2013 Can-AM Spyder RT Seats Problems
- Complaints
- 9about this part
- Share
- 9%of 102 total for the year
- Median mileage
- 450miles
- Trend
- Not enough dataFewer than 15 complaints, too few for a reliable trend.
NHTSA recorded 9 complaints about the seats of the 2013 Can-AM Spyder RT, 9% of the 102 complaints for this model year. Where a mileage was given, the median is 450 miles.
Fewer than 15 complaints name this part, so treat the figures as a rough indication only.
Example complaints
Selected from NHTSA records; personal details are removed. They are consumer reports, not findings.
“Heat under the seat is to hot to ride safety. Always trying to shift and open legs to try and get some relief. Heat coming off the right side has actually caused a red heat rash on my right shin from my ankle upwards. When refueling I am so scared that the gas is going to flame up because of the fumes and the heat radiating from under the seat which must be lifted to refuel. I have tried placing aluminum foil under the seat in the hopes of dissipating the heat but it has not worked. …”
NHTSA complaint #10631265, filed 2014-09, 100 miles“I was out for a ride and noticed the heat on my thigh and leg I reported it to the dealer, and they said it was a recall issue and they applied a thin strip of heat tape under glove box. So on june 10th I noticed it was getting even hotter so I got a thermostat and put in glove box and rode over to the dealer, a 20 minute ride, the thermostat registered 155 this area was so hot it melted my seat and burn my thigh. So on june 23rd I left it at dealers and brp informed them to apply more heat tape and replace the seat,which was done. …”
NHTSA complaint #10615793, filed 2014-07, 220 miles“I was riding on highway 291 in lees summit mo traveling at 65 MPH. The daily temp was between 92 - 95 degrees. The fan was blowing the hot air out from the bikes radiator area and with the bike being in motion the hot air was being routed onto my right leg and I could feel my leg getting hot to the point that I was unable to keep my foot on the foot peg for longer than 10-15 seconds after which, I needed to keep shifting the location of my foot on the foot peg. I also noticed that the right side panels and the air coming from under the seat was uncomfortably hot. …”
NHTSA complaint #10650717, filed 2014-10, 3,300 miles“After buying my spyder I noticed excessive heat coming from the engine area under my seat. At times its so hot that I can barely touch my gas cap with is located under the seat. There have been a few time that after riding for a extended period and stopping the bike I've noticed the smell of gasoline. I've checked for fuel leaks and found none, and called the dealership to complain. They told me that it was probably the fuel tank over pressurizing because of the heat and venting to the air. I was advised to park the bike out side until it cooled down before bringing it into the garage. …”
NHTSA complaint #10631703, filed 2014-09, 30 miles“Heat build up under body panels and seat at low and high speed, causing bodily discomfort, ryder and passenger, to the point of needing medication to the affected areas coming in contact with panels and seat. Gas cap hot-to-touch, building up pressure in tank and causing gas to blow out of filler when removing cap. Erratic gas fumes at any time.”
NHTSA complaint #10628215, filed 2014-08, 600 milesSeats: other model years
Other parts of the 2013 Can-AM Spyder RT
62 complaintsEngine
42 complaintsBody and structure
20 complaintsEngine cooling
12 complaintsBrakes
10 complaintsElectrical system
7 complaintsOther or unknown
5 complaintsSuspension
3 complaintsTransmission and drivetrain
3 complaintsAir bags
1 complaintsSeat belts
1 complaintsSteering
1 complaints
← All problems reported for the 2013 Can-AM Spyder RT
About this data. Data from NHTSA (ODI) complaints, recalls, TSBs and investigations, updated Oct 31, 2026. Complaints are unverified consumer reports and may be duplicated or inaccurate.
To check a specific vehicle for open recalls, use its VIN at nhtsa.gov/recalls. Methodology