Free Shipping
- Description
- Specifications
- What's in the Box?
- Reviews
- Warranty
- Shipping
- 100 Day FREE Returns
- Why Buy From Us?
Description
MOZA FMP18 Panel Bundle
The MOZA FMP18 Panel Bundle is a complete front cockpit panel system inspired by classic carrier-based aircraft, built for DCS World F/A-18C Hornet pilots who want a dedicated physical simpit rather than a mouse-clicked on-screen cockpit.
The bundle combines two DDI Display Panels, one AMPCD Display Panel, and one FPP Front Panel Module into a single integrated assembly — the left DDI, centre AMPCD, right DDI, and upper switch panel that define the front instrument layout of a naval fighter cockpit. Everything ships as purpose-built hardware designed to mount together, connect through standard USB, and configure through MOZA Cockpit software without soldering, custom wiring, or driver programming.
The DDI and AMPCD displays use true 7.1-inch square IPS panels at 800×800 resolution — the square format that matches the actual display geometry of real carrier-based aircraft instrumentation rather than the cropped rectangular panels used in most consumer display solutions. Physical inputs across the full assembly total 95 tactile buttons, 16 rotary controls, and 7 toggle switches, all delivering distinct tactile actuation feedback. The magnetic snap-on control bezel with pogo-pin connectivity means each DDI's display and button bezel separate and reattach without tools, and the modular design allows the DDI, AMPCD, and FPP panels to be used independently or combined across different cockpit configurations.
Key features
- True 7.1-inch square IPS displays at 800×800 resolution on both DDI panels and AMPCD — matching real carrier-based aircraft display geometry
- Complete front cockpit panel in one bundle: dual DDI, AMPCD, and FPP module
- 95 tactile buttons, 16 rotary controls, and 7 toggle switches across all modules for comprehensive cockpit input coverage
- Magnetic snap-on control bezel with pogo-pin connectivity for tool-free display and button panel separation
- 10 levels of display brightness and 15 levels of button and rotary backlighting for any environment
- USB 3.0 data delivery at 1000Hz polling rate for low-latency, responsive input
- VESA 75×75mm rear mounting on all modules for desk clamps, aluminium profile rigs, wall mounts, and suspended installations
- Quick angle-adjustable desk clamp supports the full FMP18 assembly and individual modules via single M8 wrench
- Modular design allows DDI, AMPCD, and FPP to be used independently or combined in different cockpit configurations
- Full MOZA Cockpit software configuration for button mapping, display assignment, and independent backlighting control
How the FMP18 compares to a DIY simpit build
The established path to building an F/A-18-style home cockpit has historically been DIY — sourcing displays, programming Arduino or DCS-BIOS controller boards, laser-cutting or 3D-printing panel surrounds, and wiring switch matrices across multiple modules. The results can be impressive, but the time investment is substantial. Sourcing displays that match the square DDI format alone requires research, compromise, or significant cost. Wiring individual switches and rotary encoders, flashing firmware, mapping inputs through Helios or DCS-BIOS, and then troubleshooting each component consumes weeks before flying a single mission with the hardware.
The FMP18 removes that build process entirely. The displays are purpose-built 7.1-inch square IPS panels at 800×800 — the correct format for DDI simulation without cropping or aspect ratio compromise. The buttons, rotaries, and toggles are pre-wired into finished modules using pogo-pin connections that require no soldering. MOZA Cockpit handles all input mapping and display configuration through a single software interface. The magnetic bezel system means reconfiguring the panels for different aircraft or moving components between setups takes seconds rather than disassembly time. For DCS World F/A-18C pilots who want a finished, professional-grade front panel without a months-long build project, the FMP18 is the direct alternative.
True 7.1-inch square displays: why the format matters for carrier cockpit simulation
The Digital Display Indicators in a real carrier-based aircraft cockpit are square displays. The radar page, the FLIR page, the moving map, weapons stores, and fuel system displays are all presented in a square format. When simulated on a standard 16:9 monitor or a rectangular display panel, that geometry is wrong — the display is either cropped, pillarboxed, or stretched to fill a format that was never intended for the data being shown. Most DIY simpit builds compromise here because genuine square displays of the right size are difficult to source and expensive to implement.
The FMP18's DDI and AMPCD modules use true 7.1-inch square active display areas at 800×800 resolution and 60Hz refresh rate, matching the proportions of the real aircraft displays directly. What you see on the DDI in DCS World fills the panel in the correct aspect ratio without scaling workarounds. The full panel measures 7.5 inches before the magnetic bezel is fitted, with 7.1 inches of viewable area with the bezel in place — a detail that reflects the same bezel masking present in the real aircraft panels.
118 physical inputs for complete front panel coverage
The F/A-18C front cockpit panel in DCS World is dense with interactive controls. The DDI bezels each carry a ring of OSB (Option Select Button) keys around the display perimeter for page navigation and menu selection. The AMPCD has its own bezel control set. The FPP upper panel carries the lighting, display, and master arm controls that sit above the main instrument cluster in the real aircraft. Clicking through all of these with a mouse in DCS — even with a clickable cockpit module — is workable but removes the tactile dimension that makes operating the aircraft feel realistic rather than transactional.
The FMP18's 95 tactile buttons, 16 rotary controls, and 7 toggle switches cover that full front panel input set as physical hardware. Every OSB key on each DDI bezel is a real button with tactile actuation feedback. Rotary controls operate with defined detent steps. Toggle switches travel and click with the same action as a switch in a real cockpit. Display brightness adjusts across 10 levels independently, and button and rotary backlighting adjusts across 15 levels so the panel remains readable from bright room lighting to a dark night flying environment.
Modular design and magnetic bezel system
The magnetic snap-on control bezel uses pogo-pin contacts to connect the DDI's button ring to the display module without screws, cables, or alignment hardware. The bezel snaps on and separates by hand in a single motion. With the bezel fitted, the module operates as a full DDI panel in carrier cockpit mode. With the bezel removed, the display operates as a standalone 7.1-inch square screen that can be used for civil aviation instruments or configured for displays in other aircraft without the DDI button layout being visible.
Each module — the DDI panels, AMPCD, and FPP — carries standard VESA 75×75mm rear mounting points compatible with M4×10mm screws. This means any MOZA mounting bracket, desk clamp, aluminium profile rig attachment, wall mount, or third-party VESA solution is compatible with each module individually or with the full assembly. The included quick-adjust desk clamp supports the complete FMP18 assembly and angle adjusts via a single M8 wrench without removing the hardware. For pilots building a permanent simpit into an aluminium profile frame, the VESA compatibility means no custom adapters or machined brackets are required.
Our expert take
The FMP18 is for DCS World F/A-18C pilots who are ready to move beyond the on-screen cockpit and build a dedicated simpit without committing to a months-long DIY project. The quality of the square displays, the physical build of the buttons and bezels, and the plug-and-configure setup through MOZA Cockpit put this well ahead of what most DIY builds deliver at a similar or higher total cost once displays, controllers, and wiring are factored in. If you fly the F/A-18C seriously and want the most immersive and realistic front panel hardware available at an accessible price point, the FMP18 is where to start.
Tested and recommended by the team at Gamer Gear Direct's Melbourne sim racing showroom.
Frequently Asked Questions
What flight simulation titles are compatible with the FMP18?
The FMP18 is designed for DCS World, where it is most closely associated with the F/A-18C Hornet module. It connects as a standard USB input device and is configurable through MOZA Cockpit for button mapping and display assignment. Compatibility with additional DCS aircraft and other simulation titles expands through MOZA Cockpit updates.
Can I use the FMP18 with DCS World aircraft other than the F/A-18C?
Yes. The FMP18 connects as a standard USB HID input device and the displays mirror the output assigned through MOZA Cockpit, making it configurable for use with other DCS World aircraft. With the magnetic bezels removed, the DDI and AMPCD displays operate as standalone square screens that can display any content your PC outputs to them. MOZA Cockpit button mapping covers all 118 inputs regardless of aircraft.
How does the FMP18 connect to my PC?
The full bundle uses USB 3.0 Type-A for data connections and USB Type-C for power, with three USB 3.0 Type-A cables and one USB-A to USB-C cable included. All modules poll at 1000Hz. The complete assembly requires multiple USB ports — ensure your PC or a powered USB hub has sufficient ports available before setup.
Can I use the DDI, AMPCD, and FPP modules independently?
Yes. All three module types carry standard VESA 75×75mm rear mounting and connect individually to the PC. They can be separated from the FMP18 assembly and mounted independently at different positions in a cockpit build, or combined in configurations other than the standard front panel arrangement. MOZA Cockpit manages each module's display assignment and input mapping independently.
How does the magnetic bezel system work?
Each DDI display module carries a magnetic mounting ring on its front face. The control bezel — the button ring that surrounds the display — snaps onto this ring using magnetic retention and makes electrical contact through pogo-pin connectors that do not require any alignment mechanism or fasteners. The bezel separates by hand. With the bezel fitted, the module is a full DDI panel. With it removed, the display functions as a standalone square monitor.
What is the difference between the FMP18 bundle and the AMPCD sold separately?
The FMP18 bundle includes two DDI Display Panels, one AMPCD Display Panel, and one FPP Front Panel Module — the complete front cockpit panel assembly. The MOZA AMPCD is the AMPCD module available for separate purchase, for pilots who want to add the centre display to an existing setup or expand a cockpit that already includes DDI panels.
How does the FMP18 compare to a DIY simpit build?
A DIY build requires sourcing square displays individually, programming custom controller boards, wiring switch matrices, and configuring software through DCS-BIOS or Helios — a process that typically spans weeks to months and introduces sourcing and technical challenges at every step. The FMP18 delivers pre-built modules with pre-wired pogo-pin connections and MOZA Cockpit integration, reducing setup to USB connection and software configuration. The square 7.1-inch displays at 800×800 resolution are also significantly harder to source for a DIY build than standard rectangular gaming panels.
Can I expand the FMP18 with additional modules over time?
Yes. Each module type is available separately, and the VESA 75×75mm mounting system is compatible with a wide range of desk clamps, aluminium profile rig attachments, wall mounts, and suspended installations. Additional DDI, AMPCD, or FPP modules can be added to a cockpit build using the same mounting hardware and MOZA Cockpit configuration.
Specifications
|
Specification |
Detail |
|
Bundle Contents |
2x DDI Display Panel, 1x AMPCD Display Panel, 1x FPP Front Panel Module |
|
Display Size |
7.1-inch square IPS (7.5-inch full panel, 7.1-inch viewable with bezel) |
|
Display Resolution |
800 × 800 |
|
Display Refresh Rate |
60Hz |
|
Display Brightness Levels |
10 |
|
Backlighting Levels |
15 (buttons and rotary controls) |
|
Total Physical Inputs |
118 (95 buttons, 16 rotary controls, 7 toggle switches) |
|
Bezel System |
Magnetic snap-on with pogo-pin connectivity |
|
USB Polling Rate |
1000Hz |
|
Connection Ports |
USB 3.0 Type-A ×3, USB Type-C ×4 |
|
VESA Mounting |
75×75mm (M4×10mm screws) on all modules |
|
Mounting Options |
Desk clamp (included), aluminium profile, wall mount, VESA |
|
Desk Clamp |
Quick angle-adjust via single M8 wrench |
|
Dimensions |
527 × 456 × 212mm (including clamp) |
|
Weight |
5.4kg |
|
Material |
Composite materials |
|
Software |
MOZA Cockpit |
|
Platform |
PC |
|
Warranty |
24 months |
What's in the Box?
FPP Front Panel Module ×1
DDI Display Panel ×2
AMPCD Display Panel ×1
USB-A to USB-A Cable ×3
USB-A to USB-C Cable ×1
Desk Mount Assemblies ×2
Side Mounting Brackets ×2
Bottom Mounting Bracket ×1
Tool Kit
Reviews
Warranty
All MOZA Racing products are backed by a 24-month limited manufacturer warranty, supported by Gamer Gear Direct's dedicated Australian team. This warranty covers manufacturing defects and ensures every product is 100% genuine, sourced directly from MOZA's official distributors. If you need assistance, our local simulation experts are only a call or email away.
Shipping
Orders are typically processed within 1–2 business days and shipped via trusted Australian courier partners.
Estimated delivery times after dispatch:
- VIC: 2–4 business days
- NSW: 2–4 business days
- ACT: 3–5 business days
- QLD: 2–4 business days
- SA: 2–4 business days
- WA: 4–10 business days
- NT: 4–10 business days
- TAS: 4–10 business days
Click here to view our full shipping & handling policy
100 Day FREE Returns
Changed your mind? No problem! You can return unused, unopened items within 100 days of your order date, provided they’re in original packaging and resaleable condition. Better still, we'll cover the return shipping!
All Gamer Gear Direct products are backed by Australian Consumer Law and include a minimum 12-month Australian warranty. If there’s an issue with your product, our team is here to help and will work to make it right.
Click here to view our full returns policy.
Why Buy From Us?
Authorised Australian dealer
Gamer Gear Direct is an authorised Australian dealer for every brand we sell and is trusted by over 20,000 customers nationwide.
This means every product is 100% genuine, sourced through approved channels, and supported locally.
Fast local shipping
We ship directly from Australian warehouses, with most orders leaving within 1–2 business days.
This ensures faster delivery times and reliable tracking from dispatch to your door.
Hassle-free 30-day returns
Changed your mind? Eligible items can be returned within 30 days provided they’re unused, unopened, and in original packaging. We keep the process clear and straightforward.
Genuine Australian warranty
Every product we sell is covered by a comprehensive Australian warranty, backed by both the manufacturer and Australian Consumer Law.
You won't be left dealing with overseas support channels.
Expert support you can trust
Whether you need product advice, compatibility guidance, or after-sales support, you’re dealing with people who know the sim and gaming gear we sell inside and out.
Our sim & gaming specialists are here to make things easy. With Gamer Gear Direct you’ll get:
- Expert guidance on choosing the right gaming gear for your goals and budget
- Personalised setup advice tailored to your space and gaming needs
- Smart gear pairing suggestions for PCs, consoles, monitors, keyboards, controllers and accessories
- Dedicated account representative for ongoing support
Call us on (03) 9961 0240, talk to our gaming experts on live chat or email us: support@gamergeardirect.com.au and one of our knowledgeable experts will help you.
Trusted by professionals
The brands we stock are trusted at the highest level of performance across motorsport, golf, and aviation. This includes elite professionals such as Oscar Piastri, Lando Norris, Max Verstappen, and Bryson DeChambeau.
The same simulation technologies are used for training, preparation, and skill development at the top level — giving you access to pro-grade equipment built for accuracy, realism, and reliability.