Cold Air Intake System | fits Mercedes-Benz AMG E63/E63S (213), GT63/GT63S (X290) | Blackboost

Our cooling air intakes are designed and engineered to overcome these factory limitations and deliver the maximum airflow with the lowest possible temperatures given the space constraints. The BlackBoost Cold Air Intakes are designed to be flush with the hood of the vehicle and provide an even seal with the rubber gaskets of the airbox, while also ensuring a large surface area for our 4. 3 inch Twin Flow Conical Filters to work properly. We have redefined our new generation intake with molded synthetic composite intake tubes that are CFD engineered to achieve the best airflow. With a smallest diameter of 80 mm, we have completely oversized the pipes compared to our previous generation. The pipes are equipped with 1/8 inch NPT connections for methanol injection. Couple the molded synthetic composite intake tube with the BlackBoost dual flow filters specifically designed for maximum airflow and surface area. These dry filters guarantee you the best flow and protection. The airboxes are laser-cut AL panels with highly complex CNC bends, assembled with stainless steel fasteners and finished with a high-quality black powder coating. The BlackBoost intake kit is a plug and play solution, works perfectly without further modification and no additional software tuning is required. It also works seamlessly with turbo upgrades, downpipes, methanol injection and more to deliver the necessary airflow to unleash the full capacity of the engine for those seeking 1000+ horsepower figures. What's Included:- Powder coated airbox- High flow oval dual dry filters- Oversized intake manifold made from molded synthetic composite material- Turbo coupling - 2 holes- Personalized logo plate- 1/8 NPT plug- AMG badge transfer kit- Engine coverKey features:- Proven performance increase of 8-30+ hp on production vehicles- Improved responsiveness across the entire rev range- Optimized airflow and increased volume range compared to standard equipment- Molded synthetic composite intake manifold for optimal airflow- 1/8 NPT connection in the pipe for methanol injection- Increased surface area of filter element- Supports airflow for 1000+ WHP configurations- Increased surface area of filter element compared to OEM- Plug and play bolt-on installation- No ECU tuning required- No illumination of the check engine light Compatible vehicles:E63(S) AMG (W213/S213) - M177 LS2 4.0L V8 BiTurbo - (2017 - 2020)E63(S) AMG (W213/S213) Facelift - M177 LS2 4.0L V8 BiTurbo - (2021+)GT63(S) AMG (X290) - M177 LS2 4.0L V8 BiTurbo - (2019+)

Developed using the latest CAD technology to ensure a high flow rate and a perfect fit. Facts:- Beautiful racing exhaust sound- Enormous improvement of the exhaust flow- Complete bypass of the primary and secondary catalytic converter- Catalysts DPF & OPF*- High power/torque increases depending on modifications- Reduces back pressure in turbo applications- Manufactured entirely from low carbon 304 stainless steel- Mandrel bent and laser cut components- Hand finished- Bolt-on plug-and-play installation Technical details:- 304 stainless steel- V-band connection in 3"- Handmade in-house- Bolt-on installation Not street legal.For racing use only.Purchase, install and use at your own risk.Requires tuning to remove the check engine light as the factory catalytic converters have been removed. Compatible vehicles:E63 AMG (W213/S213) - M177 LS2 4.0L V8 BiTurbo - 420kW / 571PS - (2017-2020)E63 S AMG (W213/S213) - M177 LS2 4.0L V8 BiTurbo - 450kW / 612PS - (2017-2020)

The BlackBoost FTA (Free to Air) adapter converts the factory diverter valve into a blow-off valve by diverting the compressed air from the turbo to the atmosphere for venting instead of diverting the air to the air intake. - No tuning required- No check engine light- Plug-and-play installation- Machined 6-piece aluminum- Iconic blow-off sound Actuation of the changeover valve depends on the manufacturer's specification. Compatible for: E63(S) AMG (W213/S213) – M177 LS2 4.0L V8 BiTurbo – (2017–2020) S63 AMG (W222/A217/C217) – M177 LS2 4.0L V8 BiTurbo – (2017–2020) GT63(S) AMG X290 – M177 LS2 4.0L V8 BiTurbo – (2019+) GLE63(S) AMG (V167/C167) – M177 LS2 4.0L V8 BiTurbo – (2019+) E63(S) AMG (W213/S213) Facelift – M177 LS2 4.0L V8 BiTurbo – (2021+) G63 AMG (W463A) – M177 LS2 4.0L V8 BiTurbo – (2019+) E63(S) AMG (W213/S213) Facelift – M177 LS2 4.0L V8 BiTurbo – (2021+) AMG SL55 (R232) – M177 LS2 4.0L V8 BiTurbo – (2022+) AMG SL63 (R232) – M177 LS2 4.0L V8 BiTurbo – (2022+) AMG GT (C190/R190) – M178 4.0L V8 BiTurbo – (2015 -2021) AMG GT S (C190/R190) – M178 4.0L V8 BiTurbo – (2015–2022) AMG GT C (C190/R190) – M178 4.0L V8 BiTurbo – (2015–2023) AMG GT R (C190/R190 ) – M178 4.0L V8 BiTurbo – (2015–2024) Aston Martin DBX (AM8) – M177 LS2 4.0L V8 BiTurbo – (2021+) Aston Martin DBX707 (AM8) – M177 LS2 4.0L V8 BiTurbo – (2022+) C43 AMG (W205/C205) – M276 3.0L V6 BiTurbo – (2015 – 2021) C400 (W205/C205) – M276 3.0L V6 BiTurbo – (2015 – 2021) C450 (W205/C205) – M276 3.0L V6 BiTurbo – ( 2015 – 2021) E43 AMG (W213/S213) – M276 3.0L V6 BiTurbo – (2016 – 2018) E400 (W213/S213) – M276 3.0L V6 BiTurbo – (2017 – 2020) S450 (W222/C217/A217) – M276 3.0L V6 BiTurbo – (2017 – 2020) E450 (W213/S213) – M276 3.0L V6 BiTurbo – (2017 – 2020) GLC43 (C253/X253) – M276 3.0L V6 BiTurbo – (2017 – 2022) SL400 (R231) – M276 3.0L V6 BiTurbo – (2017 – 2020) GLS63(S) AMG (X167) – M177 LS2 4.0L V8 BiTurbo – (2020+)

Blackboost Conical Twin Flow Synthetic Dry Air Filters The filter consists of two filter elements, firstly the primary filter element on the outside. The secondary filter element on the top increases the surface area through which the air can flow. Underneath the secondary filter element is a TPU cone which helps to direct the air flowing through the filter, reducing turbulence and increasing the overall flow rate. We opted for dry filters as they allow us to cover a wide range of applications involving mass airflow sensors that are damaged over time by oiled filters. With the synthetic cotton filter element, we can work completely dry (unoiled) and still ensure good filtration and airflow. The layers of the synthetic filter material are better than its non-synthetic counterpart as the layered structure of the synthetic cotton allows a homogeneous airflow through the filter. The kits include the hoses, the moulded plastic composite adapters and the necessary BlackBoost SS316 clamps to keep the components well in place. Features: -Twin Flow technology for more air -Black Boost centre cone for flow optimisation -High flow and homogeneous synthetic filtration -High protection through synthetic filtration -High heat resistance -Plug and Play: can be used in universal applications -Fits plug and play on BlackBoost intake manifolds -Upgraded look, non-invasive, completely black -316 stainless steel BlackBoost clamp for secure attachment -Inlet diameter: 4.3"/ 110mm -Length: 8.6"/ 218mm Scope of delivery: 2x Blackboost Twin Flow Synthetic Dry Conical air filter 2x Black Boost stainless steel 316 clamps

Suitable for the following vehicles: Mercedes Benz W213/S213 E63 AMG 420KW/571hp (from 2017) Mercedes Benz W213/S213 E63S AMG 450KW/612hp (from 2017) The 4.0L V8 biturbo engine of the E63 (S) models from AMG is equipped with an indirect charge air cooling circuit. This means that the charge air cooling process is not realised using the ambient air as a cooling medium (as usual), but with the help of a separate cooling water circuit. A reduction in the cooling water temperature can therefore be directly equated with an improved cooling performance of the charge air. This is precisely where the advantages of the WAGNERTUNING upgrade water cooler come into play. The newly developed competition racing mesh of the WAGNERTUNING high-performance water cooler increases the radiator volume of the standard water cooler by a total of 210%. The ratio between the inner and outer cooling surface generates maximum heat transfer. Furthermore, the water cooler is equipped with a thermally conductive anti-corrosion coating to ensure a long-lasting cooling effect. Installation of the system is also straightforward and plug & play with the help of our installation instructions. OEM side cooler dimensions: 260 mm x 213 mm x 32 mm V = 1.77 litres A = 553 cm² WT side cooler dimensions: 264 mm x 242 mm x 86 mm V = 5.5 litres (+210%) A = 638 cm² (+15%) Attention: Not approved in the area of the StVZO.

Suitable for the following vehicles: Mercedes Benz W213/S213 E63 AMG 420KW/571hp (from 2017) Mercedes Benz W213/S213 E63S AMG 450KW/612hp (from 2017) The 4.0L V8 biturbo engine of the E63 (S) models from AMG is equipped with an indirect charge air cooling circuit. This means that the charge air cooling process is not realised using the ambient air as a cooling medium (as usual), but with the help of a separate cooling water circuit. A reduction in the cooling water temperature can therefore be directly equated with an improved cooling performance of the charge air. This is precisely where the advantages of the WAGNER TUNING Upgrade water coolers come into play. The newly developed competition racing nets of the WAGNER TUNING high-performance water coolers increase the radiator volume of the standard water coolers by a total of 100 %. The ratio between the inner and outer cooling surface generates maximum heat transfer and at the same time allows the neighbouring components (e.g. the engine water cooler behind it) sufficient airflow for heat exchange. Furthermore, the water coolers are equipped with a thermally conductive anti-corrosion coating to ensure a long-lasting cooling effect. Installation of the system is also straightforward and plug & play with the help of our installation instructions. OEM front cooler dimensions: 640 mm x 430 mm x 27 mm V = 7.43 litres A = 2752 cm² WT front cooler dimensions: 645 mm x 390 mm x 52 mm V = 13.2 litres (+75%) A = 2539 cm² OEM side cooler dimensions: 260 mm x 213 mm x 32 mm V = 1.77 litres A = 553 cm² WT side cooler dimensions: 264 mm x 242 mm x 86 mm V = 5.5 litres (+210%) A = 638 cm² (+15%) Attention: Not approved in the area of the StVZO.