FSX Ultralight Tecnam P2004 Bravo SLSA
This freeware Tecnam P2004 Bravo S-LSA package, crafted by developer Don Halcom, provides a meticulously modeled ultralight aircraft for enthusiasts of Microsoft Flight Simulator X. It features a specialized cantilever wing, an all-metal frame, a fuel-efficient Rotax engine, and an expertly rende...
- Type
- Complete with Base Model
- Download hits
- 1.1K
- Compatibility
- Microsoft Flight Simulator X (FSX) including Steam Edition & Prepar3D (P3D)
- Filename
- bravofsx.zip
- File size
- 6.86 MB
- Virus Scan
- Scanned 5 days ago (clean)
- Access to file
- Free (Freeware)
- Content Rating
- Everyone
This freeware Tecnam P2004 Bravo S-LSA package, crafted by developer Don Halcom, provides a meticulously modeled ultralight aircraft for enthusiasts of Microsoft Flight Simulator X. It features a specialized cantilever wing, an all-metal frame, a fuel-efficient Rotax engine, and an expertly rendered exterior with reflective surfaces.
Examining the Italian Engineering
The Tecnam P2004 Bravo originates from Italy, where Tecnam has gained recognition for designing nimble yet enduring Light Sport Aircraft. This model is configured under Special Light Sport Aircraft (SLSA) standards, enabling flexible operation while maintaining lesser regulatory constraints in the United States. With its all-metal airframe and a 27.5 ft wingspan, the real-world airframe stands out for its sturdy construction, quick flight responsiveness, and economical performance at approximately five gallons of fuel consumption per hour.
Refined Aerodynamics and Metal Design
The P2004 Bravo exemplifies innovative aeronautical construction with its single-strut wing design (often called a cantilever setup). That approach eliminates the need for visible wing bracing, helping reduce drag and improve the aircraft’s top speed. Furthermore, its metal fuselage contributes to both durability and minimal maintenance, making it a favored choice among recreational pilots. Microsoft Flight Simulator X users will notice polished external textures, although the simulator can exhibit a small visual glitch with certain nested parts; this is due to how FSX interprets “parts within a part” texture mapping. Despite that quirk, the model still delivers an impressive virtual presence.
Notable Dimensions and Capabilities
- Wing Span:
- 27.5 ft
- Overall Length:
- 21.7 ft
- Height:
- 8.5 ft
- Wing Area:
- 118 sq ft
- Engine:
- Rotax 912ULS (100 HP at 5800 rpm)
- Fuel Capacity:
- 26.4 US gallons (accommodating leaded, unleaded, or AvGas)
- Maximum Speed (Sea Level):
- 130 KTS
- Cruise Speed (75% Power):
- 116 KTS
- Stall Speed (with Flaps):
- 34.5 KTS
- Rate of Climb:
- 1200 ft/min
This simulator rendition incorporates comprehensive animations, moving surfaces, and reflective metallic textures to replicate the real-world Bravo’s modern look and feel.
Step-by-Step Setup for the Simulator
Implementing this new aircraft model into your simulation environment is straightforward. Although different users have varying installation preferences, the following steps are a reliable way to complete the process:
- Create a dedicated folder—for example, “Temp”—within any directory on your system.
- Extract (“unzip”) the contents of the bravofsx.zip file into that newly made folder.
- Locate the folder labeled “Tecnam P2004 Bravo” and copy it (Ctrl + C).
- Navigate to C:\Program Files\Microsoft Games\Microsoft Flight Simulator X\SimObjects\airplanes and paste (Ctrl + V) the “Tecnam P2004 Bravo” folder into the “airplanes” directory.
- Review the included “READ_ME.txt” for helpful notes or any last-minute details from the creator.
- Finally, launch your Microsoft Flight Simulator X session and enjoy flying your newly installed ultralight aircraft.
Acknowledging the Creator
This comprehensive freeware package is courtesy of Don Halcom, who meticulously assembled the Tecnam P2004 Bravo with accurate flight mechanics and exterior detailing. It is shared here for virtual pilots seeking a refined ultralight flown under S-LSA regulations in the United States. Those looking for a lightweight touring experience or cross-country recreation will find its low fuel consumption and stable handling particularly appealing.
The archive bravofsx.zip has 86 files and directories contained within it.
File Contents
This list displays the first 500 files in the package. If the package has more, you will need to download it to view them.
Filename/Directory | File Date | File Size |
---|---|---|
bravo15.JPG | 12.19.06 | 368.40 kB |
bravo16.GIF | 12.19.06 | 7.43 kB |
bravo16.JPG | 12.19.06 | 313.72 kB |
file_id.diz | 12.28.06 | 371 B |
install.txt | 12.20.06 | 920 B |
READ_ME.txt | 12.21.06 | 2.17 kB |
aircraft.cfg | 12.24.06 | 11.82 kB |
model | 12.24.06 | 0 B |
model.cfg | 03.06.06 | 30 B |
P2004 Bravo.mdl | 11.01.06 | 1.46 MB |
P2004 Bravo.air | 12.24.06 | 11.25 kB |
P2004 Bravo_notes.txt | 04.17.06 | 0 B |
panel | 12.24.06 | 0 B |
2D_Bravo_Panel.bmp | 12.07.06 | 2.25 MB |
panel.cfg | 12.24.06 | 3.63 kB |
Sierra.CAB | 12.23.06 | 212.91 kB |
sound | 12.24.06 | 0 B |
da20_apdisconnect.wav | 06.29.01 | 169.80 kB |
da20_flaps.wav | 08.27.01 | 225.90 kB |
DA20_noncombust.wav | 02.01.03 | 35.63 kB |
DA20_prop.wav | 03.18.03 | 262.17 kB |
DA20_rpm1.wav | 02.01.03 | 326.33 kB |
DA20_rpm2.wav | 02.01.03 | 509.65 kB |
DA20_rpm3.wav | 02.01.03 | 571.77 kB |
DA20_rpm4.wav | 02.01.03 | 651.45 kB |
DA20_shutdown.wav | 05.13.03 | 314.04 kB |
da20_stallhorn.wav | 06.29.01 | 237.68 kB |
DA20_starter.wav | 05.13.03 | 25.75 kB |
DA20_startup.wav | 05.13.03 | 110.15 kB |
door_small_close.wav | 04.09.03 | 55.99 kB |
door_small_open.wav | 04.09.03 | 59.98 kB |
sound.cfg | 12.28.03 | 8.65 kB |
xDA20_noncombust.wav | 02.01.03 | 16.45 kB |
xDA20_prop.wav | 03.18.03 | 262.17 kB |
xDA20_rpm1.wav | 04.03.03 | 237.43 kB |
xDA20_rpm2.wav | 02.01.03 | 271.77 kB |
xDA20_rpm3.wav | 02.01.03 | 257.73 kB |
xDA20_rpm4.wav | 02.01.03 | 244.47 kB |
xDA20_shutdown.wav | 02.20.03 | 71.65 kB |
xDA20_starter.wav | 05.13.03 | 15.66 kB |
xDA20_startup.wav | 04.03.03 | 181.63 kB |
texture | 12.24.06 | 0 B |
$panel | 10.21.05 | 1.00 MB |
150_150_150_noise.bmp | 03.28.06 | 256.30 kB |
3D_Bravo_Panel.bmp | 12.24.06 | 1.00 MB |
black80%.bmp | 03.20.05 | 256.12 kB |
buckle_face.bmp | 06.17.05 | 16.09 kB |
cabin_solid.bmp | 03.30.06 | 1.00 MB |
channel_bot_top.bmp | 03.24.06 | 1.00 MB |
channel_tube_top.bmp | 12.14.05 | 64.06 kB |
cowl_front.bmp | 04.09.06 | 256.07 kB |
earphone.bmp | 03.20.05 | 64.56 kB |
earphone_back.bmp | 03.20.05 | 64.56 kB |
electric_blue.bmp | 03.20.05 | 64.12 kB |
fuselage_short_combo.bmp | 04.09.06 | 1.00 MB |
head_back_pilot.bmp | 01.25.06 | 65.05 kB |
head_front_pilot.bmp | 01.25.06 | 65.05 kB |
m_cream_lower.bmp | 03.20.05 | 65.05 kB |
m_cream_upper.bmp | 03.20.05 | 65.05 kB |
m_flesh.bmp | 03.20.05 | 65.05 kB |
m_jean_lower.bmp | 03.20.05 | 65.05 kB |
m_jean_upper.bmp | 03.20.05 | 65.05 kB |
m_shoe.bmp | 03.20.05 | 65.04 kB |
m_torso.bmp | 03.20.05 | 65.05 kB |
m_torso_back.bmp | 03.20.05 | 65.05 kB |
poly_10%black.bmp | 06.17.05 | 16.06 kB |
poly_200_200_200.bmp | 03.24.06 | 64.06 kB |
poly_50%gray.bmp | 06.20.05 | 64.07 kB |
poly_false_floor_top.bmp | 12.05.05 | 65.05 kB |
poly_green.bmp | 03.28.06 | 256.06 kB |
poly_seat.bmp | 03.27.06 | 256.30 kB |
poly_silver.bmp | 09.16.06 | 65.05 kB |
poly_white.bmp | 03.27.06 | 64.06 kB |
poly_white_r.bmp | 09.16.06 | 65.05 kB |
poly_yellow.bmp | 03.28.06 | 256.06 kB |
prop.bmp | 09.16.06 | 17.05 kB |
prop_disk.bmp | 04.08.06 | 64.14 kB |
red.bmp | 03.20.05 | 256.07 kB |
thumbnail.jpg | 12.20.06 | 25.30 kB |
vert_stab_combo.bmp | 04.09.06 | 1.00 MB |
wheel.bmp | 03.20.05 | 257.03 kB |
yellow.bmp | 09.16.06 | 65.05 kB |
Tecnam P2004 Bravo | 12.24.06 | 0 B |
bravo15.GIF | 12.19.06 | 8.79 kB |
flyawaysimulation.txt | 10.29.13 | 959 B |
Go to Fly Away Simulation.url | 01.22.16 | 52 B |
Installation Instructions
Most of the freeware add-on aircraft and scenery packages in our file library come with easy installation instructions which you can read above in the file description. For further installation help, please see our Flight School for our full range of tutorials or view the README file contained within the download. If in doubt, you may also ask a question or view existing answers in our dedicated Q&A forum.
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