The forward airstair of an airplane can be operated from two locations: the inside control panel located at the forward attendant station and the outside controls located on the plane’s fuselage behind the airstair door. Both control sets allow for operation in either the NORMAL or STANDBY mode.
Boeing 737 NG – Forward Airstair Operation Summary – General Familiarisation Read More »
For the Embraer E170 / E190 Family Aircraft Electrical Power System Overview we can consider the the aircraft’s Electrical Power Generating and Distribution System (EPGDS) is a blend of both AC and DC power sources. For AC power, the aircraft uses: -Two engine-driven generators -A generator driven by the Auxiliary Power Unit (APU) -A generator
Embraer E170 / E190 Family –Aircraft Electrical Power System Overview Read More »
The Boeing 787-8 utilizes the Common Core System (CCS) to support the operation of multiple airplane systems, enhancing reliability, and reducing costs and weight. This system shifts from the traditional approach of dedicated units for each airplane system to centralized processing.
Boeing 787 Common Core System – General Familiarisation Read More »
The Electronic Instrument System (EIS) in an A330 aircraft provides pilots with crucial flight data through six Liquid Crystal Display (LCD) units. These displays are divided into different sections such as the Electronic Flight Instrument System (EFIS) which includes: Primary Flight Displays (PFDs): Positioned in front of each pilot, the PFD showcases essential flight information
The Airbus A330 Flight Deck System Displays and Screens – a brief overview. Read More »
The Common Core System (CCS) is a centralized solution employed in the Boeing 787-8 aircraft to offer a uniform processing and data network for many airplane systems, by implementing the CCS, there’s a significant improvement in system reliability, a reduction in cost, and a decrease in weight.
Common Core System (CCS) in Boeing 787-8: A Summary Read More »
The B767 is equipped with three independent hydraulic systems: left, center, and right, with capacities of 17, 40, and 20 gallons, respectively. They are identified by location and color-coded for easy identification: red for the left, blue for the center, and green for the right.
Boeing 767 General Familiarisation – Hydraulic Systems Read More »
In every aircraft knowing the condition or the condition of many components is essential for safe operation; some of the items we need to monitor include the following: How we do this on the Boeing 767 and indeed many other aircraft types use similar is by using sensors which look to see if a known
Boeing 767 – Proximity Sensors and Monitoring Systems (PSEU) – General Familiarisation Read More »
Boeing 787 General Familiarisation – Variable Camber Trim Unit or commonly known as the “Cruise Flaps”; the Boeing 787 has a system called the “variable camber trim unit” or (VCTU). This system lets the inboard flaps move independently of the outboard flaps; on most aircraft these are locked together, the ability to separate these makes
Boeing 787 Cruise Flaps – General Familiarisation Read More »
Airbus A320 Neo General Familiarisation – On Condition Maintenance & CFM LEAP engine maintenance concept. The on-condition maintenance concept is one which can offer many advantages to the user with regards to component reliability and also on overhaul costs.
Airbus A320 On Condition & CFM Leap Read More »
The Airbus A320 series aircraft on the wings can increase lift at different phases of flight and this is possible with the use of Flaps at the aft of the wing and Slats at the front of the wing. The devices allow the wing profile to change – the physical wing of course cannot move
Airbus A320 – Flight Controls Read More »
