Robinson R22 - Briefings, Checks, and Emergencies

Briefings- Departure briefing- Approach briefingChecks for Regular Flight- Check for departure- Hover check- Climb check- Cruise check- Check for approachEmergencies- General approach (RPPAA)- Power and governor problems- Tail rotor problems- Fire- Gauges and warning lights- Dangerous flight conditions

Briefings- Departure briefing- Approach briefingChecks for Regular Flight- Check for departure- Hover check- Climb check- Cruise check- Check for approachEmergencies- General approach (RPPAA)- Power and governor problems- Tail rotor problems- Fire- Gauges and warning lights- Dangerous flight conditions


C. M.
This flashcard set covers advanced procedures for the Robinson R22 helicopter, focusing on briefings, checks, and emergency protocols. It delves into critical aspects like rotor and engine management, fuel systems, and handling various emergencies such as power failures, engine fires, and tail rotor issues. The flashcards also outline essential checks for different flight phases, including hover, climb, cruise, and approach. Pilots and aviation enthusiasts will find this set invaluable for mastering the R22's operational nuances and ensuring safe flight practices.
Karten
34
Lernende
3
Sprache
Englisch
Kategorie
Technik
Stufe
Andere
Erstellt / Aktualisiert
03.01.2021 / 13.02.2025

Lernkarten

Departure briefing

WI HI PRO LIM E

  • Wind
  • Hindernisse 
  • Procedure
  • Limitations
  • Emergencies

Approach briefing

  • W A HI BEL U
    • Wind (from which semi-circle?)
    • Approach (describe how circuit fits into area)
    • Hindernisse (e.g., power lines, buildings)
    • Beleuchtung (e.g., sun, snow, fog)
    • Umwelt (e.g., humans, animals)
  • Power
  • Emergencies / Escape

Check for departure

  • Frictions OFF
  • Trim: OFF
  • Carb heat: Full on
  • Governor: ON
  • LDG light ON
  • NAV light: AS REQ.
  • Fuel: Endurance XXX minutes
  • T's & P's: GREEN
  • RPM: 104%
  • Warnings / cautions: NONE
  • Next: Power / hover check

Hover check

  • Carb heat: = 10°C
  • Power: XXX inch
  • RPM: 104%
  • Wind: XXX
  • Obstacles in departure sector: XXX
  • Next: climb check

Climb check

  • Speed: 60 KIAS
  • Power: 21 inch -  MCP
  • Carb heat: = 10°C
  • Next: cruise check

Cruise check

  • Frictions: AS REQ.
  • Trim: AS REQ.
  • Carb heat: = 10°C
  • Governor: ON
  • LDG light: ON
  • NAV light: AS REQ.
  • Fuel: Endurance XXX minutes
  • T's & P's: GREEN
  • Power: 19 inch - MCP
  • RPM: 104%
  • Warnings / cautions: NONE
  • Alitmeter / gyros: SET

Check for approach

  • Frictions: OFF
  • Trim: OFF
  • Carb heat: FULL ON
  • Governor: ON
  • Landing light: ON
  • NAV ight: AS REQ.
  • Fuel: Endurance XXX minutes
  • T's & P's: GREEN
  • RPM: 104%
  • Warnings / cautions: NONE
  • Next: safety window

Safety window

  • 30 KIAS / 300 ft ROD / left pedal
  • Decision: Land / go around

General emergency procedure

  • If nose turns left or right, engine fire, or strong vibrations enter AR and analyze cause (engine, drive, TR)
  • In all other cases: RPPAA (rotor RPM, power, position, analyze, action)

Power failure in flight (nose turns left)

  • Enter AR
    • Collective down, nose up, heading
    • 65 KIAS / 97-110 %RRPM (max glide: 75 KIAS / 90 %RRPM, increase to 97 %RRPM <500 ft AGL)
  • Air restart (do not attempt before AR is established, if engine failure expected, or <2’000 ft AGL)
    • Mixture: FULL RICH
    • Throttle: Closed then cracked slightly (10°)
    • Starter: Actuate with left hand
  • "Mayday, mayday, mayday, HB-..., making an emergency landing near ..."
  • Perform AR landing
    • If time permits: Fuel valve OFF
    • At 40 ft AGL begin cyclic flare
    • At 8 ft AGL apply forward cyclic and raise collective

Power failure in hover

  • Push right pedal
  • Raise collective, when helicopter starts descending

Governor failure

  • Grip throttle firmly to override governor
  • Governor OFF
  • Control RPM manually

Loss of tail rotor thrust in flight (nose turns right)

  • Enter AR with 70 KIAS
  • Roll throttle into overtravel spring
  • Perform AR landing, preferably on hard surface

Loss of tail rotor thrust in hover

  • Roll throttle off into overtravel spring
  • Raise collective

Loss of tail rotor control in flight (pedal stuck)

  • Identify “critical speed” (lowest speed at which nose does not turn, when collective is raised at vario 0)
  • If critical speed <40 KIAS: Land with critical speed on hard surface; avoid deaccelerating below critical speed
  • If critical speed >=40 KIAS: Enter AR with 70 KIAS and perform AR landing with throttle rolled into overtravel spring

Engine fire in flight

  • Enter AR
  • Cabin heater OFF and cabin vents ON
  • If engine is running: Land normally, then mixture OFF and fuel valve OFF
  • If engine is NOT running: Fuel valve OFF and complete AR to ground
  • Master battery OFF
  • If time permits: Apply rotor brake
  • Exit helicopter 

Engine fire at start

  • Crank (to suck flames into engine)
  • If engine starts: Run 50-60 %RPM for short time (30s)
  • Mixture OFF and fuel valve OFF
  • Master battery OFF
  • If time permits: Apply rotor brake
  • Exit helicopter

Electrical fire

  • Master battery OFF and Alt OFF
  • Control RPM manually
  • Cabin vents ON
  • Land immediately
  • Mixture OFF and fuel valve OFF
  • If time permits: Apply rotor brake
  • Exit helicopter

LOW RPM

  • Lower collective
  • Roll throttle on
  • Apply aft cyclic

CARBON MONOXIDE

  • Cabin heater OFF and cabin vents ON
  • If light is accompanied by symptoms of CO poisoning (headache, drowsiness, dizziness):Land immediately

OIL

If oil pressure gauge confirms pressure loss: Land immediately

MR TEMP, MR CHIP, TR CHIP

  • If light is accompanied by indication of a problem (e.g., noise, vibration, temperature rise): Land immediately

CLUTCH

  • If light flickers or stays on >10 s: Pull clutch circuit breaker
  • If light is accompanied by indication of a drive system failure (e.g., noise, vibration): Reduce power, prepare to enter AR, and land immediately

LOW FUEL

  • Out of fuel in max. 5 min (all alu) or in 10 min (bladder) at MCP

Tachometer failure

  • Use remaining tach to monitor RPM
  • Allow governor to control RPM

ALT

  • Switch off non-essential electrical equipment (i.e. landing lights, nav lights and outside CTR, TMA, RMZ, or approach also radio, navigation, and flarm)
  • Alt OFF, after 1 s alt ON
  • If light stays ON: Land as soon as practical

BRAKE

  • Release rotor brake immediately

STARTER ON

  • If light stays on after starter button is released: Mixture OFF and master battery OFF

GOV OFF

  • Governor ON

Turbulences

  • Reduce airspeed to between 60 KIAS and 0.7 VNE, but no lower than 57 KIAS
  • Minimize cyclic control inputs; do not overcontrol
  • Depart area of turbulence or land as soon as practical

Right roll in low G

  • Apply aft cyclic
  • Do not apply lateral cyclic

Which circuits built a unit in the R22

  • Cylinder Head Temperature Gauge und alle Warning Lights, ausser LOW RPM and MR TEMP light (nicht bei R22 NG)
  • MR TEMP und alle Gauges auf unterem Teil Mittelkonsole ausser Amperemeter
  • RRPM
  • EPRM
  • Intercom
  • Com und Nav

Welche Sichtbedingungen und Wolkenabstände gelten im Schweizer Luftraum?

  • <=2'000ft AGL: S: 5km (1.5km, 0.8km) + Bodensicht; V: clear of clouds (w/ transponder); H: clear of clouds (w/ transponder)
  • >2'000ft AGL bis <FL100: S: 5km, V: 1'000ft, H: 1'500m
  • >=FL100: S: 8km, V: 1'000ft, H: 1'500m

What is indicated by a warning light flashing every 4 seconds?

Sensor malfunctionting

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