Technology and testing both in question by New York plaintiff with Bontrager’s WaveCel brand
A class-action lawsuit was filed in New York seeking $5 million against Trek Bicycle Corporation related to its Bontrager brand, stating that the company used “false, deceptive” claims about the WaveCel helmets being highly effective at reducing brain injuries following a bicycle crash.
An individual in Staatsburg, New York, Andrew Glancey, is the lead plaintiff, which was reported by BicycleRetailer.com on Thursday. The suit not only called out the “misleading claims” about the technology described in the construction of the helmets, which were launched in 2019, but also pointed to inaccuracies in the tests conducted to prove marketing statements.
One of the issues is with a claim by Trek that the WaveCel is “up to 48 times more effective than traditional foam helmets” in the prevention of concussions from a bicycle crash. The suit said that Trek profited from the false claims, charging an inflated price that saw some models sell for as much as $299.99 at retail.
In a statement from Trek, it was noted that an allegation of physical injury was not part of the lawsuit and that the company would defend its product.
“Trek believes in and stands behind our Bontrager Wavecel helmets,” a spokesperson from Trek told Cyclingnews on Saturday. “This lawsuit is without merit and we will vigorously defend against it. The plaintiff has not made an allegation of physical injury. Trek will continue to responsibly promote and improve this innovation in helmet technology.”
According to BicycleRetailer.com, the suit claims that the study used a different, modified helmet for its testing, not the actual Bontrager WaveCel helmet that would be marketed and sold, but instead a “Scott ARX helmet modified to include the WaveCel component.”
In 2019, a press release for Bontrager’s WaveCel helmet called it “the most advanced helmet technology ever designed.” It described the technology as replacing traditional EPS foam with layers of cells designed to move independently until the cell walls crumple and glide, dissipating both direct and rotational energy away from your head.
Source: Cycling News