HP Corse Hydroform Short Slip-On Exhaust for 2017-2020 Aprilia RSV4 & 2017-2020 Aprilia Tuono V4

HP Corse Hydroform Short Slip-On Exhaust for 2017-2020 Aprilia RSV4 & 2017-2020 Aprilia Tuono V4

Fitment:

• 2017-2020 Aprilia Tuono (all variants)
• 2017-2020 Aprilia RSV4 RR
• 2017-2018 RSV4 RF

Availability: Will dropship direct to you from the US distributor, they are often in stock to ship out right away.   If they need to come from HP Corse in Italy they quote 2-3 weeks to receive them.  If your order is time sensitive please contact us for an up to date ETA.   We respond to requests quickly.  

The material is molded, all resistance is overcome, and the excitement takes shape. HYDROFORM is not only the name of a new line of exhausts, it is something that goes beyond the rules to get where, until now, only the imagination had dared to go. Hydroforming is an incredibly sophisticated technology that utilizes highly pressurized fluid to form metal by injecting it into a blank tube, encased in two die-halves, causing it to expand into the shape of the die mold. That is how we managed to get a variable form that is seamless, with an incredible volume.

With a record lightweight, incredibly low thickness and mechanical rigidity, the end result is a sinuous, uniquely exciting product, that provides a seamless flow of exhaust gases. The exhausts from the HYDROFORM line are born to equip the most beautiful, naked, sport and hyper-sport motorbikes existing at the market. With HYDROFORM the sound, the charm, and the power will never be the same again.

• Silencer Hydroform Short in Satin or Black Ceramic coatings

• Hydroforming Technology

• Link-pipe slip-on for the original collector

• Laser logo HP Corse

• Silencer not homologated (only for race use)

There are 4 variations available: XAPHY30P01S-NN-AB

Satin finish with removable dB killer XAPHY30P01B-NN-AB

Black finish with removable dB killer XAPHY20P01S-NN-AB - Corsa

Satin finish - no dB killer - mesh exit XAPHY20P01B-NN-AB - Corsa

Black finish - no dB killer - mesh exit