Product Description
Restore factory power and durability with the MAHLE 224-3355WR.020 piston kit with rings for the 1998.5–2002 5.9L Cummins 24-valve Standard Output (VP44). This +.020" oversize set (complete set of six) features OE-grade re-entrant bowl pistons, floating pins, and a factory-matched ring pack for fast seating, low oil consumption, and reliable sealing under tow and work-truck heat cycles.
Fitment
- 1998.5–2002 Dodge Ram 2500 / 3500 — 5.9L Cummins 24-valve ISB (Standard Output / VP44, VIN 6), +.020" overbore required.
Cross-Reference / Alternatives (Mahle on CPP Diesel only)
- MAHLE 224-3355WR (STD) — 98.5–02 Cummins 5.9 SO
- MAHLE 224-3355WR.040 (.040) — 98.5–02 Cummins 5.9 SO
- MAHLE 224-3354WR (STD) — 01–02 Cummins 5.9 HO (VIN 7)
- MAHLE 224-3354WR.020 (.020) — 01–02 Cummins 5.9 HO (VIN 7)
Notes
Machine work is required. Verify cylinder bore size, taper, and out-of-round; set piston-to-wall and ring end gaps per MAHLE specs and hone finish.
FAQ
Is this the right kit for my 24-valve?
Yes—224-3355WR.020 fits Standard Output 1998.5–2002 5.9L Cummins (VP44, VIN 6). For 2001–2002 HO (VIN 7), use the 224-3354WR family instead.
How many pistons are included?
This listing is a complete set of six pistons with rings, pins, and retainers—as supplied by MAHLE.
What is the bore size?
+.020" over; finished bore is approximately 4.035" (102.16 mm). Always measure and finish-hone to spec.
Specifications for Mahle 224-3355WR.020
| Attribute | Value |
|---|---|
| Brand | MAHLE |
| Part Number | 224-3355WR.020 |
| Oversize / Bore | +.020" (approx. 4.035" / 102.16 mm) |
| Engine Compatibility | 1998.5–2002 5.9L Cummins 24-valve ISB (Standard Output / VP44, VIN 6) |
| UPC | 27067913609 |
| GTIN | 027067913609 |
| Includes | (6) pistons w/ rings installed, wrist pins & retainers (as supplied by MAHLE) |
| Shipping | Free Shipping (ground); optional shipping insurance available at checkout |
| Prop 65 | This product can expose you to chemicals known to the State of California to cause cancer and birth defects or other reproductive harm. Learn more |