Dual Mass Flywheel Dodge OEM Supplier Guide
For buyers evaluating a dual mass flywheel Dodge OEM supplier, the key issues are fitment control, production consistency, and documentation. A dual mass flywheel is not a simple rotating disc; it is a tuned torsional damping assembly that must match the transmission, starter engagement, clutch package, and engine torque profile. Small deviations in mass, spring rate, or stack height can lead to noise, vibration, and premature clutch wear. Driventus supplies engine and powertrain components from Taizhou, Zhejiang, under IATF 16949:2016 and ISO 9001:2015 systems. We support aftermarket distributors, OEM and Tier-1 buyers, and repair networks that need repeatable quality and stable supply. Driventus is an independent aftermarket manufacturer; brand names are referenced for fitment only. For buyers comparing sources, the practical questions are MOQ, validation data, lead time, and whether the supplier can maintain dimensional and functional consistency across batches.
How to qualify a part before you quote
A dual mass flywheel for Dodge applications should be sourced against the exact OE reference, engine code, transmission type, and clutch kit specification. If the vehicle uses a cross-referenced OE number, confirm the full part string before requesting samples. For example, a request may cite `OE 06A107065` when the fitment data already uses that convention.
Start with the data that actually prevents mistakes:
- OE reference and application coverage
- Engine torque range and duty cycle
- Starter ring gear tooth count
- Mounting bolt pattern and offset
- Released drawings or controlled samples
- Packaging and labelling requirements
This is the fastest way to separate a real fitment match from a part that only looks similar. Driventus supports buyers who need a stable aftermarket supply path without sacrificing dimensional control. Where needed, we align sourcing with an existing vehicle programme, service part programme, or distributor catalogue structure.
Failure modes that create warranty pain
Dual mass flywheels are sensitive to fitment errors because they sit between the crankshaft and the clutch assembly. A part can look correct and still fail in service if the offset, mass, or engagement geometry is wrong. The usual symptoms are not subtle: chatter at idle, harsh take-up, vibration under load, and early clutch wear.
Common failure modes to watch:
| Failure mode | What usually went wrong | Effect in the vehicle |
|---|---|---|
| Wrong stack height | Fitment data was copied from a similar application | Installation mismatch and clutch drag |
| Improper balance | Rotational control was not verified | Noise, vibration, shorter bearing life |
| Weak damping curve | Spring pack spec was not matched to torque | Harsh engagement and torsional shake |
| Incorrect ring gear | Tooth count or starter interface differed | Starting issues or gear clash |
| Inconsistent finish | Friction surface control drifted by batch | Uneven clutch behavior |
| Control point | What is checked | Why it matters |
|---|---|---|
| Dimensional inspection | Stack height, bolt circle, pilot features | Prevents installation mismatch |
| Runout control | Axial and radial deviation | Reduces vibration and clutch judder |
| Balance verification | Rotational imbalance | Protects bearing life and NVH performance |
| Spring pack validation | Damping curve and travel | Maintains torsional isolation |
| Surface finish | Friction interface condition | Supports stable clutch engagement |




