Balancing Solution Tailored to Each Individual Aircraft
From decades of operating rotary wing aircraft, the U.S. Army, Navy, Marine
Corps, and Air Force, as well as many civil manufacturers and operators of
helicopters have learned that one of the biggest enemies to sustained flight
operations is high resonant high frequency vibration (HRHFV). Rotary wing
operators worldwide have borne the cost of dynamic component failure long before
predicted Time Before Overhaul (TBO).
To date, many solutions have been derived to capture vibration data in an
attempt to predict the useful life of dynamic components. However, none of these
solutions actively reduces aircraft vibration and HRHFV.
Shake'd Technologies, Inc. developed an innovative process-- Customized
Dynamic Balancing (CDB)--to virtually eliminate the detrimental effects
of HRHFV, thereby reducing operations and support (O&S) costs and increasing both
aircraft availability and logistics supportability.
The technology is unique and it employs a complex proprietary set of algorithms
aimed at eliminating destructive HRHFV. Beyond just monitoring for vibration,
the CDB algorithms analyze collected vibration data to determine the specific
solution for each individual aircraft in order that its drivetrain may be custom
balanced, eliminating HRHFV. Each aircraft drivetrain is then physically
balanced within its own vibration profile using the solution given.
CDB is successfully used by an international fleet of rotary wing aircraft and
has achieved more than 3 years of proven performance. Our CDB solution for the AH64
Apache Helicopter requires no additional research or development and
its application intervals are based on current schedule inspection criteria.