Product Description
Rebuild Re-Ring Kit for 2000 Dodge Caravan 3.0L - RRK125BXP11
This Rebuild Re-Ring Kit fits the 2000 Dodge Caravan equipped with the 3.0L engine. It delivers exceptional reliability and is essential for restoring factory engine performance
2000 Dodge Caravan 3.0L Engine Rebuild Re-Ring Kit - RRK125BXP11 Also fits the following vehicles:
2000 Chrysler Grand Voyager 3.0L Engine Rebuild Re-Ring Kit
1994 Chrysler LeBaron 3.0L Engine Rebuild Re-Ring Kit
1995 Chrysler LeBaron 3.0L Engine Rebuild Re-Ring Kit
2000 Chrysler Voyager 3.0L Engine Rebuild Re-Ring Kit
1994 Dodge Caravan 3.0L Engine Rebuild Re-Ring Kit
1995 Dodge Caravan 3.0L Engine Rebuild Re-Ring Kit
1996 Dodge Caravan 3.0L Engine Rebuild Re-Ring Kit
1997 Dodge Caravan 3.0L Engine Rebuild Re-Ring Kit
1998 Dodge Caravan 3.0L Engine Rebuild Re-Ring Kit
1999 Dodge Caravan 3.0L Engine Rebuild Re-Ring Kit
2000 Dodge Caravan 3.0L Engine Rebuild Re-Ring Kit
1994 Dodge Grand Caravan 3.0L Engine Rebuild Re-Ring Kit
1995 Dodge Grand Caravan 3.0L Engine Rebuild Re-Ring Kit
1996 Dodge Grand Caravan 3.0L Engine Rebuild Re-Ring Kit
1997 Dodge Grand Caravan 3.0L Engine Rebuild Re-Ring Kit
2000 Dodge Caravan 3.0L Rebuild Re-Ring Kit Engine Parts # RRK125BZE11
Includes: Piston Ring Set, Main Bearings Set, Rod Bearings Set, Full Gasket Set, Thrust Washer.
Fits: [1994-2000] / Chrysler,Dodge,Hyundai,Mitsubishi,Plymouth / 3000GT,Acclaim,Caravan,Grand Caravan,Grand Voyager,LeBaron,Mighty Max,Montero,Shadow,Sonata,Spirit,Stealth,Sundance,Voyager / Liters: 3.0 / V6 / Valves: 12 / 6G72 / VIN: 3,H.
Fitment Notes: Re-Ring Kit Includes Full Gasket Set, Piston Rings Set and Engine Bearings Set, w/o Oil Pan Gasket.
Product Information
- Warranty Type: 1 year or 12,000-mile limited warranty
- Part Type: Engine Re-Ring Kit
- Manufacturer Part Number: # RRK125BZE11
- Condition: New
- Notes:
This is a new Engine Re-Ring Kit Part # RRK125BZE11. All Parts are expertly tested, manufactured from top-grade materials, and all product meet or exceed strict OE standards for quality, performance, and fitment.
