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Beechcraft Baron 58

V Speeds

Symbol Description Indicated Air Speed
VSO Stall speed at landing configuration 74 KIAS
VS1 Stall speed at clean configuration 84 KIAS
VR Rotation speed (Takeoff) 85 KIAS
VX Best angle-of-climb speed 92 KIAS
VY Best rate-of-climb speed 105 KIAS
VFE Max flaps extended speed 10 deg 152 KIAS
10-30 deg 122KIAS
VA Maneuvering speed; Abrupt movement 156 KIAS
VNO Max structural speed 195 KIAS
VNE Never exceed speed 223 KIAS
Approach 100 KIAS
Glide 115 KIAS

Take Off and Landing Setup


Landing Gear UP
Flaps UP
Climb Power Set
Engine Instruments Check
Cowl Flaps As Required
Airspeed 105-136 KIAS
Checklist Complete


Cruise Power Set
Mixtures Lean
External Lights As Required
Fuel Boost Pumps As Required
Cowl Flaps As Requires
Ice Protection As Required
HSI/Compass Checked
Checklist Complete


Mixtures Adjust
Throttles Set
Cowl Flaps As Required
Fuel Selectors On
External Lights As Required
Ice Protection As Required
Approach Briefing Complete
Checklist Complete

Recommended Descent Speeds (KIAS)

16,000 - 13,000 FT 160
Below 13,000 FT 170

Before Landing

Landing Gear Down/3 Green
Flaps As Required
Fuel Boost Pumps Off Per OAT
Mixtures Full Forward
Propellers Full Increase
Checklist Complete

Basic Autopilot (Found in Cessna 172 and Baron B58)

General information

Note Autopilot functionality can be different between aircraft. Some of the AP functions are not final in the early access version.

You can control the autopilot by two different ways.

  • You can control the autopilot from the cockpit using the mouse and mouse wheel, or with your VR controller (VR Mode). Note - VR motion controls are preliminary and in a basic state. This will be improved over time.
  • You can bind autopilot controls to your keyboard keys or controller buttons for convenience (Settings/Controls/Autopilot).

The autopilot can stabilize the heading, airspeed, altitude as well as the vertical speed. The autopilot cannot be switched on/off and will disengage when one of the following limits is exceeded:

  • bank angle larger than 60 degrees
  • pitch angle larger than 45 degrees
  • airspeed less than 1.2 times the stall speed
  • when the aircraft is on the ground.

Autopilot modes

In this mode the autopilot will attempt to keep the wings level (ROL)

The Pitch Attitude Hold (PIT) mode allows constant attitude climbs and descends.

The airspeed mode / auto-throttle will adjust the engine power to keep the selected airspeed. The target airspeed is shown in magenta at the virtual cockpit and can be changed by individually programmed buttons or keys.

The heading hold mode can be activated and deactivated by tapping on the heading indicator. The box around the heading will change its color to green to indicate the heading is controlled by the autopilot. If no heading was selected, the current heading will be selected and shown in magenta. The target heading can be changed by tapping the + / – buttons below the heading indicator. Pressing these buttons repeatedly will change the selected heading by 5 degrees. The target heading can be changed while the heading mode is engaged, the autopilot will then turn the aircraft to the selected heading.

Hold a constant altitude. This mode is perfect for cruise flight at a constant altitude. Tap the altitude indicator to activate this mode. When engaged, the autopilot will climb / descend to the target altitude and level off. The vertical speed in this phase can be selected by using the + / – buttons below the vertical speed indicator . When the target altitude is changed by tapping the + / – buttons below the altitude indicator, the autopilot will initiate a climb / descend to the new altitude. The vertical speed for this will be the last selected vertical speed, provided it has the right direction. If a descent would be required to reach the new altitude and the last selected vertical speed was a climb at 1000 ft/min, this would be changed to a default of -1500 ft/min and vice versa.

Vertical speed (V/S)
Climb / descend at a constant rate. When engaged, the autopilot will try to climb / descend at the selected vertical speed. If the aircraft cannot climb at the selected vertical speed, it will loose airspeed until the autopilot descends at minimum speed. This mode can be selected by tapping the vertical speed indicator. The v/s mode will override the altitude mode, so this can be used to leave an altitude that was previously held constant by the autopilot. On the other hand, if the altitude mode is active, the vertical speed mode will disengage 500 ft before reaching the target altitude to allow levelling off and avoid crossing a selected altitude.

Two axis stabilization (ROL + ALT)

The easiest way to use the autopilot is the ROL/ALT mode. The ROL mode will be enabled automatically if you start the autopilot via the (AP) button on the autopilot panel.

After that press the (ALT) button on the panel. Now the aircraft will be stabilized automatically.

Heading mode (HDG)

  • Click the (AP) button to activate the autopilot
  • Click on (HDG) button to activate the Heading Mode. You also will see “HDG” on the panels display

Note - To change your heading manually, turn the heading indicator bug until your new heading is achieved. You can use your mouse wheel to turn the heading bug.

  • You can change the altitude by turning the select knob (mouseover and mouse wheel).
  • Click on “Arm” to activate the selected height
  • Click once again on “ALT” to activate the Pitch, displayed by “PIT”
  • Click repeatedly on “UP” or “DN” to select the climb/descend rate

Note - Setting up the autopilot in this way will target the preset height and will hold the flight level automatically. At this point you can change the flight level by pressing the “up” or “down”.

Vertical speed mode (VS)

The vertical speed (VS) mode allows variable vertical speed climbs and descents.

  • Click on (AP) to activate the autopilot
  • Click on (VS) to activate the vertical speed Mode
  • Click on (UP) or (DN) to select vertical speed rate
  • Control the rate by the vertical speed indicator or climb rate on your instrument panel

Note - You can now add the heading mode by clicking on (HDG) if preferred. You can control the course via the “HDG” select knob and climb rate with the “UP” or “DN” buttons.

ILS Approach Tutorial

You are a beginner pilot just getting familiar with Aerofly FS 2. You made some VFR flights and tried some landings. Note - VFR = Visual Flight Rules; pilot operates aircraft under visual conditions.

Now let’s do the next step and try an ILS approach. Note - ILS = Instrument Landing System.

In this more complex tutorial we gather some preflight information, use both the location and navigation maps, adjust aircraft instruments, and finally do an automatic approach assisted by ILS.

Preflight Preparation

For this tutorial we will be flying into San Francisco International Airport (KSFO), and want to approach runway 19L.Open the site and search for San Francisco, SFO, or KSFO. Note - KSFO is the ICAO code of the airport, also shown in Aerofly FS 2.

The KSFO page tells you everything that you need to know about the airport.

Scroll down to IAPs - Instrument Approach Procedures and open the PDF file ILS OR LOC RWY 19L. The layout of this file is standardized and explained in various locations of the web. To begin, we will only concentrate only on the information pertaining for us for this tutorial.

  • The frequency of the localizer (LOC/DME) is 108.9 MHz,
  • *The approach course (APP CRS) is 194 degrees.
  • The available runway length (Rwy ldg) is 8650 ft.
  • The touch down zone elevation (elevationTDZE) is 11 ft.

This is the glide path to the runway. To intercept the glide path, our flight level in a distance of 17.4 nm is at or below 5000 ft. The final approach fix (FAF) is in a distance of 10.1 nm at 2800 ft.. Our aircraft should be in line now and follow the glide path.

Setting Up Your Flight

Once you have the information needed for your flight, start Aerofly FS 2. For this tutorial we are going to use the Baron 58 aircraft. Note - The instruments may be different in other aircraft, but the concept learned in this tutorial is basically the same.

  • First select the Baron 58 aircraft.
  • Open Location and place your aircraft just above Buchanan Field (NE of SanFrancisco near position N 38.09 degrees W 122.08 degrees), turn your aircraft to face San Francisco (around 194 degrees), and set your altitude to 5,000 feet. Note - This will be your starting point for this tutorial.

  • Leave the Location menu and enter the navigation menu.
  • Delete any previous route settings
  • Click San Francisco Airport on the map and select runway 19L. Take note of the additional information like the ICAO code, the ILS frequency and the total distance of 31.2 nm.

  • Leave the Navigation menu and start the simulation.

Flying The Aircraft

  • Adjust the average power, trim and level out the aircraft
  • Activate the Autopilot by clicking on “AP”. Note - This will give you time to enter your flight data.

  • Turn the frequency knob of NAV 1 to 108.90. (1) Note - point to outer ring for large change, inner knob for decimal changes
  • Press the active/standby button. The active frequency 108.90 swaps to the left. (2)
  • Turn the heading knob of the HSI instrument to 194 degrees. (3)
  • Turn the knob to the same direction. (4)

  • The ILS is now active. Note the distance, the average speed and minutes to our destination just below the HSI. (1)
  • Turn the Omni bearing selector (OBS) knob to 194. (2)
  • Turn the course deviation indicator (CDI) knob to 194. The knob is hidden behind the yoke in the below image (3)

Fly with autopilot to your destination with course approximately 194 and flight level 4000-5000ft. Note - Autopilot is active.

Next press the (APR) button on the autopilot. Note - The text APR may be displayed on the second line of the autopilot display. As soon as the signal is picked up the test will move onto the first line (at a distance of approximately 26nm). Alert may blink for a while. As soon as it gets the vertical glide path the alert disappears. This is much closer at a distance of approximately 17nm.

The navigation system will perform a complete automatic approach at this point.

  • Watch your airspeed indicator and manage your speed during approach
  • Set flaps during approach
  • Deploy your landing gear as you approach final

Once the aircraft touches down the runway the autopilot switches off. You will need to take control of the aircraft at this point.

You have now completed your first ILS approach. A special thank you to “Karl-Heinz” for the writing of this tutorial.

aircraft/beechcraft_baron_58.txt · Last modified: 2017/08/20 00:49 by jf