Airports Together With Smaller Industrial Hangars Must Have Their Security Nailed Down
Airport and plane precautions is a vital part of the aviation market as organisations have to deal with growing security pressures from causes such as terrorism, health and safety and illegal behaviour including theft and wilful damage. These appear to be rising and it is important that the management can demonstrate that no one can gain access or fiddle with an airplane or helicopter at their complex. This can be a very hard responsibility as the complexes are generally large, busy areas with many different operators demanding access to a myriad of different “off limits” areas. They are also normal places of work for large numbers of staff and familiarity can be a big security problem too.
One of the problem areas are the normal hangar Doors. These are usually produced out of fabric or other lightweight substance and thus vulnerable material because of the load issues. These doors have to be able to be constructed in massive widths and heights in order to accommodate the plane and this has been the chief issue when it comes to the build of these doors. Lightweight fabric has been the only way that the door can be built wide enough to deal with the plane yet light enough to allow it to open, security concerns however are not solved. These specs are straightforward to bypass due to their delicate character and are a reason for anxiety.
Hydraulics are giving us an alternative though. They permit a much heavier material to be used in place of the fabric door, thus giving the greater protection afforded by metal, bricks and granite. Theseopenings can be made as wide as the old fashioned roller doors and give a much better answer in terms of not only security but looks too. Being able to cover the new version hanger door in and material including glass, brick, stone or wood ensures that not only does it reproduce the strength of the rest of the hanger but it also looks fantastic as well; it is a perfect solution to door security issues.
