Mega Curve - Elite Series Polycarbonate


















The LRS Recurve "Mega Curve" Windshield is one of our most sought-after windshield to date. With the classic half-moon shape, this shield is also designed with a more defined recurve in order to give maximum protection to the rider.
LRS Mega Curve Windshields are made from the highest grade glass coated polycarbonate materials, allowing for a crystal clear look not only on the bike but for the rider's view as well Our polycarbonate materials are stronger than other polycarbonate windshields because we glass coat our materials to make them even stronger, scratch and scuffing resistant, and longer lasting than others.
Make sure you double check the year and size of your bike and shield. These are not compatible with the New CVO fairing found in some 2023 and newer bikes. These shields will turn heads without straining yours with wind and noise! You know you want it!
Specs
- Width - 22.5"
- Thickness - .135"
- Material - Polycarbonate (Polarized Sunglasses May Cause a Distortion if Wearing)
- Recurve: Yes
- Tints: Clear, Light, Dark
- Sizes: 6", 7", 8", 9", 10.5", 12"
- Fits: FLHS, FLHT, FLHTC, FLHTCU, FLHTCUL, FLHX, FLHXSE FLHTCUTG, FLHTK, FLHTKL, FLHXS, FLHXXX
Fitment:
***Not compatible with 2023+ CVO Models***
The "Mega Curve" Windshield is designed to fit Harley Davidson Models with a Batwing fairing such as an Electra Glide, Street Glide, Ultra Classic and Limited, and the Tri-Glide Models.
Other Aftermarket fairings the "Mega Curve" will fit are Quadzilla, Hoppe, and Reckless. If you have an aftermarket fairing, double-check the year as over 90% of them are 1996-2013.
Please Note: When selecting your windshield, make sure to pick the correct "Year" of your motorcycle model.
Remember: LRS Recurve Windshields are made to be looked over, not through.
Watch the install guide here. Harley-Davidson Batwing Fairing install guide.
*All windshields are designed and made by Long Ride Shields out of Sparks Nevada USA*
All measurements are approximate. These may differ depending on material shrinkage when formed.
You can find our measuring guide here LRS Measuring Guide