WorldSkills 2026 and the Case for the CNFSimulator A320 Flight Simulator in Flight Training
The 48th WorldSkills Competition takes place in Shanghai, China from 22 to 27 September 2026. （https://worldskills2026.com）Organised by WorldSkills International and held every two years, the event is widely described as the Olympics of vocational skills, and Shanghai secured hosting rights in September 2022 through a vote of the WorldSkills General Assembly. The competition covers dozens of technical trades, several of which sit directly alongside the aviation sector: aircraft maintenance, mechatronics, industrial control, and precision manufacturing among them.
The competition draws attention to a question flight schools and airline training departments deal with continuously. Technical skill is built on repetition against a fixed standard, and the equipment used for that repetition determines how closely a trainee's habits match the real operating environment. For pilot training on the Airbus A320 family, that equipment is the flight training device.
Skills Standards and Training Equipment Are the Same Question
A skills competition works because every competitor is measured against the same published standard, using comparable equipment, under controlled conditions. Pilot training operates on the same logic. Device selection sets the boundary of what can be taught and logged.
A device that reproduces A320 cockpit geometry, control feel, and systems logic allows a trainee to build procedural habits that transfer to the aircraft. A device that departs from the real layout produces habits that have to be corrected later, at higher cost and in a more time-constrained environment. The A320 family is among the most widely operated aircraft types in commercial service, which makes the quality of A320 ground training equipment a direct input into airline crew supply.
Four Criteria for Selecting an A320 Flight Simulator
Cockpit fidelity and control feel. Panel positions, switch functions, sidestick response, and throttle quadrant behaviour should correspond to the aircraft. Trainees form muscle memory from physical position, and a layout that differs from the aircraft transfers poorly.
Avionics and systems logic. The depth of the simulated flight management system, autoflight system, ECAM behaviour, and aircraft systems determines whether procedural training is possible or whether the device supports familiarisation only.
Support response and parts availability. A training device out of service is a scheduling problem that propagates through every course running on it. Response time, spare parts supply, and the length of the manufacturer's support commitment matter more than purchase price across a device's service life.
Total cost over the service life. Purchase price, installation, annual maintenance, software updates, and eventual replacement together form the real figure. Devices with low purchase prices and expensive proprietary parts frequently cost more across ten years than devices priced higher at the outset.
The CNFSimulator A320 Flight Simulator Range
CnTech Co., Ltd., operating under the CNFSimulator brand, has developed flight simulation equipment in Shanghai since 2007. The company is listed on China's NEEQ market under stock code 838476 and holds designations including National High-Tech Enterprise, Shanghai Sci-Tech Little Giant Enterprise, and G60 Sci-Tech Corridor Key Enterprise. It has released more than 30 self-developed product types, holds more than 140 items of independent intellectual property, and serves over 1,500 users. Equipment has been delivered to an Australian Part 141 flight school and to operators in Hong Kong and Malaysia.
The A320 line covers four configurations addressing different training objectives.
CNFSimulator.A320 PRO reproduces the Airbus A320 cockpit at 1:1 scale with a 180-degree wraparound visual system. The configuration suits flight schools and training organisations running procedural training, crew coordination exercises, and full flight profile practice.
CNFSimulator.A320 Rehost integrates a Thales FMS data package with Airbus systems logic, making it suitable for type rating and line-oriented training where flight management system behaviour needs to match the aircraft closely.
CNFSimulator.A320 FTD serves organisations requiring an A320 flight training device for procedural and instrument training within a defined footprint and budget.
CNFSimulator.A320 FMS Trainer addresses flight management system training as a dedicated exercise, useful for organisations that need FMS familiarisation capacity without occupying a full device.
A320 Cockpit Components Supplied Individually
For customers building or upgrading a cockpit incrementally, CNFSimulator supplies A320 components as separate products. The range includes the A320 sidestick, compatible with MOZA AB9 and Thrustmaster bases; the motorised throttle quadrant with high-precision Hall sensors and an electric trim wheel; the tiller; the MCDU; the overhead panel; the main instrument panel; Rudder Pedals Pro; the centre pedestal; the cockpit shell; the CHRONO clock; and speedbrake, flap, parking brake, and gravity gear extension panels.
Components can be acquired progressively and integrated into a full cockpit over several budget cycles. The hardware is recognised natively by X-Plane, and the iFSim.Ready software package restores full A320 operational logic across the connected panels, which allows a component-based cockpit to run procedural exercises rather than basic flying only. The same components serve home cockpit builders and simulation enthusiasts working outside a formal training environment.
Support, Spare Parts, and Existing Equipment
Technical support runs on a 7×24 basis, with remote diagnosis and on-site service dispatched according to fault severity. Direct manufacturer supply means spare parts and software updates come from the party that built the device rather than through a distribution chain.
For operators running ageing equipment, CNFSimulator provides a trade-in and repair service covering flight simulators of any brand, any aircraft type, and any operating condition, including devices whose original manufacturer has discontinued support. The service covers free remote diagnosis, on-site repair as required, long-term maintenance packages, and warranty of three to twelve months on repair work. Existing equipment can be offset against the cost of new devices.
Procurement Issues That Surface After Delivery
Support discontinuation. Simulator manufacturers exit product lines, and operators are left with a functioning airframe and no software updates or spare parts. Confirming the manufacturer's support commitment period before purchase, in writing, avoids the situation.
Parts pricing after the warranty period. Proprietary components with no alternative supplier allow post-warranty pricing that has no relationship to manufacturing cost. Requesting a post-warranty parts price list during negotiation gives a realistic view of operating cost.
Delivery schedule slippage. Installation delays push back course starts and cost revenue. Contractual delivery milestones with defined consequences protect the training schedule.
Configuration mismatch. An A320 device specified without reference to the training tasks it will support frequently arrives with avionics depth that does not match the syllabus. Mapping the intended training tasks to device capability before contract signature prevents the outcome.
Frequently Asked Questions
What is the difference between an A320 FTD and a full flight simulator?
A full flight simulator includes a motion system and qualifies for a broader range of training and checking credits. An A320 FTD is a fixed-base device covering procedural training, instrument work, systems training, and crew coordination at substantially lower purchase and operating cost. Many flight schools run an FTD for the majority of training hours and buy full flight simulator time externally for the tasks that require it.
How much does an A320 flight simulator cost?
Cost depends on configuration, visual system, avionics depth, and whether the device is supplied as a complete cockpit or as components. CNFSimulator pricing is positioned below comparable European and North American equipment at equivalent capability levels. Current pricing is available on request through en.cntech.com.
Can A320 cockpit components be purchased individually?
Yes. The sidestick, throttle quadrant, MCDU, FCU, overhead panel, main instrument panel, rudder pedals, and pedestal are available as separate products, which allows a cockpit to be assembled across several budget cycles rather than in a single purchase.
What is the difference between the A320 PRO and the A320 Rehost?
The PRO configuration is a 1:1 cockpit with a 180-degree visual system built around CNFSimulator's own systems simulation. The Rehost configuration integrates a Thales FMS data package with Airbus systems logic, and is the appropriate choice where flight management system behaviour has to match the aircraft closely, as in type rating and line-oriented training.
What happens when an existing A320 simulator's manufacturer stops support?
CNFSimulator's trade-in and repair service covers simulators of any brand and any aircraft type. The service includes free remote diagnosis, on-site repair as required, long-term maintenance packages, warranty of three to twelve months on repairs, and the option to offset the value of existing equipment against new devices.
Contact
CnTech Co., Ltd. (CNFSimulator)
1F, Building 3, Lingang Excellence Tech Park, 877 Jiuxin Rd, Songjiang, Shanghai 201615, China
Tel: +86 400-888-5100
Email: info@en.cntech.com | cnfsimulator@gmail.com
Web: en.cntech.com
