FAQs

Download the official GSX Profiles for the iniBuilds TriStar Airliner via the links below Standard Cabin Variant This profile is for Standard Cabin Variant without a lower-deck stairs entrance. Standard_inibuilds-l1011.zip Cabin w/ Lounge Variant This profile is for the Cabin w/ Lounge Variant which has a lower-deck stairs entrance. Lounge_inibuilds-l1011.zip Installation Choose the Standard or Lounge Cabin profile .zip folder Extract the inibuilds-l1011 folder to %AppData%\Virtuali\Airplanes Uninstallation Delete the inibuilds-l1011 folder from %AppData%\Virtuali\Airplanes

TriStar SimBrief Profiles Regular Variant Click the image to add the airframe to your SimBrief! POD Variant Click the image to add the airframe to your SimBrief!

iniBuilds TriStar Airliner Paint Kit (for Microsoft Flight Simulator 2024) v1.0.1 Added cockpit registration assets iniBuilds_L1011_Paintkit_v1.0.1.zip

What is AoA mode? AoA mode is an AT mode designed to maintain a minimum safe angle of attack and varies depending on its activation condition. AoA mode is engaged automatically under any of the following conditions: TO GA Fully configured for landing Flaps deployed to 33 degrees Landing gear down In flight if speed drops below the minimum speed If AoA is uncommanded (in flight below safe speed) - the speed target by the AT system will be 1.3 x current stall speed (Vs). This is to ensure the aircraft is able to maintain a safe angle of attack, somewhat similar in concept to the Airbus A.FLOOR. If it engages in f…

Flightsim Dispatch is a fantastic route planning tool that gives you access to millions of real-world flights, including historical airline operations from the 1970s through to today. For the TriStar Airliner, this is especially valuable, as much of the aircraft’s character comes from flying authentic routes used by airlines like British Airways, TWA, Delta, and Eastern. Getting started is simple. Download the tool from flightsimdispatch.net, extract the files, and launch the application. Once open, begin by entering a departure airport ICAO (for example, EGLL for London Heathrow). From there, you can refine your search to better match TriStar operations by appl…

👉Getting Started Q. How do I load the aircraft quickly? A. The fastest way to get the aircraft ready is by using the Flight Engineer Autocomplete feature within the PFB (Paper Flight Bag). You can use this feature for all essential phases of flight to ensure the correct setup. This allows you to: Instantly configure the aircraft from cold & dark Automatically set up electrical, pneumatic, fuel, and engine systems Skip complex manual flows if you prefer a quicker start You can also: Run full autocomplete Or selectively enable specific systems for a semi-manual setup Q. What checklist mode should I use? A. …

Before you fly, you must set your Zero Fuel Weight (ZFW) and Fuel Load (FUEL) via the Paper Flight Bag (PFB) - Loadsheet Page. You can set these weights manually or import them through Simbrief for instant loading onto the aircraft. (Click to enlarge image) Select either SimBrief Import, which will automatically populate all values as provided by your OFP. If you would like to manually set these weights, you can do so by either using the Fuel/Cargo/PAX sliders by clicking and dragging these to the desired position, or you can manually input values in each box on the right hand side of the page. Once you have confirmed the value, click "Load" which will save…

Throttle Calibration Page (PFB) Choose the number of axes that matches your controller setup, then calibrate accordingly Throttle Calibration Process Typically the throttle calibration is done in the following order Ensure that Throttle Axis or Throttle Axis 1 to 3 are assigned in the MSFS Control settings. Set desired REVERSERS ON AXIS option Set desired CAPTURE MODE option Move your hardware throttle axis to the capture point you want to define (e.g. REVERSE/IDLE/FULL) Click the SET [POSITION] button on the PFB to define the current position to the position chosen Repeat Steps 4 to 5 for each desired capture point. …

The TriStar’s Performance Management System (PMS) provides real-time calculations for thrust settings, fuel predictions, and vertical flight profiles across all phases of flight. Unlike modern FMCs, the PMS operates through a structured page system, requiring manual data entry and validation to generate accurate performance outputs. (Click to enlarge image) Data Entry – General Procedure Navigate to desired page Press softkey on left corresponding to line to be modified Verify field clears and INSERT button illuminates Enter value using right keypad (observe correct format, decimals, signs) Verify entered value Press IN…

To expand operational flexibility and support modern navigation techniques alongside the inertial navigation system (INS), the autopilot (AFCS) now includes a GPS mode. This mode integrates a conventional GPS unit while preserving the familiar AFCS philosophy of button cycling to engage/disengage flight modes (similar to pitch modes). GPS mode is activated using the VOR button on the AFCS panel. The system automatically selects the navigation source based on the current state of the GPS CDI indicator. (Click to enlarge image) To engage GPS mode Verify GPS CDI source Ensure the GPS unit displays "GPS" in the CDI area (not "VLOC" or another source). I…

The TriStar features an integrated SimBrief Navigation Tool, designed to streamline route management while preserving the authentic behaviour of the aircraft’s Inertial Navigation System (INS). Unlike modern flight management systems, the TriStar’s INS is limited to 9 waypoints at a time. To bridge this limitation while maintaining realism, the Navigation Tool introduces a batch loading system, allowing full SimBrief flight plans to be used seamlessly without altering the original INS logic. (Click to enlarge image) This system enables pilots to import complete routes directly from SimBrief, with the Navigation Tool intelligently managing waypoint loading in …

The system initializes with three independent INS units. During power-up, the sensors stabilize and the system establishes initial attitude in ATT mode. Once the attitude is valid and aligned, navigation initialization and alignment with the aircraft’s actual position must be performed. This full alignment process takes approximately 17 minutes. Important: Alignment must be performed with the aircraft on the ground and engines off. Any movement during alignment introduces position offset errors. The artificial horizon can use either the vacuum system or the INS attitude reference. It is strongly recommended to keep the INS attitude source active as a backup. …