Description:

Used 2017 Harley-Davidson Road Glide Touring FLTRX FOR SALE NEAR Lakeville, MN

This Used 2017 Harley-Davidson Road Glide Touring FLTRX is for sale at Twin Cities Harley-Davidson located in Lakeville, Minnesota. Contact Twin Cities Harley-Davidson today to SCHEDULE A TEST-RIDE. If this isn't the exact Harley-Davidson you're looking for don't hesitate to go back and REVISE YOUR SEARCH. We're sure to have the perfect used motorcycle for you on our showroom in Lakeville where we host one of the largest selections of new and used motorcycles in the Twin Cities. Visit Twin Cities Harley-Davidson of Lakeville, your MN Harley-Davidson dealership. Minnesota’s premier new & used motorcycle dealer, we'll help you ride home on a new Harley-Davidson today! 

Twin Cities Harley-Davidson Lakeville

Map Directions: 10770 165th St W #5671, Lakeville, MN 55044

Click to Call: (952) 898-4515

2017 Harley-Davidson Road Glide Touring FLTRX

Some riders have a need to profile in style. Others want long-haul touring adventures. For those who demand both, the Road Glide® model is their motorcycle. With unique features like a modern, streamlined outer fairing and narrow profile, the bike exhilarates custom touring with a look and attitude that tells the world it’s cut from a different cloth.

NEW IN 2017

• Milwaukee-Eight™ 107 engine, the most powerful, coolest-running motor we’ve ever built Rear exhaust pipe and catalytic converters repositioned away from the passenger for less heat

and a more comfortable ride

• Precision oil-cooling for cooler running and consistent performance
• Improved fuel economy to give you more out of every tank of gas
• Front and rear suspension:
• Front suspension uses Showa® Dual Bending Valve (SDBV™) technology and gives you 98 mm of travel; bigger pistons improve dampening performance over the range of suspension travel
• Hand-adjustable emulsion rear shocks provide 15-30% more preload adjustment and adjust with the turn of a single knob, no tools required; new bigger pistons improve damping performance over the range of suspension travel