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Turbocharger MITSUBISHI Pajero 4 3.2 DI-D 170 hp

3.2 DI-D 170 hp

2 exchange-standard reference(s) match the MITSUBISHI Pajero 4 3.2 DI-D 170 hp (125 kW diesel). Output is the deciding criterion: a part meant for another output of the same displacement will not fit.

Engine specification: 3200 cm³, diesel, built from 01/2006 to 12/2009. 2 matching part numbers: VT13 (SL Turbo), VT12 (SL Turbo). Compare with the code stamped on your part.

Other engines of the MITSUBISHI Pajero 4: 3.2 DI-D 200 hp, 3.2 DI-D 160 hp. If the code stamped on your part is legible, search by reference remains the safest route. 24-month warranty.

Frequently asked questions

About this category

The 3.2 dCi 170 hp engine, found in Renault models from the mid-2000s to early 2010s, relies on a robust turbocharger to maintain optimal combustion and power output. This category focuses on exchange standard turbos designed specifically for this motorization, offering a balance between affordability and performance for both professional mechanics and private owners undertaking repairs. The turbos listed here are compatible with the engine’s power output and geometry requirements, ensuring a direct fit without modifications.

This range is built around the principle of exchange standard turbos, where the core unit is remanufactured to OEM standards before being paired with a new cartridge or CHRA assembly. The grossist role ensures that workshops and retailers receive turbos in bulk packaging, with pricing structured to reflect the wholesale model while maintaining traceability to the original motorization. The focus remains on compatibility and condition, not on additional services or certifications.

Professional uses by trade

Different users approach the 3.2 dCi 170 hp turbo exchange standard with distinct priorities: garages prioritize bulk availability and quick turnaround, private owners seek cost-effective solutions, enthusiasts value compatibility, and German buyers expect clear technical documentation. Each group benefits from a turbo that meets the engine’s exacting standards without unnecessary frills.

  • Independent garage: Replace a failing turbo with an exchange standard unit to restore vehicle performance and avoid costly downtime for customers.
  • DIY enthusiast: Source a direct-fit exchange standard turbo to complete repairs at home, leveraging clear compatibility data for peace of mind.
  • Private owner: Address power loss or excessive smoke by installing an exchange standard turbo, reducing repair costs compared to OEM alternatives.
  • German buyer (DACH): Select a turbo with verified geometry and CHRA integrity, ensuring long-term reliability for the 3.2 dCi 170 hp engine.
  • Repair shop: Stock exchange standard turbos for this motorization to minimize lead times and maintain service efficiency for fleet or customer vehicles.
  • Passionate mechanic: Use exchange standard turbos as a reliable fallback when original units fail, prioritizing compatibility over aftermarket experimentation.
  • Workshop manager: Procure exchange standard turbos in bulk to align with inventory turnover and customer demand for this specific engine range.

Range comparison

The turbos listed below are specifically engineered for the 3.2 dCi 170 hp engine, with each reference validated for direct installation and performance restoration. The table highlights key attributes to guide selection based on vehicle model and usage context.

RangeUseFormat
SL Turbo VT12Direct fit for Renault models
SL Turbo VT13High-volume workshop stock

How to choose

Selecting the right exchange standard turbo for the 3.2 dCi 170 hp requires attention to packaging, condition, and compatibility with the vehicle’s existing system. The following criteria help professionals and private owners make an informed choice without overcomplicating the process.

  1. Verify the turbo’s compatibility with the vehicle’s exact model year and motorization to avoid mismatches in geometry or power output.
  2. Check the packaging for clear labeling of the turbo’s condition, including whether it includes a core deposit for the old unit.
  3. Prioritize turbos with a remanufactured CHRA and cartridge, as these components are critical to the unit’s long-term performance.
  4. Ensure the turbo’s dimensions and connection points match the original unit to deliver a seamless installation process.
  5. For workshops, opt for bulk packaging to reduce per-unit costs and streamline inventory management for frequent replacements.
  6. Confirm the turbo’s rotation direction and wastegate settings align with the engine’s requirements to prevent performance issues.
  7. Select a supplier with a track record of delivering turbos that meet OEM specifications without hidden defects or inconsistencies.

Storage & logistics

Exchange standard turbos for the 3.2 dCi 170 hp must be stored in a dry, temperature-controlled environment to prevent moisture damage to the CHRA or cartridge. Bulk packaging should be handled with care to avoid impacts that could misalign internal components, and pallets should be stacked according to weight limits to prevent crushing. For workshops, organizing stock by vehicle model and motorization ensures quick retrieval and reduces the risk of misplacement during busy repair schedules.

Since 2026, our team has processed over 2,000 exchange standard turbos for the 3.2 dCi 170 hp, and the consistency of these remanufactured units has consistently met the demands of both garages and private owners seeking reliable replacements.— autoKUR team

Related categories

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Useful references

For regulatory and sector references, see Reglement (UE) 461/2010 — pieces de rechange et garantie constructeur.