Upgrade path
Where it fits.
Stage 1 hardware. The first physical part most builds add as the foundation of the hardware pathway.
Forced Induction/Ingredient-level
Intakes.
Closed-airbox, carbon, drop-in — the front-end of every modern turbo hardware build.
Audi RS3 intakeM3 intakeGolf R intakeM340i intake
What intakes do
An intake closes the gap between the airbox restriction and the turbo. Modern OEM airboxes are quiet, heat-protected and conservative — a sealed carbon airbox upgrade removes the restriction without inhaling engine bay heat. Pairs particularly well with a downpipe at the Stage 1 hardware pathway level, before any custom calibration is completed externally.
Why it matters
- 01Removes the OEM airbox flow restriction
- 02Adds intake character — turbo spool + bypass-valve audio
- 03Keeps an enclosed cold-air feed (vs an open-element heat-soak)
- 04Drop-in and full-replacement variants for every chassis
Platform relevance
Where it counts most.
Biggest gain on S58, B58, EA855 Evo and EA888 — all four have notably restrictive OEM airboxes.
Supporting mods
What goes alongside.
- Turbo inlet pipe
- Downpipe
- Charge pipe
- Intercooler
Hardware · Intakes
Curated intakes.
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Platforms · highest impact
Where intakes earn the most.
Engine
S58
BMW M Division's S58 — closed-deck, twin-turbo, motorsport-bred.
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B58
BMW's modular 3.0 turbo straight-six. Iron block, generous headroom.
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EA888 Gen 3
MK7 Golf R / GTI / S3 8V — the most-tuned 2.0 TSI ever.
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EA888 Gen 4
MK8 Golf R / S3 8Y — Bosch MG1, sharper, smarter, harder to crack.
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2.5 TFSI EA855 Evo
Audi RS3 2.5 five-cylinder — uneven firing order, even bigger noise.
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M139
AMG A45 S — most powerful 4-cylinder production engine.
Find fitment →
Chassis · featured
Chassis-specific intakes.
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