VRS has created a truly remarkable and faithful reproduction of the F/A-18E Super Hornet - the U.S. Navy's front-line strike fighter. Crafted by a small, dedicated team of developers who also happen to be engineers in real life, the Superbug provides what we believe is by far the most comprehensive overall simulation of ANY combat aircraft ever created for any Flight Simulator derivative. The Superbug is the culmination of over a decade of work dating back to FS2004, and continues to be supported with frequent releases. From avionics to weapon systems, if it's in the real aircraft, it's probably in this simulation! VRS regularly receives input from active and retired F/A-18 pilots as well as aircraft maintainers serving with the U.S. Navy and Australian Air Force. We have continuously leveraged these invaluable friendships and resources for over a decade in order to bring you the most realistic experience possible. With the addition of the TacPack (required), the Superbug is taken to a whole new level of immersion and realism not previously attainable on the Prepar3D platform.

Feature-rich with Constant Updates

The Superbug is the single best-selling military aircraft of all time for Microsoft Flight Simulator, and is now also available for P3D Academic (or commercially for P3D Pro). The Superbug has been continually updated and improved upon since its initial introduction for Flight Simulator 2004, and continues to be updated regularly with significant new features and fixes. Your investment in the Superbug/TacPack is an investment in the future of military aircraft simulation.

The Superbug also includes a powerful external app called the Aircraft Configuration Manager (ACM), which may be used to manage aircraft systems and simulation preferences. The ACM provides functions to maintain and edit saved loadouts (weapon sets), program the Mission Unit (MU), set initial fuel loads, and even arm failures. Aircraft preferences are also available for everything from avionic to graphic options. Finally, the ACM can gather and export vital logging information for diagnostics/support.

Fully Combat Capable

Superbug for FSX and P3D is a professional-level, fully combat capable F/A-18E aircraft simulation. The Superbug and TacPack combat system, work together to bring dedicated aerial combat and ground attack capability to life for the first time in Flight Simulator or Prepar3D. Features include multiplayer-capable weapon, radar, transponder (team-based), countermeasures, and early warning systems that function seamlessly by leveraging the proven power of the TacPack. TacPack integration means sensor and weapon systems are fused just as their real-world counterparts. You can lock up AI aircraft and receive feedback to the HUD, radar and early warning systems. The radar simulation takes a number of factors into consideration, including signal strength (range), aspect angle, closing velocity (Doppler shift), and more. Every mode present on the F/A-18E AN/APG-73 airborne radar is simulated to exacting detail.

Fly-by-Wire

The Superbug is the first true 3-axis fly-by-wire combat aircraft designed for P3D. The flight control system is not a "fly-by-wire-like" CAS, it's a completely dynamic, fully control-law-dependent proportional system driving a single (ordinance independent) neutrally-statically-stable base flight model. The FBW system extends to 100% custom autopilot functions. Input signals from the stick, throttle and rudders are fed through I/O controllers where they're filtered, passed through control-law schedules, and finally sent to the control surfaces. The Control Augmentation System (CAS) is responsible for allowing an incredibly wide AoA range while maintaining excellent lateral and longitudinal handling qualities. In addition, neutral speed stability in conjunction with automatic longitudinal trimming means there is no need to trim the aircraft for pitch. Similar CAS algorithms are used to drive everything from engine FADEC control to dual-rate nosewheel steering and 100% custom flight director and autopilot modes.

History in the [re]Making

The Superbug is the recipient of multiple awards including the coveted Avsim Gold Star, PC Pilot's Platinum award, and the SimFlight Award for Best Military Aircraft. These are the highest review awards available in their respective mediums. However VRS hasn't been resting on our laurels; The Superbug has been constantly updated for over a decade. If you've tried military aircraft for MSFS before, and they've left a bad taste in your mouth, give the Superbug a try and see why VRS has been called The PMDG/Level-D of military add-ons. Explore all the Superbug has to offer by seeing the features and media below. We think you'll agree, the depth of the simulation is second to none, making this an investment you can be proud to add to your collection.

Mmana-gal Antenna Files May 2026

MMANA-GAL is a powerful, free antenna-analyzing tool used by radio amateurs to design and simulate antennas using the Moment Method. The core of any project in this software is the .maa file, a text-based format containing the geometry, frequency, and ground settings for a specific antenna model. Understanding .maa Files

An .maa file is essentially a detailed blueprint of an antenna's physical and electrical properties. Geometry Data: Uses a 3D rectilinear grid ( ) to define the start and end points of every wire element.

Source Definition: Identifies the "feed point" where power is applied, often labeled as a "pulse" in the software.

Environment Settings: Includes ground characteristics (real or ideal) and wire materials (like copper).

Portability: Because they are simple text files, they can be opened and edited with tools like Notepad++ for manual tweaks. Creating and Using Antenna Files First Time Working With MMANA GAL mmana-gal antenna files

Method A: The Built-in Editor

1. Open MMANA-GAL.
2. Click the Geometry tab.
3. Define Variables (Optional but recommended):
   • Click "Variables". Define h=10 (height) and l=5 (length). This allows you to change dimensions quickly.
4. Enter Points:
   • Input coordinates manually in the grid.
   • Or use the "Edit" -> "Add Wire" tool.
5. Set Source:
   • Go to the "View" menu (or right-click the wire list) -> "Sources/Loads".
   • Select the wire and the segment number. Set to "V" (Voltage).
6. Set Frequency: Enter 14.100 in the frequency box.
7. Set Ground: Select "Real Ground" and choose "Real/High Accuracy".
8. Calculate: Press F7 or click the "Start" button.

Sharing and documentation tips

• Always attach or embed:
  • Modeling frequency(ies), ground settings, and segment counts.
  • Wire diameters and material assumptions.
  • Any matching network or balun details.
  • Physical dimensions with units.
• Provide both the native .maa and an exported .nec for wider compatibility.
• Include sample plots: azimuth/elevation cuts, SWR curve, and input impedance vs. frequency.

Advanced File Techniques

Modeling best practices

1. Segment length: aim for ≤0.05 wavelength per segment near reactive regions; refine around feed points and gamma/t matching sections.
2. Feed modeling: model coax/feedline only if you need feedline interaction; otherwise use a simple voltage source at the feed point and document assumptions.
3. Ground modeling: choose ground type appropriate to your scenario (free-space vs. real ground with conductivity & permittivity). Real-ground effects significantly change low-frequency performance.
4. Wire radius: set realistic diameters—thin-wire assumptions break if radius approaches segment length.
5. Symmetry: exploit symmetry to reduce segments and speed up runs (use mirror segments and appropriate excitations).
6. Frequency sweep: include center frequency and edges of intended band; use fine frequency steps when computing SWR or resonant behavior.
7. Convergence check: verify results vs. increased segmentation to ensure stability of impedance and pattern.

Final Chapter: The Complete Story in a Nutshell

| Era | Key Event | File Impact | |------|-----------|--------------| | 1998 | MMANA released | .maa format born | | 2002 | MMANA-GAL adds optimization | .gal format with history | | 2005–2015 | Community library explosion | Thousands of free antenna files | | 2015–2020 | Decline (hosting loss, new software) | Files scattered, archived | | 2020–present | Preservation & conversion | .maa as legacy format, still usable |

The unsung heroes:

• Makoto Mori (JE3HHT) – Created the original engine.
• Alexandr Schewelew (DL1PBD) & Igor Gontcharenko (RA3AAE) – Made it accessible and powerful.
• Countless anonymous hams – Who modeled their backyard antennas and shared the .maa file on a now-dead Geocities page.

Final verdict:
MMANA-GAL antenna files are a time capsule of early 2000s ham radio simulation culture. They are still usable, still accurate enough for wire antennas, and still shared among enthusiasts who remember when a 3 MB download and a text file could model a 5-element Yagi better than pencil-and-paper formulas.

If you find a .maa or .gal file today — treasure it. It represents a simpler, more open era of antenna design. MMANA-GAL is a powerful, free antenna-analyzing tool used

MMANA-GAL antenna files file extension to store the physical geometry, source placement, and load data required for antenna modeling based on the MININEC-3 engine 1. File Structure and Components

file is a text-based format that organizes antenna data into specific sections, which can be edited manually in programs like if necessary. www.f5swn.fr Geometry Data

: The core of the file defines wires using a three-dimensional coordinate system ( ) for the start point and ( ) for the end point, measured in meters. Wire Radius (R) : Specified in millimeters. A negative value indicates a tapered element composed of multiple segments with different radii. Segmentation (SEG)

: Controls how the program divides wires into smaller segments for calculation. : Automatic regular segmentation. Open MMANA-GAL

: Recommended default that applies tapering to the entire wire.

: Defines the feed point(s) of the antenna. A source can be placed at the beginning, end, or center of a specific wire.

: Stores data for LCR (Inductor, Capacitor, Resistor) loads or terminations added to the antenna. 2. Standard File Library MMANA-GAL Basic

installation includes a comprehensive library of pre-configured files for various antenna types. Common subfolders include: MMANA-GAL basic

Now Right click the mouse to open up the EDITING pop-up menu, with which you can ADD to or DELETE the line entry. Wire definition. MMANA-GAL basic