Aviation platform is the critical node of the space-air-ground integration stereo-space network. The establishment of space-to-air, space-to-space and space-to-ground laser communication links is the key to achieving airborne laser communication. The composition and working principle of the airborne laser communication experimental system are introduced. The particularity analysises for the airborne laser communication are carried out, including the influence of the atmospheric boundary layer, substantially random perturbation, platform high-frequency vibration, atmospheric channel and other external constraint environments on the performance of the airborne laser communication system, and the related suppression technologies are studied. The experimental results of the space-to-ground laser communication between airship and ship, the space-to-space rapid capture between helicopters and the space-to-space remote laser communication between fixed wing airships are introduced.