CAN-AM Complaints

Front sprocket recall. Original defective sprocket failed at 20,000 miles. The recall replacement sprocket designed to fix the problem Failed at 12,000 miles. BRP Canam Refused to replace failed recall replacement sprocket under that recall And will not provide extended warranty for future pocket failures.

VSS fault Hill hold control not working Loud knock from shifting gear Warranty company refused to provide towing , vehicle is under warranty till 2027. Escalated complaint unaddressed. Not notified of recall since December 2023. Purchased October 2023.

While driving the brake pedal stays stuck causing the brake lights to be illuminated while driving, and causing the motorcycle to activate the ABS

Brake light stays due to brake pedal stays stuck.. on while driving causing the motorcycle to be activate the ABS Also handlebar tends to become loose

ALL recalls and updates (including the NHTSA steering rebuild kit, and the fender kit) have been performed on this vehicle, yet it has a persistent issue. The vehicle stability system engages with zero warning and at any speed and road condition. This immediately restricts the RPM to 5200 maximum, or approximately 57mph on a flat, 54 on an incline, 60 on a downhill. I have nearly lost my life due to it kicking in: -on the onramp to the highway with 80mph traffic behind me and having to immediately dodge and weave to the shoulder -in a sloping turn and the sudden change in vehicle performance nearly threw me off the bike at 50mph This condition cannot be reset without specialized software and hardware that is cost prohibitive to purchase as a consumer. It has also kicked in -just driving home on a straightaway, at 45mph -after making a legal, slow u turn -in my neighborhood access road at 30mph There are no lemon laws for motorcycles in Florida. The dealership has changed every component of the electrical system possible and has performed extensive service. It has sat for nearly half a year collectively at the shop waiting on parts or for service to be performed, and this is the largest powersports dealer in my area. They are out of solutions, and I'm stuck with an unsafe, unpredictable machine that I refuse to curse someone else with. Attached is most recent service bill with detailed work.

The contact owns a 2023 Can Am Ryker. The contact stated that while making a sharp turn to the left or the right, the front end of the vehicle locked up without warning. The contact also stated that the failure usually occurred while driving above 20 MPH. The vehicle was taken to a dealer where the contact was informed that the yaw sensor had caused the failure. The manufacturer was notified of the failure. The vehicle was not repaired. The failure mileage was approximately 1,000.

When making left turns the computer causes the left turn to become unsafe, a feeling in the steering line a flat tire, or otherwise causing over steering and can result in accidents due to the faulty computer system. Issue appears to effect many Can Am Rykers, it is a known defect per the dealers, and even through 4 years of production Can Am has failed to resolve this known issue. There is no solution or work around, except to put up with it. The vehicle stabilize computer system caused intermittent "limp mode" problems after or during the left turn also

The contact owns a 2013 Can-Am RD Spyder. The contact stated that while his son was driving at approximately 35–40, the vehicle caught fire from the front of the vehicle. There were no warning lights illuminated. There were no reported injuries. There was no police report filed. The air bags did not deploy. The vehicle was towed to his residence. The contact called the local dealer, who informed him that the vehicle was not covered under a recall. The vehicle was not diagnosed or repaired. The contact called another dealer, Team Powersports222 US-70, Garner, NC 27529, who informed him there were no recalls. The vehicle was not diagnosed or repaired. The manufacturer was contacted, but no assistance was provided. The contact stated that the failure was related to NHTSA Campaign Number: 15V095000 (Engine). The failure mileage was approximately 6,000.

The contact owns a 2019 Can Am Ryker. The contact stated that while making sharp left turns at moderate speeds, the vehicle independently slow downed without warning. The contact stated that the handlebars and the rear tire would vibrate during the failure. Upon investigation, the contact linked the cause of the failure to a defective turn sensor. The contact had taken the vehicle to two dealers for inspection. The manufacturer was notified of the failure. The vehicle was not diagnosed or repaired. The failure mileage was approximately 2,200.

At approximately 5600 miles, my Can-Am Ryker went into limp mode during a ride, limiting my top speed to 50 mph on the highway. This unexpected and sudden occurrence put my safety and the safety of other road users at risk. Request for NHTSA Intervention: I am reaching out to NHTSA to request your immediate intervention in addressing this widespread safety concern with the Can-Am 3-wheel motorcycles manufactured by Can-Am BRP. It is crucial that this matter is investigated thoroughly, and necessary actions are taken to ensure the safety of riders and passengers who are at risk due to the malfunctioning Stability Control System and associated components. I kindly request that NHTSA: Conduct a comprehensive investigation into the safety issue described, including the YAW sensor, SAS system, and Stability Control System of Can-Am. Collaborate with Can-Am BRP to expedite the development and implementation of a reliable and effective solution to rectify the issue, ensuring the safety of riders. Consider issuing a safety recall or other appropriate actions to address the issue in all affected vehicles. The safety of riders and road users is of paramount importance, and I believe that NHTSA's intervention is crucial in ensuring that this issue is resolved promptly. Issue Description: The Stability Control System on my Can-Am 3-wheeler engages during low-speed left turns when it is not required, which leads to significant safety issues. This system does not engage in a similar manner during right turns of comparable speed and sharpness. When the Stability Control System engages on a left turn, power is unexpectedly cut to the rear wheel, and the right brake engages, resulting in a disconcerting "wobble," unsteadiness, and a sensation of jumping. This situation causes extreme unease and creates a sense of losing control over the vehicle.