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JL-10

Chinese advanced trainer jet, operational since 2017, employed significantly by the People's Liberation Army Air Force. Key figures: top speed 1,715 km/h, range 2,600 km, service ceiling 16,000 m, max takeoff weight 9,500 kg, unit price $15M, built 20. In service with 3 air forces as of 2026 — China (62), United Arab Emirates (6), Zambia (6).

Max speed
1,715km/h
Range
2,600km
Produced
20units
Avg unit price
$15 million
Active worldwide
74+6 on order
AVIC JL-10 military training aircraft side profile drawing
Side profile · AVIC JL-10 · length 12.6 m
Technical SpecificationsVersion: L-15 Falcon
Length12.6 m (41.3 ft)
Wingspan9.5 m (31.1 ft)
Height4.8 m (15.8 ft)
Empty weight4,500 kg (9,921 lbs)
Max. takeoff weight9,500 kg (20,944 lbs)
Powerplant2 × turbofans Ivchenko-Progress AI-222-25F 4,201 kgf each
Ejection seatHTY-5
PerformanceVersion: L-15 Falcon
Maximum speed1715 km/h (Mach 1.6)
Operational range2,600 km (1,616 mi)
Service ceiling16,000 m (52,493 ft)
Climb rate200.0 m/s (656.2 ft/s)
Operators — 2026
ActiveOn order
Armament
Missiles payload
  • Air-to-Air Short-Range PL-5
  • Air-to-Surface YJ-9
Bombs payload
  • Guided Luoyang LS-6
All Operators
🇦🇪 United Arab Emirates· 🇨🇳 China· 🇿🇲 Zambia
Air Bases — 3
🇨🇳 Bengbu Air Base 4th Training Regiment 🇨🇳 Lishe Air Base 9th Air Brigade 🇨🇳 Wuhu Air Base 9th Air Brigade
Similar Aircraft
JL-10 vs

Description

The Hongdu JL-10, initially designated L-15 Falcon, is a supersonic advanced trainer and light combat aircraft developed by Hongdu Aviation Industry Corporation (HAIC) in China. It is employed by the People's Liberation Army Air Force (PLAAF) as a lead-in fighter trainer (LIFT), and by the People's Liberation Army Naval Air Force.

Development

China Aviation Industry Corporation II (AVIC II) was working on a new advanced trainer for the PLA as early as 2000; the same year, AVIC II engaged the Russian Yakovlev design bureau, designer of the Yak-130, as technical and scientific consultant to the L-15 programme. The L-15 competed with the Guizhou JL-9, developed in parallel by China Aviation Industry Corporation I. The prototype was completed in September 2005 and made its first flight on 13 March 2006. The initial variants comprised a subsonic advanced trainer and a supersonic fighter trainer. Development of the L-15B, a supersonic variant intended for LIFT, was announced in 2010; it first flew on 21 December 2017.

The China National Aero-Technology Import & Export Corporation (CATIC) ordered 12 L-15s in November 2012, without the final recipient being disclosed. The first L-15 in PLAAF colours was observed in 2016. The PLA used a few L-15s for flight testing before 2018. The PLA Naval Air Force received 12 L-15s in August 2018, and the PLAAF put the JL-10 into service for LIFT in 2019. Compared with the JL-9, the JL-10 shortens instruction and conversion time onto the PLAAF's recent aircraft.

Design

The L-15 uses fly-by-wire (FBW) flight controls and a glass cockpit. The prototypes were powered by Lotarev DV-2 turbofans. The subsonic L-15A receives Ivchenko-Progress AI-222-25s, while the supersonic fighter trainer employs the afterburning AI-222K-25. According to a Ukrainian source, 25% of the airframe is made of composite materials and the service life is 10,000 hours. The L-15B is powered by the AI-222K-25F, allowing a maximum speed of Mach 1.4, and has shorter take-off and landing distances than the L-15A. The L-15A and L-15B employ a PESA radar. The L-15B is 12.4 m long with a wingspan of 9.4 m, a maximum take-off weight of 11,600 kg and a ferry range of 2,600 km.

Armament

The L-15A has seven hardpoints; the L-15B has nine, for a capacity of 3,500 kg. Armament includes SD-10 and PL-8 air-to-air missiles as well as LS-6 satellite-guided bombs.

Operational History

Zambia ordered six advanced fighter trainers under the designation L-15Z in 2014 for $100 million, delivered in 2016 and 2017. On 23 February 2022, the United Arab Emirates announced their intention to acquire 12 L-15s, with an option for 36 additional aircraft; the amount was not disclosed, the Emirati newspaper The National indicating a unit price of $10 to 15 million. The PLAAF operates more than 50 and the PLA Naval Air Force 12.

Variants

  • L-15AW: Subsonic advanced trainer version with seven hardpoints, previously marketed as the L-15A.
  • L-15 advanced fighter trainer: Supersonic variant of the L-15A.
  • L-15Z: Designation of the L-15 fighter trainer in service with the Zambian Air Force.
  • L-15B: Supersonic light attack variant with nine hardpoints.
  • JL-10J: Carrier-compatible version of the JL-10, used for catapult training and observed on the Type 003 aircraft carrier.
Wikipedia (CC BY-SA) and other open sources. Illustrations generated by AI. Last updated on 30 August 2026. Suggest a change

Frequently Asked Questions

What type of aircraft is the JL-10?
The AVIC JL-10 is a military training aircraft aircraft developed by AVIC and entered service in 2013.
What is the maximum speed of the JL-10?
The AVIC JL-10 has a maximum speed of 1,715 km/h (Mach 1.6).
What is the range of the JL-10?
The AVIC JL-10 has an operational range of 2,600 km (1,615 miles). This range can vary based on payload, altitude, and mission profile.
When did the JL-10 first fly?
The AVIC JL-10 made its first flight on March 26, 2006. It entered operational service in 2013.
How many JL-10 have been built?
20 units of the AVIC JL-10 have been produced since it entered service in 2013.
Which countries operate the JL-10?
The AVIC JL-10 is in service with 3 countries, with approximately 74 aircraft in active service. The largest operators include China, the United Arab Emirates, and Zambia.
How much does a JL-10 cost?
The AVIC JL-10 has an estimated unit cost of approximately $15.0 million. Actual prices vary based on configuration, quantity ordered, and included support packages.
What is the service ceiling of the JL-10?
The AVIC JL-10 has a service ceiling of 16,000 meters (52,493 feet). This is the maximum altitude at which the aircraft can maintain controlled flight.
Latest Data Updates
  1. AUG 302026 Updated Description updated
  2. AUG 142026 Updated Per-engine thrust corrected against the engine variant the entry names
  3. AUG 52026 Updated Powerplant updated in a site-wide editorial pass
  4. APR 72026 Updated Sources and cross-references refreshed
  5. APR 52026 Updated Ejection seat added
  6. FEB 72026 Updated Top speed added
  7. JAN 122026 Updated Range updated in a site-wide editorial pass