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MOZA MB7F Flight Computer Display
The MOZA MB7F is a physical Boeing 737-style CDU panel built for Boeing flight simulation enthusiasts flying the PMDG 737 in MSFS and the Zibo 737 in X-Plane.
It puts a dedicated 5.1-inch IPS display and full Boeing 737 CDU key layout on your desk as physical hardware, replacing mouse-based on-screen interaction with the tactile button and display experience that defines how the real Control and Display Unit is operated from the Boeing flight deck. For PMDG 737 pilots working through route programming, performance data entry, VNAV setup, and procedure loading, the difference between clicking through pages on screen and entering data on physical CDU hardware is the difference between operating a simulator and operating an aircraft.
The front housing is die-cast aluminium alloy with a refined surface finish, and the keys use high-force dome switches with rigid silicone keycaps that deliver firm, stable actuation with every input. Screen brightness, character illumination, and status lighting are all independently adjustable, with real-time synchronisation through MOZA Cockpit that keeps the panel's lighting matched to the in-sim cockpit environment. Built-in checklist and whiteboard pages extend the MB7F beyond a simulator peripheral into a practical flight deck workflow tool, and mounting options cover the included desktop stand and standard 75×75mm VESA for desk and cockpit rig integration.
Key features
- 5.1-inch IPS display with real-time simulator telemetry sync for accurate CDU data output
- Die-cast aluminium alloy front housing with refined surface finish for authentic Boeing cockpit feel
- High-force dome key switches with rigid silicone keycaps for firm, stable, ultra-tactile actuation
- Independently adjustable screen brightness, character illumination, and status lighting
- Real-time lighting synchronisation through MOZA Cockpit telemetry for cohesive cockpit atmosphere
- Built-in checklist for procedural reference during PMDG 737 normal and non-normal checklists
- Three dedicated whiteboard pages for fuel and weight data, performance figures, and approach briefing notes
- Compatible with PMDG 737-600/700/800/900 in MSFS 2020 and 2024
- Compatible with Zibo 737 in X-Plane 11 and 12
- Flexible mounting via included desktop stand and 75×75mm VESA for desk and cockpit rig setups
How the MB7F compares to operating the Boeing 737 CDU on-screen
Flying the PMDG 737 in MSFS with a mouse-operated on-screen CDU works functionally — the aircraft behaves correctly — but programming the FMC requires clicking at a rendered panel inside the cockpit viewport throughout the process. Entering a departure airport, selecting a SID and transition, building the en-route waypoint sequence, loading a STAR and approach, and then working through the performance initialisation pages means constant mouse movement to small CDU buttons while the main view is occupied by the out-the-window picture. Every CDU input either requires zooming into the panel or accepting reduced button accuracy at the native cockpit zoom level.
The MB7F places a dedicated physical CDU in front of you that operates independently of the simulator view. Route programming, VNAV data entry, performance calculations, and procedure loading all happen through physical keystrokes on a physical panel while the simulator view stays on the primary display. The firm key actuation gives tactile confirmation of every input, the 5.1-inch display shows CDU pages in real time without needing to zoom into the cockpit, and the entire FMC workflow becomes a hands-on operation rather than a mouse-clicking exercise. For serious PMDG 737 pilots, the MB7F changes how you engage with the aircraft's systems from pushback to shutdown.
Die-cast aluminium housing and professional CDU key switches
The MB7F's front housing is die-cast aluminium alloy with a refined surface finish, giving the panel a substantial feel that matches its role as dedicated flight deck hardware. At 646g and 277.9 × 145.5 × 32mm, it sits alongside a keyboard or throttle quadrant on a standard desk without dominating the space, while the die-cast construction keeps it rigid and stable during data entry sessions.
The key switches use a high-force dome design paired with rigid high-hardness silicone keycaps, matching the deliberate, positive actuation feel of real Boeing 737 CDU hardware. The higher actuation force minimises accidental keypresses during multi-step data entry sequences and keeps each input precise across extended FMC programming sessions. Keys are backlit with independently adjustable illumination that synchronises with in-sim cockpit lighting through MOZA Cockpit telemetry.
Real-time telemetry sync and adjustable lighting
The MB7F connects to the PC via USB Type-C and synchronises with the simulator through MOZA Cockpit. The 5.1-inch IPS display updates in real time from the simulator's CDU data output, mirroring exactly what appears on the on-screen CDU at all times. Inputs through the physical keys are reflected immediately on both the MB7F display and the in-sim panel without lag or manual sync steps.
Backlighting across the display, key characters, and status indicators is managed independently through MOZA Cockpit. The three lighting layers adjust separately, covering everything from a dim cockpit night environment to a fully lit daytime setup. MOZA Cockpit telemetry sync can tie all three layers to real-time cockpit lighting data from the simulator, so the MB7F automatically adjusts as the flight moves from daytime departure to night cruise and approach.
Built-in checklist and whiteboard pages
The MB7F includes a built-in checklist function accessible directly from the panel for use during PMDG 737 normal and non-normal procedures. Working through pre-flight, before start, before takeoff, after takeoff, descent, approach, and shutdown checklists on the physical hardware panel rather than a phone, tablet, or separate browser tab keeps the workflow within the flight deck environment.
Three dedicated whiteboard pages provide a scratch space on the MB7F display for fuel and weight figures, cost index calculations, performance data, alternate minimums, or any notes the pilot wants to reference during the flight session. For PMDG 737 pilots working through detailed pre-departure procedures including performance initialisation and weight and balance entry, the combination of physical CDU data entry and on-panel note pages makes the MB7F a practical flight operations tool beyond its role as a simulator peripheral.
Our expert take
The MB7F is for Boeing sim pilots who want to stop clicking at the CDU on screen and start operating it as physical hardware. If you fly the PMDG 737 seriously — working through full FMC programming, performance initialisation, and VNAV setup on every flight — having a physical CDU with real keys changes the immersion and procedural realism of every session. The tactile feedback of each keypress, the dedicated display showing CDU pages without needing to zoom in, and the ability to keep your eyes on the main view while entering data are all meaningful improvements over a mouse. It is the most direct upgrade to the procedural authenticity of a Boeing 737 home cockpit setup.
Tested and recommended by the team at Gamer Gear Direct's Melbourne sim racing showroom.
Frequently Asked Questions
What is a CDU and why does physical hardware matter for Boeing 737 simulation?
The CDU (Control and Display Unit) is the primary flight management computer interface in the Boeing 737 cockpit. Pilots use it to program routes, load departure and approach procedures, enter performance and weight data, and manage navigation throughout the flight. In simulation, the CDU is typically operated by mouse on the rendered in-cockpit panel. Physical hardware like the MB7F replaces that with a real panel and real keys operating independently of the simulator view, making FMC data entry faster, more accurate, and significantly more immersive.
What Boeing 737 aircraft are compatible with the MB7F FCD at launch?
Confirmed compatible aircraft at launch include the PMDG 737-600, 737-700, 737-800, and 737-900 in MSFS 2020 and 2024, and the Zibo 737 in X-Plane 11 and 12. Additional aircraft support will be added through MOZA Cockpit updates.
What is the difference between the MB7F FCD and the MA3F FCD?
The MB7F FCD is designed for Boeing 737 flight simulation, replicating the CDU key layout and workflow of the Boeing flight management computer. The MA3F FCD is designed for Airbus A320-family simulation, replicating the MCDU layout used in Airbus aircraft. Both use the same hardware platform but carry different key legends and configurations for their respective aircraft types. Choose based on which aircraft type you primarily fly.
Does the MB7F require additional plugins or software beyond MOZA Cockpit?
MOZA Cockpit handles all integration between the MB7F and compatible flight simulators. No third-party plugins are required for the confirmed compatible aircraft at launch. Connect the MB7F via USB, open MOZA Cockpit, and launch the simulator.
Can I use the MB7F with Boeing aircraft not on the confirmed compatibility list?
The MB7F may function as a generic input device with other aircraft, but full CDU data synchronisation and real-time display output are confirmed only for the listed aircraft at launch. MOZA Cockpit updates will expand the confirmed compatibility list over time.
What do the built-in checklist and whiteboard pages do?
The built-in checklist provides a procedural checklist viewable directly on the MB7F display for use during PMDG 737 normal and non-normal procedures across all flight phases. The three whiteboard pages provide a dedicated scratch space on the panel display for performance data, fuel figures, weight calculations, and approach briefing notes.
What mounting options are available?
The MB7F includes a desktop stand for immediate out-of-box use and supports standard 75×75mm VESA mounting for integration into cockpit rigs and simulator frames.
Does the MB7F work alongside the MA3F and other MOZA flight hardware?
Yes. The MB7F connects via USB and is managed through MOZA Cockpit alongside other MOZA flight peripherals. It can operate simultaneously with the MA3F Flight Computer Display, the MGX1000 Instrument Panel, yoke bases, throttle units, and rudder pedals within the same MOZA Cockpit session.
|
Specification |
Detail |
|
Display |
5.1-inch IPS |
|
Front Housing Material |
Die-cast aluminium alloy |
|
Body Material |
ABS, PC |
|
Key Switches |
High-force dome switches, rigid silicone keycaps |
|
Backlighting |
Screen, character, and status — independently adjustable |
|
Telemetry Lighting Sync |
Supported via MOZA Cockpit |
|
Utility Functions |
Built-in checklist, 3 whiteboard pages |
|
Connection |
USB Type-C 2.0 |
|
Rated Voltage |
5V |
|
Rated Current |
900mA |
|
Mounting Options |
Desktop stand, 75×75mm VESA |
|
Dimensions |
277.9 × 145.5 × 32mm |
|
Weight |
646g |
|
Compatible Simulators |
MSFS 2020/2024, X-Plane 11/12 |
|
Compatible Aircraft |
PMDG 737-600/700/800/900, Zibo 737 |
|
Software |
MOZA Cockpit |
|
Platform |
PC |
|
Warranty |
24 months |
MOZA MB7F Flight Computer Display x 1
USB Type-C Cable (1.5m) x 1
Desktop Stand x 1
Quick start guide and warranty card
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.
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