Q7

 Architects, Engineers and Recreation, we need the first two, to be successful in the second     http://rec-law.us/1gOSNeT

 Assumption of the risk is used to defeat a claim for injuries on a ropes course       http://rec-law.us/SDZlBt

 Based on the article yes there was going to be a lawsuit         http://rec-law.us/16JD0p3

 Plaintiff raised argument in work/team building situation that they were forced to sign release  http://rec-law.us/XiKRug

 Plaintiff uses standards of ACCT to cost defendant $4.7 million       http://rec-law.us/11UdbEn

 Sad, Arizona school insurance no longer covering ropes courses.               http://rec-law.us/1m5AhAN

 The standard of care for a ropes or challenge course changes based on who is running it and who is using it (30)                                                                                       http://rec-law.us/L2tupe

 When did journalism turn from telling a good factual story to trying to place blame for an accident?            http://rec-law.us/1cNrxMv

 What do you think? Leave a comment.

 If you like this let your friends know or post it on FB, Twitter or LinkedIn

 Copyright 2014 Recreation Law (720) 334-8529

 

 

 

 

Call or Email me if you need legal services around these issues.

 Email: Rec-law@recreation-law.com

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 By Recreation Law    Rec-law@recreation-law.com         James H. Moss         #Authorrank

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If you throw a throwbag incorrectly (yes there is now a right way and wrong way) that can be used to sue you. It used to be the correct way was the swimmer got the rope; incorrect way swimmer missed the rope.

Yo! Raft guides, ever been sued? New ASTM standard will now make that possible!

Well meaning, hardworking volunteers have no idea how they are helping to create lawsuits but here is the perfect example.

ASTM F1730 – 96(2014)

Standard Guide for Throwing a Water Rescue Throwbag

Active Standard ASTM F1730 | Developed by Subcommittee: F32.02

Book of Standards Volume:13.02

Here is how this standard is explained.

Significance and Use

3.1 This guide establishes a recommended procedure for a throwing rescue to ensure the safety of all water rescuers who may be involved in rescue techniques at a water rescue emergency.

3.2 This water rescue technique can be utilized from land, boat, or any stable platform.

3.3 All persons who are identified as water rescuers shall meet the requirements of this guide.

3.4 This guide is intended to assist government agencies, state, local, and regional organizations; fire departments; rescue teams and others who are responsible for establishing a minimum performance for personnel who respond to water emergencies.

3.5 The procedure outlined in the document may vary with the number and type of victims, and water conditions.

1. Scope

1.1 This guide covers the recommended procedures for throwing a water rescue throwbag.

1.2 This guide is one in a series of water rescue techniques for the water rescuer.

1.3 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.

Does this apply to raft guides? I would say yes.

Is a raft guide a “water rescuer” who may be involved in rescue techniques at a water rescue emergency.” If so you have to meet the requirements of this guide.

Do you know the name of a group of people who meet this definition? “…others who are responsible for establishing a minimum performance for personnel….” They are called a jury.

Let’s see how this is a messed up idea.

You were a high school quarterback with a good arm. You can throw a throwbag just like a football with great accuracy.

You are right-handed and standing on shore next to a rock wall. There is not room to throw the throwbag underhanded.

You are on a 12’ raft in the Royal Gorge on the Arkansas River. Does the definition of 3.2, which describes a boat as stable apply to you? Since your boat is not stable should you knot use your throwbag? Are you allowed to throw any way you can, if you are not stable?

Seriously, why is someone writing these things? Can’t they see how broadly this is written and how much damage it will do?

Look, someone is in the river it doesn’t matter if you are throwing the bag backwards, blindfolded standing on one leg in a pink tutu. If you get the rope to the swimmer, that was the correct way!!!

 

What do you think? Leave a comment.

If you like this let your friends know or post it on FB, Twitter or LinkedIn

Copyright 2014 Recreation Law (720) Edit Law

Email: Rec-law@recreation-law.com

Google+: +Recreation

Twitter: RecreationLaw

Facebook: Rec.Law.Now

Facebook Page: Outdoor Recreation & Adventure Travel Law

Blog:www.recreation-law.com

Mobile Site: http://m.recreation-law.com

By Recreation Law    Rec-law@recreation-law.com         James H. Moss         #Authorrank

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#AdventureTourism, #AdventureTravelLaw, #AdventureTravelLawyer, #AttorneyatLaw, #Backpacking, #BicyclingLaw, #Camps, #ChallengeCourse, #ChallengeCourseLaw, #ChallengeCourseLawyer, #CyclingLaw, #FitnessLaw, #FitnessLawyer, #Hiking, #HumanPowered, #HumanPoweredRecreation, #IceClimbing, #JamesHMoss, #JimMoss, #Law, #Mountaineering, #Negligence, #OutdoorLaw, #OutdoorRecreationLaw, #OutsideLaw, #OutsideLawyer, #RecLaw, #Rec-Law, #RecLawBlog, #Rec-LawBlog, #RecLawyer, #RecreationalLawyer, #RecreationLaw, #RecreationLawBlog, #RecreationLawcom, #Recreation-Lawcom, #Recreation-Law.com, #RiskManagement, #RockClimbing, #RockClimbingLawyer, #RopesCourse, #RopesCourseLawyer, #SkiAreas, #Skiing, #SkiLaw, #Snowboarding, #SummerCamp, #Tourism, #TravelLaw, #YouthCamps, #ZipLineLawyer, ASTM, Throwbag, Throw Rope, Guide, Paddlesports, Whitewater Guide, Raft Guide, Rescuer, Water Rescue, Water Rescuer, American Society of Testing & Material,

 

 

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