Which cockpit instrument replicas does Polytronix build for training devices?

Replica modules include multi-function display units (MFDUs), primary flight display, EHSI and HSI modules, data entry displays (DED), up-front control displays (UFCD), engine fuel displays (EFD) and engine indication replicas, radar warning receiver (RWR) and threat-warning indicator replicas, and head-up display (HUD) form-factor units. Polytronix also builds overhead, circuit breaker, and fuel control panels, center pedestal and throttle quadrant assemblies, and replica side-console structures.

How do Polytronix training devices interface with a simulator host or instructor operating station?

Devices can be discretely wired or integrated with serial interfaces including RS-232, RS-422, RS-485, and Ethernet for instructor operating station and simulator host control. Polytronix builds the serial-interface and Ethernet bridge boards, switch-matrix and dimming-control PCBAs, simulator cable harnesses for discrete-wired and serial-bus systems, and instructor operating station interconnect and motion-base harnessing.

Can Polytronix reproduce trainer panels for a legacy aircraft no longer in production?

Yes. Polytronix runs full reverse-engineering programs for legacy aircraft and rotorcraft alongside build-to-print and design-collaboration programs, and offers refurbishment and OEM remanufacturing of legacy panels and bezels. Prototype, low-MOQ, and large-run training-device production are supported under a single configuration-controlled workflow.

Which training domains beyond aviation does Polytronix support?

Beyond general aviation, commercial, and military fixed-wing and rotorcraft platforms, Polytronix simulation hardware equips training programs for armored vehicles, submarines, maritime operations, and power plants, supporting pilot, crew, and operator training across those domains. NVIS-compatible simulator displays and bezels are available per MIL-STD-3009 where night-operations training requires them.

Simulation & Training

Use Cases

Full flight simulator displays
Flight training device panels
Procedure trainers
Maintenance trainers
Part-task trainer hardware

Form-fit-function simulator hardware that preserves cockpit fidelity while reducing cost of ownership versus flight-grade equipment.

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Polytronix builds form-fit-function simulator displays, cockpit replica panels, serial-interface boards, trainer harnesses, and box-build subsystems for full flight simulators (FFS), flight training devices (FTD), procedure trainers, maintenance trainers, and part-task trainers.

More realistic devices. Safer pilots and travelers. Polytronix brings its expertise manufacturing flight-worthy products to the same form-fit-function simulator displays, cockpit replica panels, integrated training device hardware, simulator-grade PCB assemblies, serial-interface boards, replica cockpit pedestal and overhead structures, instructor operating station harnessing, and complete box-build simulator subsystems for full flight simulators (FFS), flight training devices (FTD), procedure trainers, maintenance trainers, and part-task trainers.

Our simulation hardware mirrors the form, fit, and function of operational platform avionics, supporting the visual fidelity, switch action, and pilot interface accuracy required for FAA, EASA, and military training authority qualification, while delivering significant cost-of-ownership advantages over flight-grade hardware.

We build simulation-grade active-matrix LCD displays, optically bonded cockpit replica displays, backlit instrument panels and bezels per MIL-DTL-7788 and QPL-7788 form factor, switch bezels and integrated control panels, multi-function display units, data entry displays, up-front control displays, engine fuel displays, horizontal situation indicators and electronic HSI, radar warning receiver and threat-warning indicator replicas, head-up display form-factor units, and complete cockpit pedestal, throttle quadrant, overhead, and circuit-breaker panel assemblies.

Devices can be discretely wired or integrated with serial interfaces including RS-232, RS-422, RS-485, and Ethernet for instructor operating station and simulator host control. From armored vehicles to submarines, maritime to power plants, and from general aviation through commercial and military fixed-wing and rotorcraft platforms, our simulated solutions equip demanding pilot, crew, and operator training programs.

Polytronix supports prototype, low-MOQ, and large-run training-device production with build-to-print, design-collaboration, and full reverse-engineering programs for legacy aircraft and rotorcraft. PCB assembly, cable and harness, box build, and panel manufacturing capabilities are integrated under a single configuration-controlled workflow with AS9100D, ISO 9001, and ITAR-registered production for defense-customer training programs.

At a Glance

Key specifications at a glance
Certifications	AS9100D, ISO 9001, ITAR
Program Fit	FFS, FTD, Procedure Trainers, Maintenance Trainers
Core Strengths	Replica Panels, Interface Boards, Trainer Harnesses
Typical Deliverables	Displays, Panels, Harnesses, PCBAs, Box Builds
Order Quantities	Prototypes to Production Runs

Simulation and Training Products and Assemblies

Full flight simulator (FFS) cockpit displays
Flight training device (FTD) panels and instrument replicas
Procedure trainer and part-task trainer hardware
Maintenance training system panels and consoles
Flat panel trainer (FPT) touchscreen interfaces
Cockpit replica multi-function display units (MFDUs)
Primary flight display, EHSI, and HSI replica modules
Data entry displays (DED) and up-front control displays (UFCD)
Engine fuel displays (EFD) and engine indication replicas
Radar warning receiver (RWR) and threat-warning indicator replicas
Head-up display (HUD) form-factor units
Switch bezels, keyboards, and integrated control panels
Overhead panels, circuit breaker panels, and fuel control panels
Center pedestal and throttle quadrant assemblies
NVIS-compatible simulator displays and bezels
Display controller, switch-matrix, and dimming-control PCBAs
Serial-interface boards for RS-232, RS-422, RS-485, and Ethernet bridge electronics
Simulator cable harnesses for discrete-wired and serial-bus systems
Instructor operating station interconnect and motion-base harnessing
Replica cockpit pedestal, overhead, and side-console structures
Box build LRUs and rack-mount simulator-host enclosures
Build-to-print custom simulator subsystems
Refurbishment and OEM remanufacturing of legacy panels and bezels

Simulation and Training Capabilities

Cockpit replica instrument panels

Custom backlit instrument panels manufactured to MIL-DTL-7788 and QPL-7788 form factor with LED, electroluminescent, or incandescent lighting options. Replicates Type III, IV, V, VI, and VII backlit panels at simulator-grade build cost while preserving switch action, legend graphics, and dimming-profile fidelity.

Explore panels

Integrated control panels and switch bezels

Switch bezels with integrated dimming, color filtering, and tactile switch matrices for pilot display interface. Includes integrated control panel, data entry display, up-front control display, and horizontal situation indicator bezel assemblies common to modern tactical and commercial cockpits.

Explore bezels

Mechanical and electro-mechanical fidelity

Throttle quadrants, control yoke and stick assemblies, rudder pedal sets, pedestal and overhead panel structures, circuit breaker panels, and fuel control panels integrated with internal wiring, switches, and feedback sensors. Supports high-fidelity functional replicas and lower-fidelity mockups.

Explore assemblies

Touch-screen and flat-panel trainer integration

Touch-screen displays and flat-panel trainer hardware enable avionics procedural training, normal and abnormal procedures, and emergency simulation across the flight envelope. Touchscreen integration is suitable for desktop trainers, FPT devices, and instructor-operated scenario training.

Explore touch integration

NVIS-compatible simulator hardware

NVIS Class A and Class B compatible filtering and integration for simulator displays and panels supports night-operations training devices and military pilot training programs requiring NVG-compatible cockpit replication.

Explore NVIS

Serial-interface and host-integration boards

Serial-interface boards for RS-232, RS-422, and RS-485, Ethernet bridge electronics, switch-matrix scanning boards, dimming controllers, and signal-conditioning boards support both legacy interface emulation and modern Ethernet and ARINC bus host integration.

Explore PCB assembly

Refurbishment, repair, and OEM remanufacturing

Refurbishment, repair, and OEM remanufacturing of legacy simulator bezels, displays, and panels, regardless of original manufacturer. Supports long-life trainer sustainment, provides cost-effective alternatives to OEM replacement parts, and reduces device downtime.

Explore MRO

Reverse engineering and DFM/DFT

Reverse engineering of obsolete cockpit hardware from drawings, photographs, or sample articles. Design-for-manufacturability and design-for-test review supports volume production transitions and cost-down programs for high-utilization training device fleets.

Explore engineering

ITAR-controlled production

ITAR-registered production with controlled-access workflows supports defense-customer simulator hardware, military training device production, and tactical aircraft replica panel programs.

Explore program management

Relevant Applications

Full flight simulators and Level D training devices

Cockpit replica panels and displays integrated into full motion-base Level D simulators for commercial airline and military pilot type-rating training. Suite-level form-fit-function fidelity covers primary flight, multi-function, engine indication, mission, and crew-alerting displays, with switch action and bezel tactility matched to the operational platform.

Flight training devices and procedure trainers

Fixed-base FTDs covering normal, abnormal, and emergency procedures, ground operations training, in-flight training, and kinesthetic memory learning, including AATD, FTD Level 5 / 6 / 7, and procedure-trainer configurations for fixed-wing, rotary-wing, and tilt-rotor pilot training.

Helicopter training devices and rotorcraft trainers

Cockpit hardware for helicopter training devices, rotorcraft full flight simulators, and rotary-wing FTDs supporting commercial and military rotorcraft pilot training programs, including inadvertent instrument meteorological conditions and procedural training.

Part-task trainers and maintenance trainers

Avionics part-task trainers, weapon system trainers, navigation trainers, mission system trainers, and maintenance training systems with high-fidelity panel and switch replication for skill-specific training applications.

Military and tactical aircraft trainers

Cockpit replicas for fighter, attack, and trainer aircraft platforms including F-15, F-16, F/A-18, A-10, T-7A, and legacy platforms, with NVIS compatibility, ITAR-controlled production, and MIL-DTL-7788 form-factor backlit panels.

Desktop trainers and avionics familiarization devices

Compact, lower-cost desktop avionics trainers for cockpit familiarization, procedural learning, and supplemental ground school instruction, supporting computer-based training and pre-FFS training programs.

Cross-domain training systems

Simulated panel, display, and control hardware for armored vehicles, submarines, maritime systems, power plant operator training, air traffic control trainers, and other operator training programs requiring high-fidelity replica hardware.

Relevant Capabilities

Displays

Simulation-grade LCDs and cockpit replica display modules

Instrument Panels

Replica backlit panels, bezels, and control interfaces

Optical Bonding

Visual fidelity and durability for simulator displays

PCB Assembly

Display controller, serial-interface, switch-matrix, and dimming boards

Electro-Mechanical

Replica cockpit, pedestal, console, and trainer assemblies

Certifications

AS9100D
ISO 9001:2015
ITAR Registered
UL
IPC

View all certifications

Standards and Compliance

IPC Workmanship Standards

IPC-A-610 Acceptability of Electronic Assemblies (Class 2/3)Conformance
IPC J-STD-001 Soldered Electrical and Electronic AssembliesConformance
IPC/WHMA-A-620 Acceptability of Cable, Wire, and Harness Assemblies (Class 2/3)Conformance

Training Device References

MIL-DTL-7788 and QPL-7788 backlit panel form factor and lighting referenceRegistered
MIL-STD-3009 NVIS compatibility for training devicesConformance
MIL-STD-202 test methods for electronic and electrical component partsReferenced

Additional Compliance

ANSI/ESD S20.20 ESD-controlled production environmentsReferenced
RoHS and lead-free environmental compliance optionsConformance
ITAR-controlled production where applicableConformance

Third-party recordConformance claimedReferenced

MIL-DTL-7788 and QPL-7788 — U.S. Defense Logistics Agency (qualifying activity for the QPL-7788 listing). Certificates of record →

Frequently Asked Questions

How does Polytronix simulator hardware differ from flight-grade avionics?: Simulation hardware mirrors the form, fit, and function of operational platform avionics, preserving the visual fidelity, switch action, and pilot interface accuracy required for FAA, EASA, and military training authority qualification, while delivering significant cost-of-ownership advantages over flight-grade hardware. Polytronix builds it on the same manufacturing base as its flight-worthy products, under AS9100D, ISO 9001, and ITAR-registered production.
Which cockpit instrument replicas does Polytronix build for training devices?: Replica modules include multi-function display units (MFDUs), primary flight display, EHSI and HSI modules, data entry displays (DED), up-front control displays (UFCD), engine fuel displays (EFD) and engine indication replicas, radar warning receiver (RWR) and threat-warning indicator replicas, and head-up display (HUD) form-factor units. Polytronix also builds overhead, circuit breaker, and fuel control panels, center pedestal and throttle quadrant assemblies, and replica side-console structures.
How do Polytronix training devices interface with a simulator host or instructor operating station?: Devices can be discretely wired or integrated with serial interfaces including RS-232, RS-422, RS-485, and Ethernet for instructor operating station and simulator host control. Polytronix builds the serial-interface and Ethernet bridge boards, switch-matrix and dimming-control PCBAs, simulator cable harnesses for discrete-wired and serial-bus systems, and instructor operating station interconnect and motion-base harnessing.
Can Polytronix reproduce trainer panels for a legacy aircraft no longer in production?: Yes. Polytronix runs full reverse-engineering programs for legacy aircraft and rotorcraft alongside build-to-print and design-collaboration programs, and offers refurbishment and OEM remanufacturing of legacy panels and bezels. Prototype, low-MOQ, and large-run training-device production are supported under a single configuration-controlled workflow.
Which training domains beyond aviation does Polytronix support?: Beyond general aviation, commercial, and military fixed-wing and rotorcraft platforms, Polytronix simulation hardware equips training programs for armored vehicles, submarines, maritime operations, and power plants, supporting pilot, crew, and operator training across those domains. NVIS-compatible simulator displays and bezels are available per MIL-STD-3009 where night-operations training requires them.

Discuss Your Simulation and Training Requirements

Share your simulator display, replica panel, interface board, harness, box build, remanufacturing, or trainer subsystem requirements. We confirm form-fit-function match and trainer-subsystem fit.

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Quality & Compliance

Polytronix maintains active third-party registrations spanning aerospace, medical, automotive, and environmental quality systems, verified by accredited registrars.

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