The Recall Desk
HighCPSC·09701·Announced 2008-10-01

Can-Am Recalls Youth ATVs Due to Engine Shutoff Failure Hazard

BRP U.S. Inc. is recalling about 1,200 Model Year 2008-2009 Can-Am Youth ATVs because the engine shutoff switch may fail to disable the engine if the rider is ejected.

What this means for you

Real risk of harm even if no illness or injury has been reported yet. Stop using the product and follow the agency's guidance.

Our severity reasoning: The recall involves a risk-of-harm product (uncontrolled vehicle operation) where injury has not yet been reported, which aligns with the 'High' severity criteria.

Plain-English summary

BRP U.S. Inc. is recalling approximately 1,200 Model Year 2008-2009 Can-Am® DS 90 X Youth ATVs. These vehicles were manufactured by Vietnam Precision Industrial Co. and sold at authorized Can-Am® dealers nationwide from August 2007 through September 2008 for about $3,400. The ATVs are black with yellow and orange trim, and the model name is located on the side panels.

The recall is due to a collision hazard. If the rider is ejected and the cord strap is pulled, the shutoff switch can fail to disable the engine. This allows the ATV to operate uncontrolled until the engine returns to idle, which can cause a collision with bystanders, vehicles, or other objects. This poses a serious risk of injury. No injuries have been reported in connection with this recall.

Parents should stop children from using these vehicles immediately. Consumers are being sent a direct notice from BRP. To schedule a free repair, contact any Can-Am® dealer. For additional information, call BRP toll-free at (888) 638-5397 between 8 a.m. and 6 p.m. ET Monday through Friday, or visit www.can-am.brp.com.

The recalled product

Product
Model Year 2008-2009 Can-Am® Youth ATVs
Manufacturer
Vietnam Precision Industrial Co., of Vietnam
Category
Consumer Product — All-Terrain Vehicles (ATVs)
Hazard
Affected units
1,200

Distribution

Distributed nationwide across the United States.

Related recalls

Same hazard · collision

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