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The CHRYSLER Voyager 4 2.8 CRD 150 hp (110 kW diesel) is covered by 1 exchange-standard reference(s). Check output before displacement: it determines the part.
Engine specification: 2776 cm³, diesel, built from 06/2004 to 12/2008. Matching part number: VA80 (IHI). Compare with the code stamped on your part.
Other engines of the CHRYSLER Voyager 4: 2.8 CRD 163 hp, 2.5 CRD 141 hp. If the code stamped on your part is legible, search by reference remains the safest route. 24-month warranty.
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Frequently asked questions
About this category
This category covers turbochargers specifically engineered for 2.8 CRD 150 hp diesel engines, a motorization widely used in commercial and passenger vehicles across Europe. These turbos are remanufactured to exchange standard specifications, meaning they replace worn-out units with fully tested components that restore original performance levels. The range includes cartridges, CHRA assemblies, and compatible housings for seamless integration.
The turbos in this range are sourced from specialized remanufacturers who disassemble, inspect, and rebuild each unit to OEM tolerances. The process involves replacing bearings, seals, and vanes while ensuring the variable geometry mechanism functions correctly. Wholesale distributors like us aggregate these products to provide garages and DIY enthusiasts with direct access to high-quality exchange standard solutions.
Professional uses by trade
Different users rely on these turbos for distinct reasons, whether to repair a vehicle, upgrade performance, or maintain fleet reliability. Garages use them as drop-in replacements to minimize downtime, while DIY mechanics seek cost-effective alternatives to dealership parts. German buyers often prioritize durability and precision engineering in their selections.
- Independent garage: Replace a failing turbo on a 2012-2018 commercial vehicle to restore full power output and fuel efficiency without replacing the entire assembly.
- DIY mechanic: Source a remanufactured turbo for a personal project vehicle to avoid the high cost of a new OEM unit while ensuring reliable performance.
- Fleet manager: Order bulk turbos for a company vehicle fleet to standardize repairs and reduce long-term maintenance costs across multiple models.
- German buyer: Select a turbo with precise variable geometry calibration for a diesel engine to meet strict emissions and performance standards in the DACH region.
- Breakdown service: Stock exchange standard turbos for emergency repairs to minimize vehicle downtime for stranded customers.
- Performance tuner: Upgrade a stock turbo with a remanufactured high-flow unit to improve throttle response in a modified diesel engine.
- Used car buyer: Verify turbo compatibility before purchasing a second-hand vehicle to avoid unexpected repair costs after the sale.
Range comparison
Below is a comparison of the available turbos for 2.8 CRD 150 hp engines, including their key features and intended applications. Each unit is designed to meet the demands of professional workshops and individual owners alike.
| Range | Use | Format |
|---|---|---|
| Turbo IHI VA80 | direct replacement for 2.8 CRD engines |
How to choose
Selecting the right turbo for a 2.8 CRD 150 hp engine requires attention to several critical factors. These include the motorization code, the condition of the core unit, and the compatibility with the vehicle’s existing systems. Professionals should also consider the remanufacturing process and the supplier’s track record.
- Verify the motorization code (e.g., 2.8 CRD 150 hp) to ensure the turbo matches the engine’s power output and fuel system requirements without modifications.
- Inspect the core deposit condition to confirm it is free of cracks, excessive wear, or oil contamination that could affect the remanufactured unit’s lifespan.
- Check the variable geometry mechanism for smooth operation and proper calibration to avoid performance issues like lag or overboosting.
- Confirm the turbo’s housing material and design to ensure it withstands the engine’s operating temperatures and pressures over time.
- Evaluate the supplier’s remanufacturing standards, including bearing replacement, seal integrity, and dynamic balancing for long-term reliability.
- Assess the packaging and shipping options to deliver the turbo arrives undamaged and ready for immediate installation.
- Review the return policy for core deposits to avoid unexpected costs if the old unit is not accepted for recycling or refund.
Storage & logistics
For B2B buyers, proper storage of exchange standard turbos is essential to maintain their condition before installation. Keep units in a dry, temperature-controlled environment away from direct sunlight and contaminants like dust or oil. Store cartridges vertically to prevent seal deformation and avoid stacking heavy items on top. Label each unit with its motorization code and remanufacturing date for easy identification. Rotate stock regularly to ensure older units are used first, reducing the risk of performance degradation over time.
Since 2026, our team has processed hundreds of turbos for 2.8 CRD 150 hp engines, refining our selection process to prioritize units that meet the highest standards of compatibility and durability. We’ve seen firsthand how a well-matched turbo can transform a vehicle’s performance, whether in a commercial fleet or a passion project.— autoKUR team
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Useful references
For regulatory and sector references, see Reglement (UE) 461/2010 — pieces de rechange et garantie constructeur.
