Scorpion Exhaust 3" Cat Back With Valve & Black Tips For Focus RS MK3 2.3T
SFD084C
Scorpion Stainless Steel 3" Cat Back Exhaust System With Electronic Valve Plate
System Fits:
Ford Focus RS Mk3 2.3 Turbo 4x4 2016 Onwards
Exhaust Tip:
115mm Black Ceramic Daytona Tailpipes
KEY FEATURES:
Improved Power
Excellent Sound
Awesome Looks
T304 Stainless Steel
Comprehensive Warranty
A Scorpion Cat Back Exhaust System is a good compromise between performance gains and ease of fitting, swapping out the original components from the catalytic converter back.
Scorpion Cat Back Systems generally replace secondary catalytic converters where fitted. Some systems may go from the secondary catalyst back where necessary and these are described as Secondary Cat-Back Exhaust System.
This in combination with Scorpions exhaust design know-how helps increase power through increased flow-rate and reduced back pressure but leaves primary catalytic converters in place so the car remains road legal and will pass MOTs.
Scorpion take great pride in their on-going involvement in motorsport and this really shows in their exhausts. You can hear the touring car heritage in the exhaust note with it having more of a sporty touring edge than simply being loud.
Each Scorpion cat back or half system utilises precision mandrel worked aircraft grade T304 steel. This is the highest standard steel used automotive parts and offers excellent corrosion resistance and thermal properties. Scorpion are able to offer a lifetime guarantee for the original purchaser on all their exhaust systems.
Some modification to your rear valance/bumper may be required to fit the system.
Where the system is called a Cat Back it generally connects directly to the cat. Where it is called a Half System that generally means there is some extra pipework between the cat and the system.
** IMPORTANT INFORMATION **
Picture Is Purely For Illustration Puposes Only.
Although We Have Endeavoured To Show A Specific Photo Of Each System This Hasn't Always Been Possible So Some Systems May Differ From What Is Shown.




