Monday, June 1, 2015

AIRCRAFT MISCELLANEOUS EQUIPMENT

MISCELLANEOUS EQUIPMENT

Parachutes. With reasonable care, parachutes can remain in service indefinitely. They should not be carelessly tossed about, left in aircraft to become wet, or left where someone may tamper with them. They should not be placed where they may fall on oily floors or be subject to acid fumes from adja­cent battery chargers.

(1)       When repacking is scheduled, to comply with the 120-day requirement in Ti­tle 14 of the Code of Federal Regulation (14 CFR) part 105 section 105.43 a careful in­spection of the parachute shall be made by a qualified parachute technician (rigger). If re­pairs or replacements of parts are necessary to maintain the airworthiness of the parachute as­sembly, such work must be done by the origi­nal parachute manufacturer or by a qualified parachute rigger, certificated in accordance with 14 CFR, part 65.

(2)       The lead seal should be inspected periodically to ensure the thread has not been broken.  If broken, or broken and retied or appears to have been tampered with, the para­chute must be repacked by a properly certified rigger.


Safety Belts. All seat belts and re­straint systems must conform to standards es­tablished by the FAA. These standards are contained in Technical Standard Order TSO C22 for seat belts and TSO C 114 for re­straint systems.

(1)       Safety belts eligible for installation in aircraft must be identified by the proper TSO markings on the belt. Each safety belt must be equipped with an approved metal to metal latching device. Airworthy type certificated safety belts currently in aircraft may be removed for cleaning and reinstalled. However, when a TSO safety belt is found un­airworthy, replacement with a new TSO-approved belt or harness is required.

(2)       The webbing of safety belts, even when mildew-proofed, is subject to deteriora­tion due to constant use, cleaning, and the effects of aging. Fraying of belts is an indication of wear, and such belts are likely to be unair­worthy because they can no longer hold the minimum required tensile load.


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