/live/media/MO/MO_K200303_Ang.jpg)
Will it fit your vehicle?
Confirm before you buy. Free return shipping if it doesn't fit.
Moog K200303 Suspension Stabilizer Bar Bushing Kit - Rear To Frame
| Brand | Moog K200303 |
|---|---|
| Position | Rear To Frame |
| Bar Diameter (Inch) | 0.720 |
| Base to Centerline (Inch) | 1.030 |
| Base to Centerline (mm) | 26.2 |
| Height (Inch) | 2.080 |
| Includes Hardware | No |
| Inner Diameter (Inch) | 1.420 |
| Length (Inch) | 2.000 |
| Material | Thermoplastic |
| Outer Diameter (Inch) | 1.730 |
| Fits | Nissan · 6 vehicles |
Thermoplastic construction. Delivers dependable cushioning and long-lasting performance.
Fast, hassle-free installation. MOOG problem-solving design helps make the job easier.
Sway bar bushing kit. Restores stable suspension movement with a precise fit.
Cross-references Centric Parts 602.42117, Mevotech Supreme MS308130 and MOOG Chassis Products K200303 for the same application. See all 13.
Will it fit your vehicle?
Free return shipping if it doesn't fit.
MOOG K200303 Rear Stabilizer Bar Bushing Kit
Restore rear sway bar support with the MOOG K200303 suspension stabilizer bar bushing kit. Built with thermoplastic material and tested for dependable performance, this rear to frame bushing set helps maintain stable bar location on a 2007-2012 Nissan Altima.
For shoppers searching for a rear sway bar bushing kit for 2007-2012 Nissan Altima rear to frame service, MOOG K200303 offers a direct-fit solution focused on consistent fit and easier installation.
Key Features
- Thermoplastic construction for durable suspension support
- Fits the rear to frame stabilizer bar location on 2007-2012 Nissan Altima
- Bar diameter: 0.720 inch
- Inner diameter: 1.420 inch; outer diameter: 1.730 inch
- Base to centerline: 1.030 inch (26.2 mm)
- Height: 2.080 inch; length: 2.000 inch
- Designed for reliable sway bar positioning and reduced bushing wear
- MOOG problem-solving design approach supports straightforward service work
Detailed Description
The MOOG K200303 stabilizer bar bushing kit is made for the rear to frame application on the 2007-2012 Nissan Altima. It is engineered around the listed bar diameter and bushing dimensions to help the sway bar stay properly supported at the chassis mounting point. MOOG uses tested materials and application-focused design details to support dependable suspension service on this Nissan Altima rear sway bar bushing replacement.
This part cross-references TRW JBU1297 for the same application. If you are replacing worn rear stabilizer bushings on a 2007-2012 Nissan Altima, MOOG K200303 provides a direct replacement option that matches the specified fitment and dimensions.
What It Helps Fix
- Clunking or rattling from worn rear stabilizer bar bushings
- Excess sway bar movement at the rear frame mount
- Loose or degraded bushing material from age and road exposure
- Reduced suspension stability caused by bushing wear
- Noise during cornering or over uneven pavement
Installation Notes
Install at the rear to frame stabilizer bar location only. Verify the sway bar diameter measures 0.720 inch before installation to confirm proper fit. Clean the mounting area and inspect the stabilizer bar for wear, corrosion, or damage before installing the new bushings. Hardware is not included.
Quality Assurance
MOOG backs this bushing kit with superior materials and rigorous testing to support reliable suspension performance. The brand’s problem-solving design approach is aimed at helping technicians complete the repair with less hassle and a more accurate fit.
| Year | Make | Model | Submodel | Liters | Cylinders | Position | Notes |
|---|---|---|---|---|---|---|---|
| 2012 | Nissan | Altima | — | 3.5L | V6 | Rear To Frame | — |
| 2011 | Nissan | Altima | SR | 3.5L | V6 | Rear To Frame | — |
| 2010 | Nissan | Altima | SR | 3.5L | V6 | Rear To Frame | — |
| 2009 | Nissan | Altima | SE | 3.5L | V6 | Rear To Frame | — |
| 2008 | Nissan | Altima | SE | 3.5L | V6 | Rear To Frame | — |
| 2007 | Nissan | Altima | — | 3.5L | V6 | Rear To Frame | — |
| No rows match your filter. | |||||||