Da Vinci Residential Tower

At a glance

Project by: Pascal Arquitectos
Location: Edo de Mexico, Mexico

Preview image

Da Vinci Residential Tower (Pascal Arquitectos)

© Pascal Arquitectos

Project images

	Entrance © Pascal Arquitectos View project image
	Front view © Pascal Arquitectos View project image
	Entrance at night © Pascal Arquitectos View project image
	Lobby © Pascal Arquitectos View project image
	Lobby view © Pascal Arquitectos View project image
	Elevators access © Pascal Arquitectos View project image
	Swimming pool © Pascal Arquitectos View project image
	Back façade view © Pascal Arquitectos View project image
	Garden view © Pascal Arquitectos View project image
	Tower detail © Pascal Arquitectos View project image
	Façade material detail © Pascal Arquitectos View project image
	Swimming pool in roof garden © Pascal Arquitectos View project image
	Swimming pool in roof garden view © Pascal Arquitectos View project image

Architect's statement

This condominium tower includes 38 apartments. The service areas include a multi-purpose room, paddle tennis court, open swimming pool at the roof garden, lounge, SPA with a two lane lap-pool, jacuzzi, restrooms, dressing room, and a balcony with a fantastic view to the gardens.

Each apartment has 3 bedrooms, all with bathroom and a walk-in closet, dinning room, living room, family room, full kitchen, service room; resulting in two types: one of 272.61 m2 and the other of 268.99 m2.

All facade covering elements are hanged, attached with screws or staples, making them completely detachable. All these creates a thermo-meteorological acoustic barrier and in consequence this is very energy efficient building. At the same time, this system facilitates façade maintenance and replacement and a convenient access to hydraulic and sanitary installations that go through along the perimeter of the building.

All of the residual water is treated and re-used in garden watering, car wash, and toilets.

This building also comprises intelligent systems regarding access control, closed circuit, energy saving lighting controls and lamps.