RSD TURBINE AIR CLEANER BLACK OPS HARLEY M8 2018-UP

RSD TURBINE AIR CLEANER BLACK HARLEY DAVIDSON M8 2018-UP

RSD Turbine Air Cleaner Black Ops is a Harley Davidson air filter made of black aluminum manufactured from solid aluminum with CNC machining, with matte / glossy finishes for an elegant and aggressive style at the same time. Thanks to the special open design and the excellent filtering provided by the included K&N filter, this filter further improves performance and delivery. The revolutionary backing plate promotes a uniform flow of air that improves the smooth delivery of power. The Turbine Air Cleaner Black Ops is equipped with built-in crank case breathers and the new tight seal oil separator insures a clean, leak free ride.

TECHNICAL FEATURES:

• Built-in crank case breathers with a high-volume K&N Air Filter included, the best in terms of filtering
• Slotted breather bolts and oil tubes are included with Big Twin applications
• Higher airflow due to open design
• Not legal for sales or use on pollution vehicles
• Integrated crankcase breather
• The support plate favors the regular flow of air
• All air cleaners can be used on Mikuni carbs with use of adapter – part number HS42/001-K (sold separately)
• Black Ops ™ finish: surface treated with a military treatment for greater durability and sturdiness. Then worked again and anodizing in black on black for greater resistance to scratches, climatic conditions and impacts. This is the finish that requires less maintenance
• It already includes all the elements for assembly
• Rain sock available as optional *ITEM NOT INCLUDED - See related products below
• Made in the United States
• (escl. 2024 FLTRXSTSE Road Glide con motore HO da 121"; 23-24 FLHXSE Street Glide con motore HO da 121"; 2024 FLHX con motore da 117"; 2024 FLTRX con motore da 117")

AVAILABLE IN 4 DIFFERENT COLORS: SEE RELATED PRODUCTS BELOW

CLICK HERE To View The Assembly Instructions

CLICK HERE To View Harley-Davidson compatible models: Page 1

CLICK HERE To View Harley-Davidson compatible models: Page 2

Description By BurnOut