HANGAR DOORS

JUS Doors
Bottom Rolling, Folding, and Sliding Hangar Doors

Hangar doors are essential to the safe, efficient operation of any aviation facility. Designed to provide wide, unobstructed openings and withstand demanding weather conditions, these doors rely on precise engineering and durable fabrication. From concept to installation, the manufacturing process uses high-strength materials, advanced fabrication techniques, and rigorous quality control to deliver smooth, reliable performance for years to come.

Whether rolling, folding, or sliding, each door is custom-built to meet the specific needs of aircraft storage and maintenance environments. Because of their specialized nature, we have developed the expertise not only to manufacture and maintain our own doors but also to service doors from other manufacturers. With access to rollers, cables, operators, and control panels, we’re equipped to handle any repair, upgrade, or customization — ensuring our customers always have a door solution they can rely on.
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Configuration Options of Hangar Doors?

Architectural flexibility is one of the biggest advantages of JUS Doors. Which means, you can optimize the setup and operation to meet your needs. Here are some standard configurations:
Uni-directional
A uni-directional hangar door is a large door system that opens by sliding entirely to one side along a single track, creating a clear, unobstructed opening. This design is ideal for wide aircraft entrances, offering smooth operation and maximizing usable interior space.
Bi-directional
A bi-directional hangar door is a large door system that opens by sliding panels outward in both directions from the center, distributing the door weight evenly along multiple tracks. This configuration allows for quicker access and greater flexibility in controlling partial or full openings.
Individually operated
A hangar door with independently moving panels consists of multiple door sections that can each slide or stack separately, allowing flexible control over the size and location of the opening. This design enables selective access for different aircraft or equipment while maximizing operational versatility and space efficiency.