We’ve combined our best-selling G8x turbo elbows, performance intake kit and high-flow panel filters into one complete package; the Ultimate S58 Intake Solution. Designed to work together seamlessly, this setup improves airflow, sharpens throttle response and enhances induction sound, all while retaining an OEM-quality fit and finish. Whether you’re after a performance boost or simply want to future proof your build, this all-in-one upgrade delivers maximum results with minimal fuss.
The MMX Ultimate S58 Intake Solution marries Turbo Inlet Elbows (MMR11‑1600), Intake Pipes (MMR11‑1601) and Cotton Panel Filters (MMR01‑1601) into a seamless, bolt‑on system optimised for flow, response and reliability.
Turbo Inlet Elbows (MMR11‑1600)
We’ve engineered our high‑flow Turbo Inlet Elbows specifically for S58‑powered G8x M2, M3 and M4 models. Crafted from mandrel‑bent 6062‑T6 aluminium in 70mm and 63mm sizes, each elbow is CNC‑machined and robot‑welded for strength and precision. The integrated velocity stack promotes laminar airflow into the turbo, sharpening spool and throttle response.
Intake Pipe Set (MMR11‑1601)
Our G8x Intake Pipe Set replaces the factory corrugated plastic with a constant‑diameter aluminium design featuring gloss black stepped silicone hoses. With an 88mm OD and 84mm ID, this setup removes airflow restrictions and delivers smooth, high‑velocity air straight to the turbo elbows. It offers plug‑and‑play compatibility with the factory airbox and turbo inlet system, enhancing throttle feedback and induction sound. 
Cotton Panel Filters (MMR01‑1601)
We’ve developed cotton gauze panel air filters as a warranty‑friendly upgrade for the G‑Series S58 engines. These filters drop into the OEM airbox and provide improved airflow, power gains and induction noise enhancement—all installed in around 10 minutes and fully washable and reusable.
The MMX Ultimate S58 Intake Solution marries Turbo Inlet Elbows (MMR11‑1600), Intake Pipes (MMR11‑1601) and Cotton Panel Filters (MMR01‑1601) into a seamless, bolt‑on system optimised for flow, response and reliability.
