Pro Xe 3.0t Q50 Q60 VR30 PX2 Hybrid Turbo Upgrade
PRO Xe PX2 Stage 2 Hybrid Turbos – Infiniti Q50/Q60 & Nissan Z VR30DDTT
Introducing the Pro Xe PX2 Stage 2 Hybrid Turbos for the Infiniti Q50/Q60 3.0T and Nissan Z platform. Developed for enthusiasts demanding the next level of performance from the factory Garrett MGT14 turbochargers, the PX2 features substantially larger compressor and turbine assemblies, extensively CNC-machined housings, and optimized flow characteristics to deliver exceptional horsepower without sacrificing the fast spool and drivability the VR30 platform is known for.
Each turbocharger is completely disassembled, inspected, and precision machined in-house before receiving oversized billet compressor wheels, enlarged MGT14X turbine wheels, premium internal components, and a high-speed VSR balanced rotating assembly. The result is a highly responsive hybrid turbo capable of producing impressive midrange torque while continuing to pull hard to redline.
Designed for serious street cars, drag builds, and road course applications, the PX2 supports 580+ WHP with the proper tuning, fueling, and supporting modifications.
Features
- 580+ WHP capable
- Oversized hybrid billet aluminum compressor wheels
- 39.2mm / 49mm | 64T | 6+6 blade | +3mm oversized
- Oversized MGT14X high-temperature turbine wheels
- 38mm / 41.1mm | 85T | 9-blade | +2mm oversized
- CNC-machined compressor and turbine housings
- Extensive hand porting for maximum airflow
- Reduced turbine backpressure and improved compressor efficiency
- High-temperature ceramic coated turbine housings
- Premium journal bearing CHRA
- 360° thrust bearing
- Upgraded step-gap turbine seals
- Precision high-speed VSR balanced rotating assemblies
- OEM bolt-on installation
- Individually assembled and quality inspected in-house
Performance
The PX2 is designed for customers who want considerably more airflow than the factory turbochargers while maintaining excellent transient response and drivability. The larger compressor and turbine combination increases mass airflow throughout the RPM range, allowing the VR30 to continue producing power well beyond where the factory turbos become restrictive.
Compared to stock, the PX2 delivers:
- Significantly increased airflow capacity
- Stronger midrange torque
- Improved high-RPM horsepower
- Lower drive pressure
- Improved compressor efficiency
- Excellent spool characteristics for a turbo of this size
- Reliable operation under high boost and elevated shaft speeds
Recommended Supporting Modifications
For maximum performance, we recommend:
- ECU calibration
- Upgraded fuel system
- E30–E85 fuel capability
- Performance downpipes
- High-flow intake system
- Upgraded intercoolers/heat exchanger
- High-quality synthetic oil and proper maintenance
Vehicle Fitment
- Infiniti Q50 3.0T VR30DDTT
- Infiniti Q60 3.0T VR30DDTT
- Nissan Z (RZ34) VR30DDTT
Warranty
Every Pro Xe Automotive turbocharger is individually assembled, inspected, and precision VSR balanced before leaving our facility.
All PX2 Hybrid Turbos include a 12-month limited warranty covering defects in materials and workmanship.
Warranty Covers
- Manufacturing defects
- CHRA assembly defects
- Bearing failures caused by manufacturing defects
- Compressor or turbine wheel defects
- Balancing and assembly workmanship
Warranty Does Not Cover
- Oil starvation or contaminated oil
- Foreign object damage (FOD)
- Improper installation or failure to prime the turbochargers
- Engine failures or debris ingestion
- Overspeed, excessive boost pressure, or improper tuning
- Detonation, inadequate fueling, or excessive exhaust gas temperatures
- Abuse, racing-related failures, accidents, or misuse
- Cosmetic wear or normal service-related wear
Warranty claims require the turbochargers to be returned to Pro Xe Automotive for complete inspection. If a manufacturing defect is found, the turbocharger will be repaired or replaced at our discretion.
Lead Time
Typical production time is approximately 7–8 business days. Contact Pro Xe Automotive for current production lead times and availability.