• MAZ mobile launcher six-axle chassis (same design as launcher for former Soviet SS-20) 

--Probably to be copied to improve performance and mobility of Chinese launchers 
--Photographed in 1996 at Beijing Nanyuan missile plant
--Possible relationship between launcher and China's DF-31 program

• Solid fuel rocket technology (in return for Chinese liquid fuel technology and missile guidance) (1985-) 

• Assistance in cruise missile development: 

--YF-12A
--YJ-62
--YJ-92 
--Sharing of technology of Israeli land-attack cruise missile based on Star-1 attack drone (Beijing is contributing financially to missile's development) (1995)
• Global Positioning System (GPS) navigation equipment  (1991)
• Assistance in improving guidance of M-9 and DF-3 (CSS-2) ballistic missiles  
• US Patriot anti-missile system technology: 

--Guidance and propulsion technology (in return for information on M-9 and M-11 ballistic missiles)
--Reportedly used to develop countermeasures against Patriot for China's ballistic and cruise missiles 
• US Python-3 air-to-air missiles (AAMs)

• UAV

          --"Harpy" anti-radar drones (2002)

• Electron beam machine (from Toshiba) (1992) 

• Cruise missiles: 


--Assistance in development of land-attack missile (1990s)
--Assistance in development of anti-ship missiles (1990s)
--Transfer of stealth technology for cruise missiles (1990s)
--Raduga 3M-80 (SS-N-22 "Sunburn") anti-ship cruise missiles (along with four Sovremenny-class guided missile destroyers) (1996).  The first lot of 24 missiles were shipped 16 May 2000.  The second lot is to be delivered at the end of the year 2000.
--Marketing of Raduga Kh-65SE air-launched missile (?)
--Negotiation for transfer of the Kh-31A (AS-17 "Krypton") air-launched anti-ship missile
--Assistance in development of the Kh-31P (AS-17 "Kryton") air-launched anti-radiation missile (1997-1998)
--Transfer of KR-1 missiles (Chinese indigenous designation: YJ-91)
--SS-N-19 anti-ship missile (?)
--"Kashtan" naval-gun-and-missile complexes (1995)
--"Moskit" supersonic anti-ship missiles (1997)
--"Club" missile complex (2002)
• ICBM technology and parts: 

--Attempted Chinese purchase of SS-18 ICBM technology (1990s)--ostensibly for improving China's civilian space-launch program using the SS-18 booster
• Missile guidance: 

--Electronic equipment to improve missile accuracy (1990s) 
• Rocket engines: 

--Three RD-170 engines for Zenit SLV (1991) (sold with Ukraine) 
• Surface-to-air missiles (SAMs): 

-- S-300 PMU-1 [NATO designation SA-10/SA-N-6] SAMs (1990s)  
--Tor-M1 short-range air defense missile complexes

• Unmanned aerial vehicles (UAVs) 

• Missile Launchers:

          --"Smerch" multiple missile launcher (1995)

• Missile technology  

• ICBM technology and parts: 

--Attempted Chinese purchase of SS-18 ICBM technology (1990s)--ostensibly for improving China's civilian space-launch program using the SS-18 booster
• Rocket engines: 

-- Three RD-170 engines for Zenit SLV (1991) (sold with Ukraine)

• Missile engines: 

--Digital engine controls for K-8 jet trainer (could contribute to China's design of a long-range cruise missile) (1995)

• Guidance technology:

--China may have developed the guidance system for its C-802 cruise missile using US technology
• Machine tools:

--Diversion by China of six machine tools to the Nanchang Aircraft Manufacturing Company (which produces cruise missiles), sold by McDonnell Douglas to the China National Aero-Technology Import-Export Corporation (CATIC) in September 1994 
• Missile engines [gas turbine engines (from AlliedSignal to Nanchang Aircraft Company)--could contribute to China's design of a long-range cruise missile]

--40 TFE731-2A-2A engines from AlliedSignal 
• Satellite technology: 

--Integration analysis (possibly applicable to MIRV development) (1994) 
• Supercomputers (possibly diverted to military use) 
• Missile Technology
  --Hughes Electronic Corp. and Loral Space and Communications Ltd. transferred sensitive information regarding 1996 crash of a Long March rocket