The airborne remote sensing system onboard the Chinese Marine Surveillance Plane have three scanners including
marine airborne multi-spectrum scanner(MAMS), airborne hyper spectral system(AISA+) and optical-electric
platform(MOP) currently. MAMS is developed by Shanghai Institute of Technology and Physics CAS with 11 bands
from ultraviolet to infrared and mainly used for inversion of oceanic main factors and pollution information, like
chlorophyll, sea surface temperature, red tide, etc. The AISA+ made by Finnish Specim company is a push broom
system, consist of a high spectrum scanner head, a miniature GPS/INS sensor and data collecting PC. It is a kind of
aviation imaging spectrometer and has the ability of ground target imaging and measuring target spectrum characteristic.
The MOP mainly supports for object watching, recording and track. It mainly includes 3 equipments: digital CCD with
Sony-DXC390, CANON EOS film camera and digital camera Sony F717.
This paper mainly introduces these three remote sensing instruments as well as the ground processing information
system, involving the system's hardware and software design, related algorithm research, etc.