LeoVince Kawasaki ER6N 2012 Underbody Evo II Full System Exhaust
Availability of LeoVince Exhausts
Aftermarket Exhausts Are For Race Use Only
- Underbody Evo II E-approved full system exhaust
- Stainless Steel AISI 304 TIG welded header pipes
- Stainless Steel AISI 304 internal components
- Stainless can has a Titanium look
- Carbon Fiber end cap
- Matched to factory fuel settings
- Factory installed removable quiet insert included
- All necessary mounting hardware included
- Stainless Can/Carbon End Cap LV model #8579
- Installation instructions
Our Two Cents
However, there is a school of thought that tends to “hide it” as much as possible, in order to give greater prominence to the overall structure of the vehicle.
Among the various ways of responding to the demand for this, the spotlight today is on the “under-engine” solution, that groups together the whole system in a single block positioned under the base, with an exit “mouthpiece” for burnt gases, directed towards the outside.
This also allows the weight of the catalytic converter to be placed in an area that optimizes weight distribution, so as to make best use of the vehicle’s center of gravity.
LeoVince arrives on this market scene with a line of products for some of the protagonists of this trend.
This is a special road approved system, equipped with dB-killer that, where possible, replaces the originally fitted system in combination with the original manifolds, or, alternatively, with a full replacement version, aiming to provide that little bit more thrill, both at the performance and the aesthetic level.
It is made entirely (and this includes the fixing clamps) in AISI 304 Stainless Steel, and its internal structure provides a calibration that is tailored to each individual engine.
The canister is Stainless Steel with a “Titanium Look”.
Special attention is given to the exit area, which on this product is of necessity very close to the rear wheel. In this case, an end cap, with Carbon Fiber protection, channels exhaust gases out, and provides a “barrier effect” against radiation heating of the tire.









