Mbrico’s porcelain rooftop pedestal systems are engineered for flat-roofs and raised floor applications where structural performance, drainage, and long-term stability are critical.
Unlike traditional pedestal paver systems that rely on loose-laid surfaces on corner pedestals, Mbrico tiles mechanically lock into a track-based system and click adapter, creating a stable, self-spacing, and free-draining deck assembly.
The result is a high-performance zero-wobble surface designed for rooftop environments, amenity decks, and elevated outdoor spaces where movement, water management, and durability cannot be compromised.
Architect & Specifier Resources
Documentation for evaluation, specifying, and detailing the Mbrico Rooftop Pedestal System. See all on Resources.
Rooftop Pedestal Install Summary Sheet
Rooftop Pedestal Install Tutorial Video
Engineered for Rooftop Performance
Mbrico FAQs Answered
Installation
Verify the roof waterproofing surface is at least 2 5/8″ below any clearance obstructions. Verify drainage.
Click 12′ tongue and groove track onto pedestal tops. Pedestals spaced 30″ on center under track.
The 12′ aluminum track provides straight and level lines for faster and more precise installation of the tile row.
Adjust pedestals as needed for heights and slope, resulting in level tile floor when complete.
Fit grooved / kerfed edge of tile into tongue of track. Snug all tiles into track for perfect self-spacing 1/8″ drainage gaps.
Repeat steps above until completed.
Mechanically-fastened system creates an interlocking, free-draining surface engineered to resist high wind conditions, including hurricane-prone rooftop environments.
Engineered components and track-based alignment ensure consistent spacing and eliminate movement, delivering a faster, more accurate installation for skilled crews.
Extremely low water absorption (0.05%) prevents cracking, shifting, or surface damage in exposed rooftop and cold climate environments
Mbrico meets the highest fire performance classification, providing superior resistance to flame spread and smoke development in rooftop and elevated applications