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Rapportera problem med översättningen
I sometimes do and sometimes don't. When i don't I just make sure I fly through the last few gates boxes before the runway, making sure I trigger "Fly to Final" goal.
To reduce speed before landing, reduce altitude to 2000 or 1500 before base. Once you are at that altitude, reduce speed to around 75 and add first stage of flaps. Then reduce speed to 65 and reduce altitude before final and add max flaps. On final the idea is to stay at 65 until you land, which will give you the perfect glide slope more or less, but you have to stabilize with flaps early. It's better to have to add throttle to avoid landing short of the runway than it is to come in hot and have to dive.
Start on downwind about 1,000 above ground level. 1-1.5 miles from the runway.
When the runway end is off your wing, pull the RPM back to 1500. Hold level altitude until your speed is 80 knots. Trim, and allow the airplane to descend at 80 knots. Ensure 1500 RPM is still set (changing speed can change the prop RPM). Select flaps 10 when your speed allows (below 110 knots).
At 800 feet AGL, turn to your 90-degree base turn. Select flaps 20 and the airplane should naturally slow to 70 knots. Continue with 1500 RPM. Trim for 70 knots.
Align with the final approach path to the runway. You should be in your turn as the Garmin calls "500 (feet)". Slow to 65 knots and trim. Land with flaps 20 for a more controllable and smooth touchdown. Land with flaps 30 for a shorter ground roll-out.
This general concept and profile works with most airplanes with a propeller. I use this technique with the Pilatus and King Airs I fly every day, just the numbers are different - 1500 AGL and 130K(F15)-100K(F30)-85K at TRQ 8.0 for the Pilatus, and 1500 AGL 160K(Fappr)-120K(Fdown)-101K at TRQ 600 for the King Air C90.
But the path the boxes take seems to just follow some efficiency algorithm that doesn't take into account weather, aircraft mass, or human comfort. It's probably the shortest distance that still obeys the flight envelope. The blue boxes don't seem to me to be particularly safe, nor do they seem to follow proper VFR approach procedure.
Generally speaking the idea is to cross overhead the airfield 1000ft above circuit height (typically 2000' AGL), descent to circuit height (typically 1000' AGL) on the 'dead side' (the side opposite the circuit side, pass over the airfield again to start your crosswind leg at circuit altitude and then turn onto downwind and continue the rest of the pattern.
Obviously the blue boxes already dictate the direction, but IRL the first pass over the airfield above circuit altitude gives you chance to check the windsock and determine which is the active runway before you commit, and the descent on dead-side gives you chance to be looking and listening for other traffic in the circuit.
You will be safer to fly twice the downwind length and come in lower for the final if the landscape allows it.
Words of gold. And when I get in trouble it is typically because I ignored this. Alternatively it is because the idiot game has me land with a significant wind at my back, which is ultimately my fault for not checking.
How do you usually check wind direction? Can you bring it up on your Garmin 1000?