Checklist Type
Challenge-and-response checklists usually relate to the normal operation of the aircraft (normal procedures) for each phase of flight. Flight-phase related actions are performed from memory following a cockpit flow pattern. Specific critical items are checked /cross-checked using a challenge-and-response checklist, whereby the pilot-non-flying/pilot monitoring reads the items to be checked and the pilot flying confirms the proper status/configuration of the appropriate items (e.g., altimeter setting, flaps position, ground spoilers arming, etc.)
Read-and-do lists usually relate to non-normal (abnormal and emergency) procedures for which a cockpit flow pattern performed from memory is not suitable. Indeed, non-normal procedures usually include pre-conditions (conditional action steps) that must be assessed and mutually agreed by both crewmembers before proceeding further.
Some non-normal procedures (such as the recovery from an unusual attitude or flight with an unreliable airspeed indication) include “memory items” that could also be called “survival items”. These are items that are time critical and must be accomplished from memory before referring to the QRH for the further management of the prevailing contingency.
Checklists, both normal and non-normal, are important assets that assist the flight crew in the safe and proper operation of the aircraft. Checklists reflect the experience of the aircraft manufacturer and of its operators over an extended period of time and countless flight hours. They should not be altered without referring to the manufacturer’s flight operations department. Indeed, the mere sequencing (order) of action steps or their regrouping into action clusters have an importance that may not be obvious without knowledge of the background for such options. More critically, altering a non-normal procedure might, at best, affect secondary failures (failure conditions resulting from a primary malfunction) and possibly prevent the recovery of an affected system. At worst an altered checklist may further degrade the situation and possibly increase instead of decrease the risk.
[source: SKYBRARY.AERO]
Rotate MD‐80
The Rotate MD-80 is an aircraft add-on for Laminar Research X-Plane that simulates the original McDonnell Douglas MD-80. It is a most accurate simulation of this popular aircraft, specifically the MD-88 variation. The MD-88 flight deck is equipped with EFIS instrumentation and two FMCs, combined with a few electro-mechanical gauges that convey an old school feel. It features complete autopilot guidance for all phases of flight, and carries two PW-JT8D-219 power plants.
[source: ROTATESIM]