Performance Machine Revolution Wheel - 1202-7106R-RVNAJAP-G For Harley Touring 2008-2022 Metzeler 2001-2005 Harley-Davidson Softail Deuce FXSTD

2001-2005 Harley-Davidson Softail Deuce FXSTD 2001-2005 Harley-Davidson Softail Deuce FXSTDI 2001-2005 Harley-Davidson Softail Fat Boy FLSTF 2001-2005 Harley-Davidson Softail Heritage Classic FLSTCI 2001-2003 Harley-Davidson Softail Heritage Springer FLSTS 2001-2003 Harley-Davidson Softail Heritage Springer FLSTSI 2001-2005 Harley-Davidson Softail Night Train FXSTB 2001-2005 Harley-Davidson Softail Night Train FXSTBI 2001-2005 Harley-Davidson Softail Springer FXSTSI 2001-2005 Harley-Davidson Softail Standard FXST 2001-2005 Harley-Davidson Softail Standard FXSTI 2002-2005

Product Name Filler Panel Lights Type Running Light / Brake Light / Turn Signal For Make Harley Davidson Lens Color Red Housing Color Black Bulb/Light Color Red Bulb Type LED Mounting Position Rear Units Pair Riding Style Street

Product Name Accent Light Kit Type Vent Insert Style Batwing Bulb/Light Color White / Amber Bulb Type LED Units Kit Riding Style Street

Note:Model-specific touring pillion pad to match Knuckle solo seat part# 0802-1046

Product Name Seat Type 2-Up Seat Model Step-Up Base Color Black Material Saddlehyde™ Fill Material GelCore™ / Ultra-Foam Decoration Full Lattice Stitch Stitching Red Stitching Overall Seat Length 28-3/4" Driver Seat Length 14-1/4" Driver Seat Width 12" Rear Seat Length 11-1/2" Rear Seat Width 6-1/2" Features Standard Units Each Riding Style Street

Performance Machine Revolution Wheel - 1202-7106R-RVNAJAP-G For Harley Touring 2008-2022 Metzeler 2001-2005 Harley-Davidson Softail Deuce FXSTDNote: Front wheels include fender relocation brackets for use with stock front fenders. Front wheels listed as fitting '14 '22 Dresser models will require the use of PM (Performance Machine) front brake rotors (3. 25" bolt circle). Gold Ops finish features gloss gold on top of a contrasting textured gold finish for outstanding durability and looks. Features Forged wheels place the highest material strength in the same direction as the operating load,