5-Speed Transmission Bearing
Drag Specialties Part #: 1106-0039Drag Specialties Non-Punctuated Part Number: 11060039
Manufactuer: DRAG SPECIALTIES
Manufactuer Part #: 40-3084
Manufactuer Non-Punctuated Part #: 403084
UPC Code:
Unit of Measure (UOM): EA
Features
- Single bearing
Specs
- Product Name: Needle Bearing
- Type: Mainshaft
- Style: Fifth Gear
- Units: Each
- Riding Style: Street
Fitments
Years | Make | Model |
---|---|---|
1986-1990 | Harley-Davidson | Softail Custom FXSTC |
1986-1990 | Harley-Davidson | Softail Standard FXST |
1987-1990 | Harley-Davidson | Low Rider Custom FXLR |
1988-1990 | Harley-Davidson | Softail Springer FXSTS |
1989-1990 | Harley-Davidson | Electra Glide Ultra Classic FLHTCU |
1983-1990 | Harley-Davidson | Sport Glide FXRT |
1988-1990 | Harley-Davidson | Low Rider Sport FXRS-SP |
1990 | Harley-Davidson | Softail Fat Boy FLSTF |
1984-1985 | Harley-Davidson | Low Glide FXRS |
1986 | Harley-Davidson | Sport Glide Grand Touring FXRD |
1987 | Harley-Davidson | Low Rider Chrome FXRC |
1982-1983 | Harley-Davidson | Super Glide II FXRS |
1987-1990 | Harley-Davidson | Low Rider FXRS |
1980-1990 | Harley-Davidson | Tour Glide Classic FLTC |
1983-1990 | Harley-Davidson | Electra Glide Classic FLHTC |
1980-1983 | Harley-Davidson | Tour Glide FLT |
1987-1990 | Harley-Davidson | Electra Glide Sport FLHS |
1986-1990 | Harley-Davidson | Softail Heritage FLST |
1987-1990 | Harley-Davidson | Softail Heritage Classic FLSTC |
1982-1983 | Harley-Davidson | Super Glide II FXR |
1990 | Harley-Davidson | Low Rider Convertible FXRS-CONV |
1983, 1985-1987 | Harley-Davidson | Electra Glide Standard FLHT |
1984 | Harley-Davidson | Disc Glide FXRDG |
1985 | Harley-Davidson | Low Glide Custom FXRC |
1986-1990 | Harley-Davidson | Super Glide FXR |
1989-1990 | Harley-Davidson | Tour Glide Ultra Classic FLTCU |
DRAG SPECIALTIES 40-3084 Needle Roller Bearing 1106-0039
- Brand: DRAG SPECIALTIES
- Product Code: 40-3084
- Availability: In Stock
-
$31.95
Tags: Drag Specialties, TRANSMISSION-CLUTCH GROUP, TRANSMISSION INTERNAL COMPONENTS