FA5000 Series Cockpit Voice & Flight Data Recorders

Why FA5000?

Acron Aviation’s FA5000 Series Cockpit Voice and Flight Data Recorders are recognized for proven reliability and long-term operational performance. Built on solid-state technology, the FA5000 series ensures consistent capture of critical flight data and cockpit audio across demanding operating conditions. 

Its extensive service history spans civil, commercial, and military aircraft, demonstrating dependable performance in diverse environments.

The FA5000 series offers straightforward integration, low maintenance requirements, and a lightweight design, helping operators reduce lifecycle costs while supporting high safety standards.

Ongoing product support and clear upgrade paths allow operators to transition smoothly to newer recorder solutions as regulatory and operational needs evolve.

Backed by more than 60 years of recorder development and Acron Aviation’s L3Harris heritage, the FA5000 series reflects established engineering expertise trusted worldwide.

What this means for you

• Regulatory confidence: Designed to meet current regulations, the FA5000 series supports future updates without replacement, avoiding repeated certification and costly retrofits.
• Lower total cost of ownership versus legacy systems: The FA5000 series consolidates legacy functions, cutting hardware, maintenance, and spares while reducing lifecycle costs and obsolescence risks.
• Seamless integration without extensive rewiring: Designed for existing aircraft, the FA5000 series minimizes rewiring, reduces installation time and labor, and simplifies upgrades.
• Improved operational efficiency with minimal downtime: Faster installation, simplified maintenance, and diagnostics reduce downtime, improving aircraft availability, schedule reliability, and operational performance.
• Reduced operational risk and enhanced safety assurance: Advanced monitoring, fault isolation, and redundancy improve reliability, reduce operational risk, and support safety throughout the aircraft lifecycle.

Regulatory compliance

Certified under multiple FAA Technical Standard Orders including:

• TSO-C123b (cockpit voice recorder)
• TSO-C124b
• TSO-C155a (recorder independent power supply)
• TSO-C177 (data link recorder)
• TSO-C121a (underwater locating devices)

Design and production quality supported by ISO 9001 and AS9100 aerospace quality management certifications.

Regulatory specifications reference EUROCAE Minimum Operational Performance Specification ED-112 for crash-protected airborne recorders and the units meet applicable EASA and ICAO recorder standards for international acceptance.

Fleet compatibility

Acts as a drop-in replacement for legacy Fairchild A100A, A100S and A200S CVRs and supports standard ARINC-429 and ARINC-757/717 data buses for easy integration with avionics systems.

ARINC rack-mount options and common connectors aid installation on high-performance jets, turboprops and rotorcraft. Specific Supplemental Type Certificates vary by operator and platform.

FA5000 Solutions

Designed for high-performance aircraft and specialized applications. Includes a combination Cockpit Voice and Flight Data Recorder (CVDR), a Cockpit Voice Recorder (CVR) and a Flight Data Recorder (FDR).

FA5000 Series CVDR (Cockpit Voice and Data Recorder)

Designed for civil, commercial, and military aircraft and helicopters, the FA5000 CVDR combines cockpit voice and flight data recording in a single crash-survivable unit. Its solid-state architecture, compact size, and low weight support both retrofit installations and new aircraft programs where space and weight constraints are critical. The recorder is ruggedized to withstand HIRF and lightning, making it suitable for demanding operational environments, and supports Night Vision Goggle (NVG) compatibility for military missions.

Captures up to two hours of four-channel cockpit audio, 120 minutes of datalink messages, and a minimum of 25 hours of flight data at selectable 64–1024 words-per-second, with optional expansion to 2048 wps. It supports ARINC 429 Onboard Maintenance System functionality with datalink and RIPS status reporting. An integrated web server and common connector interfaces simplify system integration, diagnostics, and ongoing maintenance.

Key features

• Combined cockpit voice and flight data recording in one unit.
• Up to 2 hours of 4-channel audio and 120 minutes of datalink recording.
• Selectable flight data sampling from 64 to 1024 wps (optional 2048).
• ARINC 429 OMS with datalink and RIPS reporting.
• Ruggedized for HIRF, lightning and extreme environments.
• NVG support option for military operations.

Typical use cases include retrofit on commercial airliners, regional jets, business aircraft and helicopters where regulatory compliance and minimal weight/space impact are priorities. 

FA5000 Series CVR (Cockpit Voice Recorder)

Targets operators needing a dedicated cockpit voice recorder for compliance with aviation safety regulations across commercial, business and military fleets. Its solid-state design leverages the FA5000 platform to deliver reliable long-term audio capture with low power consumption and rugged crash survivability features suitable for harsh flight environments.

Delivers up to two hours of high-fidelity cockpit audio from four independent channels as well as datalink logging and integrates with ARINC 429 OMS for maintenance reporting. Designed to be compact and lightweight, the FA5000 CVR enables easy integration into a wide range of aircraft with standard connectors and ground support compatibility.

Key features

• Four-channel cockpit audio with 2 hours of recording.
• Datalink capture and OMS support via ARINC 429.
• Ruggedized for HIRF and lightning protection.
• Solid-state reliability with low power draw.
• Compact form factor for tight avionics spaces.
• Standard aviation connectors for ease of integration.

Typically installed on commercial jets, turboprops, business aircraft, and helicopters meeting FAA/EASA cockpit voice recording mandates. 

FA5000 Series FDR (Flight Data Recorder)

Intended for operators that require dependable, regulatory-compliant flight data capture across civil, business and military aircraft types. Its solid-state memory, scalable recording rates and low cost of ownership support routine operations and crash-worthy data retention.

Captures a minimum of 25 hours of flight parameters at selectable rates from 64 up to 1024 words-per-second with optional expansion to 2048 wps. Offered in short or long box configurations with lightweight design and common ground support equipment compatibility, the FA5000 FDR reduces installation complexity and maintenance cost.

Key features

• Minimum 25 hours of flight data at multiple sampling rates.
• Optional high-throughput data capture up to 2048 wps.
• Flange or ARINC box configurations.
• Crash survivability and rugged environmental protection.
• Low power consumption and lightweight form factor.
• Compatible with common ground support gear.

Common operational contexts include commercial airliners, regional and business aircraft, and military platforms where robust flight parameter logging is essential for safety analysis and compliance.

Key capabilities

1. Integrated flight data acquisition and recording

Reliable flight data acquisition and recording for fixed- and rotary-wing aircraft, consolidating avionics, analog, audio, and video inputs into a scalable system. It captures high-resolution, time-synchronized data for accident investigation, monitoring, and performance analysis. Modular design allows configuration by aircraft size, mission, and certification needs. Supporting continuous and triggered recording, it ensures critical events are preserved. Rugged and redundant, the FA5000 maintains data integrity in harsh environments, reducing installation weight, wiring, and maintenance while delivering a single authoritative source for safety, compliance, and operational insight.

2. Scalable architecture and platform flexibility

Scalable architecture adaptable to diverse aircraft, from regional jets to specialized mission platforms. Modular units allow adding or removing capabilities - expanded data, extra audio channels, or image recording - without redesigning the system. This flexibility supports fleet commonality, simplifies upgrades, and accommodates evolving regulatory or analytics requirements. Multiple avionics interfaces and legacy system support reduce retrofit integration risk. The adaptable design helps operators lower lifecycle costs, minimize certification effort, and maintain long-term relevance across multiple aircraft generations.

3. Data quality, integrity, and survivability

Prioritizes data quality and survivability, ensuring accurate, complete, and recoverable recordings. Time-synchronized flight data, audio, and optional imagery enable meaningful correlation, while built-in health monitoring alerts maintenance teams to potential issues. Crash-protected configurations feature robust memory protection against impact, fire, and immersion, with redundant power and recording paths for reliability during abnormal events. These features support post-event investigation, safety analysis, and regulatory compliance, ensuring that operators can rely on high-fidelity, trustworthy information for critical decisions.

4. Support for safety management and operational analytics

The FA5000 series goes beyond regulatory compliance, enabling proactive safety management and operational optimization. High-resolution data capture supports flight data monitoring, trend analysis, and exceedance detection, helping operators identify risks before incidents occur. Consistent data structures and time alignment simplify analysis, reducing effort to extract insights. Operators can use FA5000 data to enhance pilot training, refine procedures, and evaluate aircraft performance in real-world conditions. This supports continuous improvement, strengthens safety culture, and boosts operational efficiency and long-term fleet performance.

5. Maintainability, lifecycle support, and compliance readiness

Designed to minimize maintenance and support long-term regulatory compliance. Line-replaceable components, built-in tests, and clear fault reporting simplify troubleshooting and reduce downtime. Configuration management enables controlled updates and audit-ready documentation. Anticipating evolving certification standards, the system ensures compliance without frequent hardware replacement. Its long service life and backward compatibility protect investment by reducing disruptive retrofits. These features make the FA5000 a reliable, sustainable solution for operators seeking dependable recording capability over decades of service.

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