STROKOVNO SVETOVANJE
od 9. do 15. ure

HITRA DOSTAVA
do vas v 48 urah

VARNO PLAČEVANJE
plačilo s kartico, PayPal

13 LET NA TRGU
tisoče zadovoljnih strank

Ni izdelkov

Brezplačna dostava! Dostava

0,00 €Cena skupaj

Na blagajno

Izdelek je bil uspešno dodan v vašo košarico

( ks)

Nakúpte ešte za a doručenie máte zdarma.

Doprava ZDARMA.

Nadaljuj z nakupovanjem Nadaljujete na blagajno

Brezplačna poštnina Vnos zraka HKS HKS Premium Suction Intake for Mitsubishi Lancer Evo 10 | race-shop.si

Povečaj

Prikaži vse slike

ID: *281 451

Proizvajalec: HKS

HKS Premium Suction Intake for Mitsubishi Lancer Evo 10

HKS intake for Mitsubishi Lancer Evo 10 (X)
Engine code: 4B11T
Optimisation of filtration and performance
Bolts and accessories included, plug and play installation
Made in Japan, high quality finish
HKS reference: 70018-AM003

Stanje: Nov izdelek

751,50 € z DDV1

Razprodano

Na zalogi: 0 ks

Žal izdelek začasno ni na voljo. Prosim izberite drugega.

Za samodejne informacije o zalogah izdelkov,
kliknite na "Obvestite me, ko bo na voljo".

SKU: HKS-70018-AM003/2

HKS intake for Mitsubishi Lancer Evo 10 (X)
Engine code: 4B11T
Optimisation of filtration and performance
Bolts and accessories included, plug and play installation
Made in Japan, high quality finish
HKS reference: 70018-AM003

HKS Premium Suction Intake for Mitsubishi Lancer Evo 10 Specifications

Opt for the mid-range intake kit from HKS: the Premium Suction. It replaces the stock intake hoses and air filter for maximum filtration without compromise, all while keeping the original air filter box. Installation is simple as it is plug and play / bolt on, without any modification necessary.

Each kit comes with a high performance filter (up to 20% increase in airflow), hoses and aluminum brackets specially adapted for your vehicle, and all necessary accessories for installation (joiners, clips, bolts, etc.). The rigid aluminum hoses are designed to offer minimal pressure loss and help your boost pressure increase quicker. Indeed, the stock rubber hoses often contract with the vacuum created by the compressor, severely reducing performance.