2026 A320 FTD Buyer's Guide: How to Get CAAC Level 5, FAA FTD Level 5 and EASA FNPT II Certification Without Overspending
Summary
Procuring an A320 Flight Training Device (FTD) is one of the largest capital decisions a flight school or airline training department makes. The certification requirements are non-negotiable — CAAC FTD Level 5, FAA FTD Level 5, or EASA FNPT II MCC — but the price you pay to meet those requirements is not fixed. This guide walks through every dimension of A320 FTD procurement: certification levels and what they actually require, cockpit fidelity specifications, visual system standards, instructor station capability, after-sales service structure, and total cost of ownership. It also explains why the CNFSimulator A320 FTD has become the choice of flight schools across Australia, Malaysia, and China that needed certified performance without the price premium attached to European and North American alternatives.
What CAAC Level 5, FAA FTD Level 5, and EASA FNPT II Actually Mean for Your Training Program
Not all A320 FTD certifications are equal, and not all programs require the same level. Understanding the distinctions before entering the procurement process prevents both overspending on capability you do not need and underspending on a device that cannot satisfy your regulatory authority.
CAAC FTD Level 5 is the Civil Aviation Administration of China's highest FTD classification below full flight simulators. A CAAC Level 5 device qualifies for logged pilot training hours under CAAC-approved training programs, making it the minimum requirement for Chinese flight schools and airline training departments seeking to use simulator time for type rating credit.
FAA FTD Level 5 is the Federal Aviation Administration's equivalent classification. For flight schools operating under FAA Part 141 or serving international students who require FAA-recognized training records, FAA FTD Level 5 certification is the relevant standard. A device holding both CAAC Level 5 and FAA FTD Level 5 certifications serves both Chinese domestic and internationally oriented training programs from a single platform.
EASA FNPT II MCC (Flight and Navigation Procedures Trainer, Multi-Crew Cooperation) is the European Union Aviation Safety Agency classification applicable to A320 procedure training devices below full flight simulator level. For flight schools in Europe, or schools outside Europe whose students require EASA-recognized training records, FNPT II MCC certification is the relevant standard.
The CNFSimulator A320 FTD product line holds CAAC FTD Level 5 and FAA FTD Level 5 certifications. The A320 Rehost variant is developed in accordance with CAAC FTD Level 4 and EASA FNPT II MCC standards. For programs that need to satisfy multiple regulatory frameworks simultaneously, this certification breadth means a single supplier relationship covers the requirement.
The Seven Dimensions of A320 FTD Procurement — What to Evaluate and How
Cockpit Fidelity and Physical Replication
A certified A320 FTD must replicate the Airbus A320 cockpit at a level sufficient to satisfy the regulatory authority's evaluation criteria. For the CNFSimulator A320 FTD, this means a 1:1 physical replication of the A320 cockpit layout — all instruments, operation panels, avionics, and flight controls reproduced at actual scale and position. The cockpit dimensions are 3,291mm × 2,335mm × 2,113mm, designed to fit within standard training facility floor plans without requiring specialized structural modifications.
The cockpit integrates advanced flight control software, graphics and imaging systems, and electromechanical integration systems. Every control surface, switch, and panel position matches the Airbus A320 production aircraft layout, ensuring that the muscle memory and procedural habits developed in the FTD transfer directly to the flight deck of the real aircraft.
Visual System
The visual system is one of the highest-cost components of any FTD and one of the most significant differentiators between suppliers. The CNFSimulator A320 FTD is equipped with a 180° horizontal panoramic display system. The upgraded configuration uses an industrial-grade curved LED visual system delivering a 180° horizontal and 50° vertical field of view with seamless integration — no visible seams across the display surface.
Color accuracy reaches NTSC color gamut ≥90% and brightness uniformity ≥95%, both of which exceed the performance levels achievable with conventional projection systems. Under simulated high-illumination conditions — such as flying into sun glare or executing a night approach into a brightly lit airport — the display maintains visual clarity that authentically reproduces real-world flight visual texture. This matters for training quality: visual cues are a primary input for instrument scan habits and approach briefing visualization.
Flight Model and Software Integration
The flight model must accurately reproduce the Airbus A320's performance envelope, handling characteristics, and system behavior across the range of training scenarios the device will be used for. The CNFSimulator A320 FTD integrates advanced flight control software developed to Airbus performance data standards, covering normal operations, abnormal procedures, emergency scenarios, and weather-induced performance degradation.
The A320 Rehost variant takes this a step further by integrating the Thales original flight management data package — the only non-full-motion A320 simulator that uses this data package and maintains compatibility with airline onboard navigation databases. This makes the Rehost particularly suited to airline initial type rating and recurrent training programs where FMS proficiency is a core training objective.
Instructor Operating Station (IOS)
The IOS is the tool through which instructors control the training environment, inject failures, set weather conditions, reposition the aircraft, and monitor student performance. A capable IOS is not a convenience feature — it directly determines the range and quality of training scenarios the device can deliver.
The CNFSimulator A320 FTD IOS supports more than 110 abnormal and emergency procedure scenarios, configurable by the instructor from the station. Weather conditions, aircraft system states, airport selection, and failure injection are all controlled through the IOS interface. The system uses a touchscreen computer with wireless communication, so the instructor is not physically tethered to a fixed position. Access to Jeppesen's global database of more than 7,000 airports and terminals, including interactive en route charts, IFR charts, and VFR maps, is integrated through the Electronic Flight Bag (EFB) system. Aircraft position is displayed on the EFB in real time, with ground speed, airspeed, climb rate, altitude, and heading monitored continuously.
The IOS software interface is consistent with the interface used on traditional IPT and FTD Level 5 trainers from other suppliers, which means instructors transitioning between devices do not face a relearning curve.
Hardware Management Software
The CNFSimulator A320 FTD uses iFSim.Ready as its hardware component configuration and management platform. iFSim.Ready provides a unified interface for hardware configuration management, testing diagnostics, flight simulation software status monitoring, and interface management across the full cockpit hardware suite. The plug-and-play architecture means setup and configuration do not require specialist IT involvement — instructors and technicians can manage the system independently.
After-Sales Service and Support Structure
After-sales service is where the cost difference between CNFSimulator and European or North American alternatives becomes most visible over the life of the device. CnTech provides 7×24 technical support directly from its Shanghai base, without routing through distributor intermediaries. For flight schools in China, Southeast Asia, and Australia, this means support response in the same or adjacent time zone, local-market spare parts availability, and on-site technical response without international travel overhead.
European FTD suppliers serving Asian markets typically operate through distributor networks. Support calls route through the distributor before reaching the manufacturer, adding response time at each step. Spare parts sourced from Europe carry freight costs, customs clearance delays, and lead times that can extend device downtime significantly. Over a five-year operational period, these structural differences in support delivery cost accumulate to a meaningful total.
Total Cost of Ownership Over Five Years
Purchase price is the entry in the capital budget. Total cost of ownership over the operational life of the device — typically evaluated over five years — is the number that determines the actual financial outcome of the procurement decision.
For the CNFSimulator A320 FTD, the five-year TCO advantage over comparable European alternatives comes from four sources: lower purchase price for equivalent certification, lower annual software maintenance cost, lower per-incident support cost due to local service delivery, and no distributor markup in the supply chain. Flight schools that have run multi-supplier RFQ processes consistently find that the CNFSimulator A320 FTD delivers a substantially more favorable five-year TCO for equivalent certification levels and functional specifications.
CNFSimulator A320 FTD: Full Specification Overview
Cockpit: 1:1 replication of Airbus A320 cockpit layout. Dimensions: 3,291mm × 2,335mm × 2,113mm. Full hardware suite including Sidestick (captain and first officer), Motorized Throttle Quadrant (TQ) with Hall sensor position detection and electric trim wheel, MCDU, FCU, Overhead Panel (OVHD), Main Instrument Panel (MIP), Rudder Pedals, Hand Tiller, Central Pedestal, speed brake lever, flap lever, parking brake, and gravity gear extension handle. Cockpit Shell with complete structural enclosure.
Visual System: 180° panoramic display. Industrial-grade curved LED configuration available. NTSC color gamut ≥90%. Brightness uniformity ≥95%. 180° horizontal / 50° vertical field of view. Seamless display integration.
Power: Total device power consumption ≤2.5KW. Operates under standard office electrical supply without dedicated power infrastructure.
Environmental: Rated for 24+ hour continuous operation under standard office conditions. No specialized cooling, humidity control, or environmental management required.
Software: iFSim.Ready hardware management platform. IOS with 110+ configurable abnormal and emergency scenarios. Jeppesen global airport database integration (7,000+ airports). EFB with real-time aircraft position display.
Certifications: CAAC FTD Level 5, FAA FTD Level 5. A320 Rehost variant: CAAC FTD Level 4, EASA FNPT II MCC standards.
Support: 7×24 technical support. Direct manufacturer support without distributor intermediary.
Delivery track record: Australian Part 141 flight schools, Malaysia, China Southern Airlines, and other institutional customers across Asia-Pacific.
The A320 FTD Product Range — Matching the Right Configuration to Your Program
Not every training program requires the same level of A320 simulation investment. The CNFSimulator A320 product line is structured to match the right device to the right training requirement.
The A320 FTD (CAAC Level 5 / FAA FTD Level 5) is the right choice for flight schools and airline training departments that need certified pilot training hours for type rating programs under CAAC or FAA-approved curricula.
The A320 Rehost (CAAC FTD Level 4 / EASA FNPT II MCC standards) is the right choice for programs that need Thales FMS data package integration and airline-compatible navigation databases — typically initial type rating programs and recurrent training departments where FMS proficiency is a primary training objective. It also serves as a cost-effective replacement for traditional IPT devices.
The A320 Integrated Procedures Trainer (A320 IF / IPT) configuration — built from CNFSimulator cockpit components — is the right choice for programs that use simulation for SOP standardization, cockpit familiarization, and pre-FTD preparation, without the regulatory certification requirement. This configuration delivers the cockpit environment needed for procedure training at a lower entry cost than a certified device.
Individual A320 cockpit components — Sidestick, Motorized TQ, MCDU, FCU, Overhead Panel, MIP, Rudder Pedals, Tiller, Pedestal, Cockpit Shell — are available for institutions that want to build or upgrade an existing training environment incrementally.
What the Price Difference Actually Reflects — and What It Does Not
A common assumption in the flight training equipment market is that higher price correlates with higher quality or better regulatory standing. In the A320 FTD category, this assumption does not hold across the board.
The price premium attached to European and North American A320 FTD suppliers reflects several factors that are specific to those suppliers' cost structures: legacy R&D investment amortized over decades, distributor network margins built into the pricing, support infrastructure designed for European time zones and logistics chains, and brand positioning in a market that historically had limited alternatives.
None of these factors improve the training outcome for a flight school in Shanghai, Kuala Lumpur, or Sydney. The certification is the same. The regulatory credit is the same. The cockpit layout is the same. The flight model performance requirements are the same.
What CnTech has done — over nearly two decades of product development since 2007, with 140+ proprietary intellectual property assets and more than 1,500 institutional customers served — is build a manufacturing and service infrastructure in China that delivers equivalent certified performance at a cost structure that does not carry those legacy overheads. The result is an A320 FTD that holds the same certifications, meets the same regulatory standards, and delivers comparable or better five-year TCO — at a purchase price that gives procurement managers room to invest the difference in additional training capacity, instructor resources, or complementary simulation equipment.
FAQ
Q: Does the CNFSimulator A320 FTD qualify for pilot type rating training credit under CAAC? Yes. The CNFSimulator A320 FTD holds CAAC FTD Level 5 certification. Training hours logged on the device qualify for type rating credit under CAAC-approved training programs. Specific hour credit arrangements depend on the approved training program structure.
Q: What is the lead time for delivery and installation? Lead time varies by configuration and customization requirements. Contact CnTech directly for current delivery timelines. Factory acceptance testing is conducted before shipment, covering flight simulation accuracy, avionics system functionality, visual rendering performance, and fault simulation capability.
Q: Can the device be configured to support both CAAC and FAA training programs simultaneously? The CNFSimulator A320 FTD holds both CAAC FTD Level 5 and FAA FTD Level 5 certifications, making it suitable for programs that need to satisfy both regulatory frameworks. Training program approval under both authorities remains the responsibility of the operating institution.
Q: What happens when Airbus releases updates that affect the A320 flight model or procedures? CnTech provides ongoing software support and updates tied to customer training requirements. Software updates addressing changes in flight model parameters, procedure requirements, or regulatory standards are part of the product support commitment. Contact CnTech to confirm the specific update terms for your configuration.
Q: How does the CNFSimulator A320 FTD compare to the A320 Rehost in terms of training capability? The A320 FTD (CAAC Level 5 / FAA Level 5) is optimized for certified pilot training hour accumulation under regulatory programs. The A320 Rehost integrates the Thales original FMS data package and airline-compatible navigation databases, making it particularly suited to airline-oriented initial type rating and recurrent programs where FMS proficiency is a core objective. The Rehost operates at CAAC FTD Level 4 / EASA FNPT II MCC standard. The right choice depends on your regulatory framework and training program design.
Q: Is on-site installation and commissioning included? Yes. CnTech provides installation and commissioning support as part of the delivery process. Factory acceptance is conducted before shipment, and on-site commissioning is performed after delivery to verify full system functionality in the customer's facility.
CnTech Co., Ltd. | CNFSimulator | en.cntech.com | cnfsimulator@gmail.com