Airbus

File-Airbus_Logo.svg.png

Airbus Industrie began as a consortium of European aviation firms to compete with American companies such as Boeing, McDonnell Douglas, and Lockheed.

While many European aircraft were innovative, even the most successful had small production runs. In 1991, Jean Pierson, then CEO and Managing Director of Airbus Industrie, described a number of factors which explained the dominant position of American aircraft manufacturers: the land mass of the United States made air transport the favoured mode of travel; a 1942 Anglo-American agreement entrusted transport aircraft production to the US; and World War II had left America with "a profitable, vigorous, powerful and structured aeronautical industry.

In the mid-1960s, tentative negotiations commenced regarding a European collaborative approach. Individual aircraft companies had already envisaged such a requirement; in 1959 Hawker Siddeley had advertised an "Airbus" version of the Armstrong Whitworth AW.660 Argosy, which would "be able to lift as many as 126 passengers on ultra short routes at a direct operating cost of 2d. per seat mile. However, European aircraft manufacturers were aware of the risks of such a development and began to accept, along with their governments, that collaboration was required to develop such an aircraft and to compete with the more powerful US manufacturers. At the 1965 Paris Air Show major European airlines informally discussed their requirements for a new "airbus" capable of transporting 100 or more passengers over short to medium distances at a low cost. The same year Hawker Siddeley (at the urging of the UK government) teamed with Breguet and Nord to study airbus designs. The Hawker Siddeley/Breguet/Nord groups HBN 100 became the basis for the continuation of the project. By 1966 the partners were Sud Aviation, later Aerospatiale (France), Arbeitsgemeinschaft Airbus, later Deutsche Airbus (Germany) and Hawker Siddeley (UK). A request for funding was made to the three governments in October 1966. On 25 July 1967 the three governments agreed to proceed with the proposal.

In the two years following this agreement, both the British and French governments expressed doubts about the project. The MoU had stated that 75 orders must be achieved by 31 July 1968. The French government threatened to withdraw from the project due to the concern over funding development of the Airbus A300, Concorde and the Dassault Mercure concurrently, but was persuaded otherwise. Having announced its concern at the A300B proposal in December 1968, and fearing it would not recoup its investment due to lack of sales, the British government announced its withdrawal on 10 April 1969. Germany took this opportunity to increase its share of the project to 50%. Given the participation by Hawker Siddeley up to that point, France and Germany were reluctant to take over its wing design. Thus the British company was allowed to continue as a privileged subcontractor. Hawker Siddeley invested GB£35 million in tooling and, requiring more capital, received a GB£35 million loan from the German government.

A310 Briefing

A310 Briefing

A320 Briefing

A320 Briefing

A330 Briefing

A330 Briefing

A340 Briefing

A340 Briefing

A340 Technical Differences

A340 Technical Differences

Aircraft noise

Aircraft noise

Aircraft Performance

Aircraft Performance

Altimeter Setting & Use Of Radioaltimeter

Altimeter Setting & Use Of Radioaltimeter

App & Landing Accident Reduction

App & Landing Accident Reduction

Autoland on contaminated RW

Autoland on contaminated RW

Avoiding Tailstrikes

Avoiding Tailstrikes

Baghdad A300 Incident

Baghdad A300 Incident

Birdstrike Threat Awareness

Birdstrike Threat Awareness

Bounce recovery

Bounce recovery

Braking Recommendations

Braking Recommendations

Cabin Decompressions Awareness

Cabin Decompressions Awareness

Cabin Safety

Cabin Safety

CAT2 & CAT3

CAT2 & CAT3

Circle To Land At High & Hot Altitude AP

Circle To Land At High & Hot Altitude AP

Cockpit & Cabin Smoke Procedures

Cockpit & Cabin Smoke Procedures

Cold Weather Operations

Cold Weather Operations

Cold Weather Ops

Cold Weather Ops

Conducting Effective Briefings

Conducting Effective Briefings

Continuous ignition

Continuous ignition

Coping With Long range Flying

Coping With Long range Flying

Cosmic Radiations

Cosmic Radiations

Cost Index Savings

Cost Index Savings

Cost Index

Cost Index

CRM Aspects In Accidents & Incidents

CRM Aspects In Accidents & Incidents

Descent and Approach Profile Management

Descent and Approach Profile Management

Effect Of Zero Fuel Weight On Aircraft Operations

Effect Of Zero Fuel Weight On Aircraft Operations

Effective Pilot & Controller Communications

Effective Pilot & Controller Communications

Emergency Evacuation On Ground

Emergency Evacuation On Ground

Energy Managment

Energy Managment

Engine Ignition Selection

Engine Ignition Selection

Engines Thrust Loss

Engines Thrust Loss

Enhanced Reduced Thrust At Takeoff

Enhanced Reduced Thrust At Takeoff

Enhancing Situation Awareness

Enhancing Situation Awareness

Enhancing Terrain Awareness

Enhancing Terrain Awareness

Error Management

Error Management

ETOPS

ETOPS

FANS

FANS

Fatigue & Alertness Management

Fatigue & Alertness Management

Flex & Derate Takeoff & Climb

Flex & Derate Takeoff & Climb

Flight Control Checks

Flight Control Checks

Flying Stabilized Approaches

Flying Stabilized Approaches

Fuel Economy

Fuel Economy

Golden Rules

Golden Rules

Handling Engine Malfunctions

Handling Engine Malfunctions

Head Up Display

Head Up Display

Hot Weather Ops

Hot Weather Ops

Human Factors In Accidents & Incidents

Human Factors In Accidents & Incidents

Inflight PTU Logic

Inflight PTU Logic

Managing Interruptions & Distractions

Managing Interruptions & Distractions

MMEL & MEL

MMEL & MEL

Modern Navigation

Modern Navigation

Normal Check-Lists

Normal Check-Lists

Operations_On_Grooved_Runways

Operations_On_Grooved_Runways

Ops With Minimum Fuel

Ops With Minimum Fuel

Optimum Use Of Automation

Optimum Use Of Automation

Optimum Use Of The Weather radar

Optimum Use Of The Weather radar

Perfomance Monitoring

Perfomance Monitoring

Preparing App In Case Of Engine Failure

Preparing App In Case Of Engine Failure

Preventing Altitude Deviations and Level_Busts

Preventing Altitude Deviations and Level_Busts

Preventing RW Incursions

Preventing RW Incursions

Preventing Tailstrike at Landing

Preventing Tailstrike at Landing

Preventing Tailstrike at Takeoff

Preventing Tailstrike at Takeoff

Principles Of Takeoff Optimization

Principles Of Takeoff Optimization

Protections Against Fuel Vapor Ignitions

Protections Against Fuel Vapor Ignitions

Refuelling With Passengers On Board

Refuelling With Passengers On Board

Response To Stall Warning Activation On Takeoff

Response To Stall Warning Activation On Takeoff

Revisiting The STOP or GO Decision

Revisiting The STOP or GO Decision

RNP-AR

RNP-AR

Rudder & Loads

Rudder & Loads

Standard Calls

Standard Calls

Standard Operating Procedures

Standard Operating Procedures

Takeoff Safety Training Aid

Takeoff Safety Training Aid

Takeoff Speed Determination At Low Weight

Takeoff Speed Determination At Low Weight

Takeoff Thrust Setting

Takeoff Thrust Setting

Takeoff With Upper Wing Frost

Takeoff With Upper Wing Frost

Taxi Procedures

Taxi Procedures

TCAS Recommendations

TCAS Recommendations

Tire Burst

Tire Burst

Understanding Takeoff Speeds

Understanding Takeoff Speeds

Understanding Takeoff Thrust Setting Technique

Understanding Takeoff Thrust Setting Technique

Use Of Radio Altimeter

Use Of Radio Altimeter

Visual Illusions Awareness & Avoidance

Visual Illusions Awareness & Avoidance

Volcanic Ash Awareness

Volcanic Ash Awareness

Wake Turbulence Awareness & Avoidance

Wake Turbulence Awareness & Avoidance

Weight & Balance

Weight & Balance

Xwinds Landings

Xwinds Landings

For information Contact ASHKANANI@PILOTLAB.NET                                                                                                                                                                                     Site Map