Robinson R44 Raven II preflight inspection,

 

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ROBINSON R44 preflight, Robinson R44 checklist, how to fly Robinson R44, Robinson pilot's license, Robinson pilot's operating system, how to start Rob


              ROBINSON R44 PREFLIGHT 

 First.  we should check registration certificates are good and valid 





ROBINSON R44 preflight, Robinson R44 checklist, how to fly Robinson R44, Robinson pilot's license, Robinson pilot's operating system, how to start Rob

 We are also going to want to make sure. We have our operators handbook specific to this aircraft which would include a weight and balance 




We are going to make sure that our hobs types are checked and that any aircraft tie downs are Removed before we start. 



Alright so now we are going to battery switch....... ON 

Now we are looking for a carbon monoxide light to flash twice to indicate normal functioning one and two. 



 Now we also going to check our fuel to ensure that we have enough fuel quantity for our flight. 




 We should walk 🚶 to the other side now we are going to check our push to test buttons these are located on the right side Cowldoor 




    Main Rotor Temperature......... TEST 




Main Rotor chip............. TEST 






Engine Fire......... TEST 






Tail Rotor chip............... TEST 




Low Fuel 








Fuel Filter 




WATCH THIS VIDEO 








Now we want to make sure our lights are ON and functioning properly strobe light in the back and nav lights on the side and landing light in the front 
================================== 
   
Next we are going to open up the caldors on the right side of the helicopter and we are going to inspect. 
We are going to Roter gearbox to push pull tubes that Run all the through the tail boom to our tail Roter. We have got our hydraulic system and check clutch shaft as well 


And we are going to check the cracks conditions and security see if anything 's leaking there are the type of things. We are looking for on our preflight 


We are also going to want to make sure that. We check the fuel lines. The fuel lines are coming from auxiliary fuel tank this on the bottom is being routed over from the left side from our main and then down here on the bottom coming off our gas glider. We have our sump on the bottom. We will test all of these to make sure that there's no contamination debris water in fuel sample 


Next we are going to climb up and inspect our hub and mast. So when we climb up the helicopter. We want to make sure that we only stopping on reinforced area. And we are leaning only on the seams of the aircraft. Otherwise the fuselage will get dented and we won't be able to shut the doors and it will cause damage to the aircraft. 


We are going to visually inspect for fuel in auxiliary fuel tank. 


Make sure pitot tube is clear 

And inspect Rotor hub 

Make sure the blades are clear before we move it 

Making sure that the coating hinges and teeter hinge all of bolts are good and secure. We want to make sure that lower and upper scissor are free without excessive looseness 


And then check torque stripe isn't broken 

Next move it to the lower portion of the right side the caldor 
So we want to look through our side intake make sure there's nothing clogging our filter looking inside and using flashlight. 


Making sure our torque stripe is secure and we don't have any cracks leaks anything that would be caused for concern both on our engine component and sheet metal 


Next we are going to move to the aircraft right side Cowldoor  


We looking here is all of push pull tubes move nice and freely our torque stripe is nice and secure. That our bell cranks move without obstruction. 




We are checking out our clutch actuator here. Making sure everything looks Nice and secure 

We are looking for condition security we are checking out our teletemps which will give us an indication that there's been overheating of our upper bearing. 


We are also going to check in our oil cooler door make sure that we don't have any debris anything that shouldn't there. 



Alright so after we check the upper bearing here just kind of grab our upper sheave 

Move it around make sure that our Belts have good condition and everything moves nice and freely 


Next. We are checking cooling Fan. 



We also looking for condition and security of our sheet metal and any internal components. 

Next We are looking down the body of the tail. Making sure that we don't have any dents antennas and lights are secure. 



Next we are going to take a looking at our tail rotor gearbox.  Looking at our teletemps making sure that there hasn't been any temperature expediences and that a mechanic has taken a look and cleared it to fly. We are going to push pull tube. Looking at our pitch change mechanism looking at it changing blades making sure our hinges nice and secure. We don't have excessive looseness. 



Next we are going to get the tail rotor moving just a little bit 



We are looking underneath the belly of the helicopter looking for cracks condition security and leaks of all of our components changing alternator making sure all belts look good. 



Looking back into the engine looking out of our exhaust riser manifold. Making sure that there is nothing cracks condition security leaks. Make sure oil filter is Nice and tight. All ignition leaks coming off magneto are nice. There is no wear and tear on any of our wires. 



We are going to check oil make sure that. Oil is at sufficient level 79 quarts. 

Make sure that fuel caps are tight. 

Make sure static ports aren't being covered. 
Make sure that cotter pins are installed on the door. 

Next we want to make sure everything is nice free and clear. 

Now we are checking blades looking for corrosion. 

CLICK 👉 ROBINSON R44 HANDBOOK

CLICK 👉 PREFLIGHT INSPECTION

CLICK 👉 BEFORE STARTING

CLICK 👉  START ENGINE

CLICK 👉 TAKEOFF

CLICK 👉 CRUISE

CLICK 👉 PRACTICE AUTOROTATION - POWER RECOVERY

CLICK 👉 PRACTICE AUTOROTATION - WITH GROUND CONTACT

CLICK 👉 DESCENT, APPROACH, AND LANDING

CLICK 👉 SHUTDOWN

CLICK 👉 INSTRUMENT PANEL NAME LIST

CLICK 👉 WEIGHT LIMITS

CLICK 👉 FLIGHT AND MANEUVER LIMITATIONS

CLICK 👉 FUEL CAPACITY 

CLICK 👉 POWER FAILURE ABOVE 500 FEET AGL

CLICK 👉 POWER FAILURE BETWEEN 8 FEET AND 500 FEET AGL

CLICK 👉 EMERGENCY WATER LANDING – POWER OFF

CLICK 👉 EMERGENCY WATER LANDING – POWER ON

CLICK 👉 LOSS OF TAIL ROTOR THRUST IN FORWARD FLIGHT

CLICK 👉 LOSS OF TAIL ROTOR THRUST IN HOVER

CLICK 👉 ENGINE FIRE DURING START ON GROUND

CLICK 👉 ENGINE FIRE IN FLIGHT

CLICK 👉 ELECTRICAL FIRE IN FLIGHT

CLICK 👉 TACHOMETER FAILURE

CLICK 👉 HYDRAULIC SYSTEM FAILURE

CLICK 👉 GOVERNOR FAILURE

CLICK 👉 ROTOR SYSTEMS

CLICK 👉 DRIVE SYSTEM

CLICK 👉 FLIGHT CONTROLS

CLICK 👉 REMOVABLE FLIGHT CONTROLS

CLICK 👉 CONTROL FRICTION ADJUSTMENT

CLICK 👉 RPM GOVERNOR

CLICK 👉 HYDRAULIC SYSTEM

CLICK 👉 ENGINE CONTROLS

CLICK 👉 CLUTCH ACTUATOR

CLICK 👉 ELECTRICAL SYSTEM

CLICK 👉 LIGHTING SYSTEM

CLICK 👉 EXTERNAL POWER RECEPTACLE

CLICK 👉 AUDIO SYSTEM

CLICK 👉 OPTIONAL AVIONICS

CLICK 👉 PITOT-STATIC SYSTEM

CLICK 👉 DUAL TACHOMETER

CLICK 👉 WARNING AND CAUTION LIGHTS

CLICK 👉 CABIN HEATING AND VENTILATION

CLICK 👉 SEATS, BELTS, AND BAGGAGE

CLICK 👉 LANDING GEAR

CLICK 👉 ROTOR BRAKE

CLICK 👉 CARBON MONOXIDE DETECTOR

CLICK 👉 EMERGENCY LOCATOR TRANSMITTER (OPTIONAL)

CLICK 👉 OPTIONAL ACCESSORY MOUNTS

CLICK 👉 REQUIRED DOCUMENTS

CLICK 👉 PARKING

CLICK 👉 CABIN DOORS

CLICK 👉 TAIL ROTOR GEARBOX OIL

CLICK 👉 HYDRAULIC FLUID

CLICK 👉 BATTERY

CLICK 👉 FUEL

CLICK 👉 CLEANING HELICOPTER

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