![]() Looking for a smaller CUV? The Kia Seltos might be the right fit for you. Interested in the Kia Stinger's big brother? Check out the KIA Telluride forum! Even the Telluride has a sibling, the Hyundai Palisade luxury SUV. All information on this site is the opinion of its members and not the opinion of the site itself. Neither nor is affiliated in any way with Kia America, Inc, Kia Motor Corporation, Kia or any other company listed herein. These terms are used for identification purposes only. and recognize that "Kia", "Stinger", and "Stinger GT", it's logos and various model names and numbers are registered trademarks of Kia Motors America, Inc. To calculate takeoff distances under different conditions, use the Back button to return to the appropriate dialog box and enter new information, or click Cancel to close the calculator.Community platform by XenForo ® © 2010-2022 XenForo Ltd. Then the runways are listed in order of shortest takeoff distance, along with any values calculated for wind and surface conditions. Read the Warning Note that displays and click OK.Įffects of density altitude and weight on the aircraft’s standard takeoff distance are displayed first. The field Density Altitude is calculated and displayed. Select either Field Pressure Altitude or Altimeter >setting. The completed dialog box should look something like this:įor winds, select Calm or Direction, and enter Direction in degrees and Speed in knots.įor runway conditions, select Firm Surface, Soft Surface (or wet), or Very Soft Surface (snow or mud). Take Off Weight and Max Take Off Weight are entered automatically from your flight plan and aircraft model respectively. If you want to change the aircraft, see Modifying and Adding an Aircraft Model in the RoutePack.Įnter the following information for the next three fields: If you used the right click option from the RoutePack list, the aircraft specified is associated to your RoutePack. If applicable, select your aircraft from the drop down menu. The Aircraft Properties dialog box uses information found in your Pilot's Operating Handbook. Click Next after each screen to continue, or choose Back to revise your entries and check different conditions. #Density altitude calculator series#Using the Takeoff Distance CalculatorĮnter information in a series of three dialogs and see the results in a fourth. The calculator does not use specific information from a specific aircraft's operating handbook.īecause this tool is meant for non-turbocharged propeller-driven aircraft, some calculations, such as the effect of density altitude, may not apply to large turbine or jet aircraft. Computed takeoff distances are listed in order of shortest length, giving the pilot a recommended runway, and values are shown for the effects of density altitude, aircraft weight, runway surface, wind and crosswind components. This tool uses standard engineering formulas to determine how density altitude, wind, weight, runway surface and runway slope affect an aircraft's takeoff performance. Right-click an airport under a route in the RoutePack List, and choose Takeoff Calculator from the shortcut menu. Right-click on any airport in the Enroute Charts view, and choose Takeoff Calculator from the shortcut menu. Use one of the following methods to open the calculator: Takeoff Distance Calculator Takeoff Distance Calculator ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |