4x4 Off-road VT twin screw Mechanical supercharging kits Mechanical Engineering

Supercharging: Actually, power output of engine depends on what amount of air enter into the engine through intake manifold. Amount of entry air if increased, then must be engine speed will increased. Amount of air will be increased by increasing inlet air density. The process of increasing inlet air density is supercharging. The device which is used for supercharging is called supercharger. Supercharger is driven by a belt from engine crankshaft. It is installed in intake system.

Products-Models-Kits-Statistics

Model Application:

Toyota

Prado 2700:Fourth Generation Turbocharger and VT Twin Screw Mechanical Turbocharger
Prado 3500:HKS Mechanical Supercharging
Runner 2700:VT Twin Screw Mechanical Supercharging
Fortuner 2700:VT Twin Screw Mechanical Supercharging

Nissan

Petrol Y62 4000:VT twin screw mechanical pressurization
TODA 2500:VT Twin Screw Mechanical Supercharging
Navarra 2500:VT Twin Screw Mechanical Supercharging

Mitsubishi

Pajero V93: VT twin screw mechanical pressurization

Jeep

Wrangler 3.6/3.0 :VT twin screw mechanical pressurization

Mazda

ATENZA 2.5/2.0: VT Twin Screw Mechanical Supercharging
Axela 2.0: VT Twin Screw Mechanical Supercharging
Cx-5/cx-5-2.5: VT twin screw mechanical pressurization

Honda

Fit GK5: Turbocharger
CITY 1.5 (New):Turbocharger

Semi-suite model

JEEP

Compass 2.4 : Turbocharger
Cherokee 2.4: Turbocharger
Renegade 2.4: Turbocharger
Patriot 2.4 : Turbocharger

Volkswagen (Engine Model EA211)
Polo 1.4 : Turbocharger
GOLF 1.6 : Turbocharger
BORA 1.6 : Turbocharger
LAVIDA 1.6: Turbocharger
Sagitar 1.6 : Turbocharger
Jetta 1.6 : Turbocharger
Santana 1.6 : Turbocharger

SKODA

Octavia 1.6 : Turbocharger
Fabia 1.4 : Turbocharger