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When the tactical communication base station and the mobile terminal are interacting with data services, they are affected by the instability of the wireless channel, internal actuator failures, and channel congestion, resulting in large transmission delays and packet loss. Strong adaptive fault tolerance can ensure the efficient completion of data services.The real-time adaptive fault-tolerant algorithm proposed in this paper firstly uses the polling round mechanism to dynamically allocate and schedule tasks, reducing the calculation time of data service allocation, and secondly introduces a buffer queue to temporarily bufferdata, adopting a variety of secure data transmission paths to improve the data transmission process The robustness and fault-tolerant capability of the system, and finally the feedback state machine is used to mark whether the data interaction is successful, to ensure the normal operation of the task. The experimental results prove that the introduction of this algorithm can reduce the average delay of data transmission by about 33%~ 42%and the packet loss rate to 0%~0.3% when interacting with the same amount of data services, ensuring the real-time and real-time data service interaction of base stations. Fault tolerance and efficiency.