A bicycle helmet exists for exactly one reason: to absorb enough of a crash’s force that a rider’s skull does not have to. When a helmet fails the federal test built to confirm it can do that, the product is not just disappointing, it is being sold as protective gear it never actually was, which is the core finding behind a newly announced recall covering a low-cost helmet sold widely online.
Why These Helmets Fail Federal Safety Standards
The recalled Basecamp-branded helmets do not comply with the impact attenuation, positional stability and certification requirements set out in the mandatory federal safety standard for bicycle helmets, according to the Consumer Product Safety Commission. Impact attenuation is the technical term for how much force a helmet’s foam liner absorbs before that force reaches the rider’s head, and positional stability testing checks whether a helmet stays correctly seated during a fall rather than shifting or coming off at the moment it is needed most. Positional stability failures in particular can be difficult for an ordinary buyer to detect without laboratory equipment, since a helmet that looks correctly shaped and properly padded on a shelf can still shift loose during the specific rotational and impact forces of an actual fall, which is why compliance is verified through standardized testing rather than visual inspection alone. A helmet that fails either test can fail to protect the wearer in the event of a crash, the CPSC notice states, which the agency classifies as a serious risk of injury or death from head injury rather than a minor quality defect. The federal bicycle helmet standard the recalled product failed, first adopted decades ago and enforced under the Commission’s mandatory rules for the category, requires every helmet sold in the United States to pass impact testing that simulates a real fall before it can legally reach store shelves or an online listing, regardless of price point or brand recognition.
A Second Hazard Hiding In The Same Product
The recall covers more than the helmet shell itself. The affected helmets also contain a button cell battery that lacks the warning labels required under Reese’s Law, a federal safety standard adopted after button and coin batteries were linked to serious injuries and deaths in children who swallowed them. If a battery of that type is ingested, it can cause internal chemical burns and other serious injuries, a risk the CPSC flags as separate from, and in addition to, the helmet’s failure to meet impact standards. Congress passed Reese’s Law in August 2022 specifically to address that danger, and the Commission’s resulting rule, which took effect for products manufactured or imported after March 2024, requires child-resistant packaging and explicit ingestion-hazard warnings on any consumer product built around a button or coin battery, precisely the labeling the recalled helmets were found to be missing. The presence of an unlabeled battery inside a bicycle helmet illustrates how a single low-cost accessory item can accumulate more than one compliance failure at once, each one independently significant enough to justify a recall.
Which Helmets Are Affected And Where They Were Sold
The recall applies specifically to Basecamp-branded helmets, model HT-10, sold in green and black in a medium/large size fitting a head circumference of roughly 22.44 to 24.41 inches. The helmets carry red padding, black-and-red straps, a black-and-red buckle and a fit-adjusting knob at the back, with “Basecamp” printed on the sides and “HT-10” labeled inside. Tongyang Cycling, doing business under the Basecamp name and based in China, sold the helmets exclusively online through Amazon.com between July 2024 and July 2026 for about $34 apiece. The CPSC recall covers roughly 215 units nationwide, a comparatively small number that reflects how narrowly the listing circulated even though the product remained available for two full years before the recall was announced. No injuries or incidents involving the helmets had been reported to the company as of the recall’s publication. That two-year sales window is notable because it means the noncompliant helmet remained listed and purchasable on a major retail platform for the entire span, a gap that highlights how a marketplace listing can stay live long after a product should have been pulled if nothing prompts a safety review.
How To Get A Refund Instead Of A Replacement
Unlike recalls that offer a repair kit or a replacement unit, this one requires the helmet to be destroyed before a refund is issued. Tongyang Cycling is asking owners to stop using the helmet immediately, cut the straps to render it unusable, photograph the destroyed helmet, and email that photo to the company’s recall address before a full refund is processed. The CPSC’s notice separately reminds owners that the button cell battery inside the helmet should not simply go in household trash once removed; batteries of that type should be disposed of or recycled through local hazardous-waste procedures because of the chemical burn risk the same battery poses if it ends up in a landfill or lands in the hands of a child. Because the product was sold exclusively through Amazon, the retailer’s own order history offers a straightforward way for a buyer to confirm the purchase date and helmet size before starting the refund process, even without keeping the original packaging or receipt. A refund tied to proof of destruction, rather than a simple mail-back process, is a common structure in helmet recalls specifically, since shipping a damaged or noncompliant helmet back through the mail risks it being resold or reused by someone else along the way rather than permanently taken out of circulation.
This article was produced with the assistance of AI and reviewed by Morning Overview editors prior to publication.
More from Morning Overview
- Supplements now rank as the fifth-leading cause of death from liver disease.
- The NSA is again telling phone owners to switch off one location setting
- Four U.S. startups fired up their first small nuclear reactors, aiming to power AI data centers on-site
- 11 engines built to run well past 200,000 miles