Product Description
INDUSTRIAL INJECTION PDM-007RV DODGE 5.9L CUMMINS STAGE 1 PERFORMANCE CAMSHAFT (2003–2007)
Upgrade your 2003–2007 Dodge Ram 2500/3500 5.9L Cummins with the Industrial Injection PDM-007RV Stage 1 Performance Camshaft. Designed for increased efficiency and reliability, this camshaft delivers improved low-end torque, quicker turbo spool, and smoother acceleration for both daily driving and towing applications.
The Stage 1 camshaft is precision-ground for optimal valve timing and enhanced airflow. It’s ideal for performance enthusiasts looking to upgrade their Cummins engine without sacrificing drivability. This camshaft works perfectly with stock or slightly upgraded injectors and turbos.
FEATURES
- Optimized valve timing for improved throttle response
- Increased torque and horsepower across the RPM range
- Durable billet steel construction for longevity
- Compatible with stock valve springs and pushrods
- Ideal upgrade for towing and street performance builds
FITS
- 2003–2007 Dodge Ram 2500 5.9L Cummins
- 2003–2007 Dodge Ram 3500 5.9L Cummins
SPECIFICATIONS
Part Number | PDM-007RV |
---|---|
UPC | 840171212157 |
GTIN | 00840171212157 |
Prop 65 | WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov |
RECOMMENDED PARTS
- Industrial Injection Heavy Duty Pushrods
- Industrial Injection 24V Performance Valve Springs
- Cummins Engine Rebuild Kits
- View All Industrial Injection Products
FAQ
Q: Do I need upgraded valve springs for this camshaft?
A: For most stock applications, factory valve springs are sufficient. However, if you’re running higher boost or RPMs, upgraded springs are recommended.
Q: Is tuning required after installation?
A: Tuning is not required but can optimize performance gains.
Q: Can this camshaft be used with a stock turbo?
A: Yes. This Stage 1 camshaft is fully compatible with the stock turbo and mild performance upgrades.
Q: What is the benefit of upgrading to a performance camshaft?
A: You’ll experience improved airflow, more power, better turbo response, and smoother engine operation — especially under load.