United Airlines has developed and evaluated a two-segment noise abatement approach procedure for use on Boeing 727 aircraft in air carrier service. In a flight simulator, the two-segment approach was studied in detail and a profile and procedures were developed. Equipment adaptable to contemporary avionics and navigation systems was designed and manufactured by Collins Radio Company and was installed and evaluated in B-727-200 aircraft. The equipment, profile, and procedures were evaluated out of revenue service by pilots representing government agencies, airlines, airframe manufacturers, and professional pilot associations. A system was then placed into scheduled airline service for six months during which 555 two-segment approaches were f...
Flight tests and simulation of steep noise reducing landing approaches with jet transpor
A two-segment aircraft landing approach concept utilizing an area random navigation (RNAV) system to...
Due to the costs of implementing two-segment approaches with special purpose computers, and the fact...
A two-segment noise abatement approach procedure for use on DC-8-61 aircraft in air carrier service ...
The primary objective was to determine if the two-segment profile equipment, and operational procedu...
Profile modification as a means of reducing ground level noise from jet aircraft in the landing appr...
Guest pilot evaluation results of an approach profile modification for reducing ground level noise u...
Flight tests are evaluated of an avionics system which aids the pilot in making two-segment approach...
A series of seven noise measurements were made each day over a period of fifteen days. The first and...
The development and operational evaluation are discussed of a noise abatement two-segment approach w...
Prior to the flight evaluation, the two-segment profile capabilities of the DC-8-61 were evaluated a...
Analyses of McDonnell Douglas DC-8, DC-9, and DC-10 jet transports were conducted to investigate the...
A 75 flight-hour operational evaluation was conducted with a representative four-engine fan-jet tran...
Flight and simulation investigation of noise abatement during jet aircraft landing approache
A preliminary assessment was made of the adequacy of a simple head up display (HUD) for providing ve...
Flight tests and simulation of steep noise reducing landing approaches with jet transpor
A two-segment aircraft landing approach concept utilizing an area random navigation (RNAV) system to...
Due to the costs of implementing two-segment approaches with special purpose computers, and the fact...
A two-segment noise abatement approach procedure for use on DC-8-61 aircraft in air carrier service ...
The primary objective was to determine if the two-segment profile equipment, and operational procedu...
Profile modification as a means of reducing ground level noise from jet aircraft in the landing appr...
Guest pilot evaluation results of an approach profile modification for reducing ground level noise u...
Flight tests are evaluated of an avionics system which aids the pilot in making two-segment approach...
A series of seven noise measurements were made each day over a period of fifteen days. The first and...
The development and operational evaluation are discussed of a noise abatement two-segment approach w...
Prior to the flight evaluation, the two-segment profile capabilities of the DC-8-61 were evaluated a...
Analyses of McDonnell Douglas DC-8, DC-9, and DC-10 jet transports were conducted to investigate the...
A 75 flight-hour operational evaluation was conducted with a representative four-engine fan-jet tran...
Flight and simulation investigation of noise abatement during jet aircraft landing approache
A preliminary assessment was made of the adequacy of a simple head up display (HUD) for providing ve...
Flight tests and simulation of steep noise reducing landing approaches with jet transpor
A two-segment aircraft landing approach concept utilizing an area random navigation (RNAV) system to...
Due to the costs of implementing two-segment approaches with special purpose computers, and the fact...