P3 is currently developing 11 Build-to-Suit buildings totalling 215,000 m² in four European countries. Alongside the construction of a production plant for Faurecia, it is also building a warehouse for Peugeot Citroën in Germany meaning that P3 currently has two major projects for automotive sector customers in progress at its parks.

Faurecia joins Schnellecke, HBPO and Panasonic to become the fourth customer at P3's Bratislava D2 park operating in the automotive sector. Faurecia’s new facility will comprise a total of 27,000 m² of which 23,000 m² will be used for manufacturing and storage, while the remaining 3,800 m² will be offices.
Construction started in January 2016, Faurecia will take occupation of the building from August 2016 and start manufacturing Volkswagen seats there during 2017.

With the new facility at P3's Bratislava D2 park Faurecia will have six manufacturing plants in Slovakia. The company intends to employ over 1,000 people at its new complex.

“P3 really took time to reflect on our requirements and to come up with a solution tailored for our needs, P3 Bratislava D2 is also an excellent technical facility in a key  geographical location, which  allows our client to keep stock JIT,” explained Jozef Mikuška, Real Estate Commodity Buyer for the CEE Region at Faurecia.

“As we are constantly looking at ways to improve and develop P3 Bratislava D2 park, we were able to respond to Faurecia's requirements quickly and start construction in a very short space of time,” said P3 Slovakia's Country Head Peter Jánoši, adding, “In addition, the Faurecia facility will be exceptionally large in comparison to other manufacturing plants in terms of administrative and employee space.”

The new facility will concentrate all the manufacturing processes under one roof and it will provide users with a much more effective operation along with more flexibility for the future. Production and storage spaces for Faurecia have been designed to P3’s high environmental standards, with LED lighting, reinforced insulation to prevent heat loss and secure effective energy management.