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18 hours ago Around passengers on board an IndiGo flight had a lucky escape when its Airbus aircraft from Kolkata to Patna made a suspected “hard landing” at the Jai Prakash Narayan International airport here on Thursday. The Bangalore – Kolkata – Patna – Lucknow – Mumbai.
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- Chandrayaan-2: India Moon probe made 'hard landing', says Nasa
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- Hard Landing, a Case Study for Crews and Maintenance Personnel | Safety First
- Ask the Captain: Hard landings not bad ones
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When an aircraft has a hard landing, it must be inspected for damage before its next flight. Hard landings can cause extensive damage to aircraft if not carried out safely or properly. On 20 June , a Boeing of All Nippon Airways landed with such force that a large crease formed in the aircraft's skin.
Chandrayaan-2: India Moon probe made 'hard landing', says Nasa
When the final approach isn't stabilised, the crew should abort and go around , as expressed by the Australian Transport Safety Bureau after investigating the hard landing of a Malaysia Airlines Airbus A in Melbourne Airport coming from Kuala Lumpur on 14 March For helicopters , a hard landing can occur after mechanical or engine damage or failure when the rotor s are still intact and free to turn.
Autorotation , in which airflow over the rotors keeps them turning and provides some lift , can allow limited pilot control during descent.
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As an unpowered descent, it requires considerable pilot skill and experience to safely execute. A hard landing of a spacecraft such as a rocket stage usually ends with its destruction and can be intentional or unintentional. RU vertical speed parameter vert spd ad. This allows the filter to reach a stable state faster than when it is started from a zero value. Still referring again to FIG.
The result of step 64 is then used to initialize the first integrator 2. The initial values for v spd fps, qjntl , q jnti prev and cjntl inside the first integrator 2 are given in Section 3 of the Appendix [see CCC 4 ]. Following initialization, the output cjntl of the first integrator 2 is a function of the input rjntl. Step 38 must occur after step 40 is done. Still referring to FIG.
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The parameter r jnt2 is then processed by the second integrator 4. The respective products of steps 66 and 68 are summed in step The result of step 70 is then used to initialize the second integrator 4. Step 50 must occur after step 52 is done. The unfiltered main gear sink rate gear alt rt unf see step 42 in FIG.
The initial values for qjagl. Step 76 must occur after step 78 is done. The tables below describe an exemplary Sink Rate Report, an exemplary Landing Exceedance Report, and portions of pseudo code that are related to embodiments disclosed herein. NN SNN,. NNN SN. NN SN,. NN NN NN SNN ,. NNN SN,. SNN ,. NN SN ,. NN SNN. NN SN. NN NN 33 S.
N SNNN. The format of a sample sink rate report as generated during a lab test Is as follows:. CCC 5 Compute the Gea. The present invention provides a method and a system for detecting hard landings that is cost effective, accurate and reliable, in this manner, less reliance need be placed upon the subjective opinion of the pilot and less downtime of the aircraft is likely to result.
Thus, both costs and downtime can be reduced while safety is maintained. Additional embodiments may be described and claimed as shown in the paragraphs below. A10, The system as recited in claim A9, wherein said trigger event is touchdown of said aircraft.
Hard Landing, a Case Study for Crews and Maintenance Personnel | Safety First
The system as recited in claim A9, wherein said trigger event is that the gross weight of said aircraft at touchdown exceeds a threshold amount. The system as recited in claim A9, wherein said trigger event is that a set of trigger preconditions have been satisfied.
The system as recited in claim A12, wherein said set of trigger preconditions are that, at the time of aircraft touchdown, the roll angle and roll rate of said aircraft lie within respective predefined ranges and the current or preceding main gear sink rate value exceeds a threshold amount. The system as recited in claim A9, wherein said deriving step is initiated when said aircraft reaches a predefined radio altitude. The system as recited in claim A9, wherein said subset of said flight parameters comprises vertical acceleration, pitch attitude, pitch attitude rate, and radio altitude.
While the invention has been described with reference to various embodiments, it will be understood by those skilled in the art that various changes may be made and equivalents may be substituted for elements thereof without departing from the scope of the invention. In addition, many modifications may be made to adapt a particular situation to the teachings of the invention without departing from the essentia! Therefore it is intended that the invention not be limited to the particular embodiment disclosed as the best mode contemplated for carrying out this invention.
Kind code of ref document : A1. Effective date : A system and a method for detecting a hard landing or other high load event of an aircraft and then automatically triggering a report of such hard landing event. A sink rate algorithm is used to estimate the altitude rate of a main gear.
Ask the Captain: Hard landings not bad ones
The sink rate algorithm uses a plurality of flight parameters to estimate the main gear altitude rate, preferably including at least the following: pitch altitude, radio altitude, vertical acceleration, body pitch rate and vertical speed. This invention has the potential to reduce the number of unnecessary structural inspections, and may also limit the scope of any such required inspections. NNN SN ,. I, R A method for reporting data concerning a landing of an aircraft, the method comprising:. The method as recited in claim 1 , wherein said trigger event includes at least one of a touchdown of said aircraft and the gross weight of said aircraft at touchdown exceeds a threshold amount.
The method as recited in claim 1 , wherein said trigger event is that a set of trigger preconditions have been satisfied.
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The method as recited in claim 3, wherein said set of trigger preconditions are that, at the time of aircraft touchdown, the roll angle and roll rate of said aircraft lie within respective predefined ranges and the current or preceding main gear sink rate value exceeds a threshold amount. An airplane comprising a computer, a radio altimeter, an air data inertia!
The system as recited in claim 8, wherein said trigger event is that a main landing gear truck has transitioned from a tilted state to a less-tilted state. The system as recited in claim 8, wherein said trigger event is that the gross weight of said aircraft at touchdown exceeds a threshold amount. The system as recited in claim 8, wherein said trigger event is that at aircraft touchdown, the roll angle and roll rate of said aircraft lie within respective predefined ranges and the current or preceding main gear sink rate value exceeds a threshold amount.
The system as recited in claim 8, wherein said trigger event is that at aircraft touchdown, the roll angle and roll rate of said aircraft lie outside respective predefined ranges and the current or preceding main gear sink rate value exceeds a threshold amount.
USA1 en. EPA1 en. WOA1 en.
Systems and methods for issuing a hard landing warning and providing maintenance advisories for hard landing incidents. USB2 en. Automated transmission of aircraft anomalous incident data via preferred transmission modes. System and method for on-board determination of aircraft weight and load-related characteristics. Aircraft landing gear automated inspection and life limitation escalation system and method. Aircraft landing gear compression rate monitor and method to increase aircraft landing weight limitation.
CAC en. Process for developing a statistical model to determine the workload of an aircraft pilot, model derived therefrom, apparatus for the embodiment of the said process and applications of the model. USB1 en. Kelly et al. USA en. JPB2 en. Information, specifically a system and method for improving or increasing information concerning runway conditions available to pilots of landing aircraft.
Methods and systems for requesting and retrieving aircraft data during flight of an aircraft. System and method for on-board adaptive characterization of aircraft turbulence susceptibility as a function of radar observables. Images of the Virgin Australia ATR plane and its damaged undercarriage released by the safety watchdog.
Four seconds before it touched down, the plane was still rushing in to the ground faster than its design limit would allow - at feet a minute - according to a final report released by the safety watchdog on Tuesday. The pilot noticed the plane was overshooting its mark and, about feet above the ground, dropped engines back to idle. A supervising captain, noticing what was happening, twice called for more power before intervening himself. Investigators said fatigue was not a factor in the accident and the flight crew reported they regularly encountered turbulence of this kind at Canberra Airport.
But just before the plane touched down, the report did find a sudden wind gust further increased the speed of impact.