The CAN-AM Spyder RT is a three-wheeled touring motorcycle known for its stability and touring comfort. With 788 total complaints filed, the Spyder RT has documented issues primarily with fuel/propulsion systems, engine components, and power train. The 2013 model year has significantly more complaints than other years.

788
Total Complaints
22
Total Recalls
17
Model Years
2
Reported Deaths
!

Years to Avoid

These years have significantly more complaints than average.

Best Years

These years have the fewest reported problems.

Common Problem Categories

Fuel/propulsion System 196
Engine 144
Power Train 70
Service Brakes 58
Structure 54

Complaints by Model Year

All Model Years

Year Complaints Recalls Crashes Fires Rating
2024 10 0 0 6 Good
2023 2 1 0 0 Good
2022 4 1 0 0 Good
2021 16 1 0 0 Good
2020 12 2 0 0 Good
2019 14 2 0 0 Good
2018 30 2 0 0 Average
2017 14 3 0 0 Good
2016 18 1 2 0 Good
2015 12 1 0 0 Good
2014 32 0 0 2 Average
2013 352 2 0 16 Avoid
2012 120 1 2 8 Avoid
2011 84 2 0 16 Below Average
2010 62 3 0 0 Average
2009 2 0 0 0 Good
2008 4 0 0 0 Good

Can-am Spyder Rt Years to Avoid

2013, 2012, 2011

Best Can-am Spyder Rt Years

2023, 2022, 2009

Frequently Asked Questions

What are the most common problems with the CAN-AM Spyder RT?

The most frequently reported issues include fuel/propulsion system problems with 196 complaints, engine failures with 144 complaints, power train issues, service brake concerns, and structural problems.

Which CAN-AM Spyder RT years should I avoid?

The 2013 model year is the most problematic with 352 complaints, followed by 2012 with 120 complaints and 2011 with 84 complaints. These early years of the touring variant show the most issues.

Are CAN-AM Spyder RT fuel system issues serious?

Yes, fuel/propulsion system problems are the top complaint category with 196 reports. These issues can cause unexpected stalling and loss of power during operation.

Is a newer CAN-AM Spyder RT more reliable?

Recent model years from 2020-2024 show dramatically fewer complaints, typically under 15 per year, suggesting significant improvements in reliability over time.