do88 Charge Pipe System – BMW G80 M3 / G82 M4 / G87 M2 (S58)
do88 Charge Pipe System – BMW G80 M3 / G82 M4 / G87 M2 (S58)
Couldn't load pickup availability
The do88 Charge Pipe System for BMW G80 M3, G82 M4, and G87 M2 is engineered to improve airflow, increase durability, and eliminate the weaknesses of the factory charge pipe system.
The OEM setup uses a plastic Y-pipe to connect both turbochargers to the throttle body. Under increased boost and temperature conditions, especially on tuned vehicles, this plastic component is prone to cracking — posing a serious reliability risk.
The do88 solution replaces this with a high-strength cast aluminum system featuring optimized airflow transitions and significantly improved pressure tolerance.
Performance Highlights
- 15% less restrictive than OEM
- Improved airflow and power potential
- Faster and more consistent boost delivery
- Reduced pressure drop across the system
Engineering & Design
- Cast aluminium Y-pipe for maximum strength
- Mandrel-bent charge pipe for smooth airflow
- CNC-machined turbo and throttle adapters
- Enlarged throttle body quick-disconnect for optimal flow
- Leak-free design under high boost conditions
Flow Performance
- 960 CFM @ 150 mbar (2.17 psi)
- OEM comparison: 835 CFM
- Significant increase in airflow efficiency
Additional Features
- Two 1/8 NPT ports for:
- Methanol injection
- Boost pressure sensors
- Supplied with plugs for unused ports
System Components
- Cast aluminium Y-pipe
- Mandrel-bent charge piping
- Silicone hoses
- CNC-machined adapters
- Complete installation hardware
Installation
- Direct bolt-on replacement
- Designed for OEM fitment
- Includes all required components
- Installation instructions provided
Driving & Reliability Benefits
- Eliminates failure risk of OEM plastic pipe
- Increased heat and pressure resistance
- Improved long-term reliability
- Ideal for tuned and high-performance builds
Important Notes
- Hardware component only
- ECU tuning not included
- Professional installation recommended
- Performance gains depend on supporting modifications
Image for illustration purposes only.
