PRODUCT PROFILE
PD-14 [ПД-14]
CIVIL TURBOFAN ENGINES
PD-14 [ПД-14]
Russia · verified
- COUNTRY
- Russia
- PROGRAMME STATUS
- verified
Specifications
- Function
- Provides primary thrust for medium-range, narrow-body commercial passenger aircraft.
- Architecture
- A two-shaft high-bypass turbofan featuring a direct-drive fan and a high-pressure ratio compressor.
- Platform fit
- Designed as the dedicated domestic engine option for the Irkut MC-21-310 airliner.
- Commercial model
- Supplied as original equipment through state-backed aerospace manufacturing contracts with long-term maintenance support.
- Deployment status
- Currently undergoing flight testing and integration phases following domestic type certification.
- Evidence to demand
- Firm orders are tied to the wider MC-21 procurement mandates issued by Russian state carriers such as Aeroflot.
Description
The PD-14 [ПД-14] is a high-bypass turbofan engine developed by UEC Aviadvigatel [ОДК] to serve as a modern domestic propulsion system for Russia’s civil aviation sector. It represents the first clean-sheet commercial turbofan produced in the post-Soviet era, designed to replace older powerplants and reduce reliance on Western technology. The engine utilizes a gearless configuration and incorporates modern materials, such as composite fan blades and monocrystalline turbine alloys, to meet contemporary international standards for fuel efficiency and noise reduction. The primary customer for the PD-14 is United Aircraft Corporation, specifically for the Irkut MC-21-310 [МС-21-310] narrow-body airliner programme. It is sold as the strategic domestic alternative to the Pratt & Whitney PW1400G engine, ensuring the aircraft remains viable under restrictive trade environments. Beyond the MC-21, variants of the core architecture are intended to scale for other applications, including heavy-lift transport aircraft and industrial gas turbines, predominantly within Russian and allied state-operated fleets. Buyers must account for significant geopolitical risks regarding the supply chain for specific precision components and high-temperature alloys. The Aerospace Garage would focus verification on the engine’s performance during flight testing in varying climates and the maturity of the after-sales support network, which remains unproven at a global scale compared to established Western competitors. Prospective operators should also monitor the status of international type certification, which is essential for any planned operations outside of the domestic Russian market.
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LAST VERIFIED
21 Sept 2026
SOURCE CITATION
Maker website on record