The article proposes a method of multi-vector routing in mobile data transmission systems in the presence of powerful interference using turbo codes. The adaptive routing algorithm using turbo coding is complemented by the ability to correct errors during data transmission. This allows for improved network reliability, even at high BER. In case of detection of errors in the received signal, turbo coding allows to correct them with a high probability. The advantages of this algorithm are to reduce the data transmission error even at high BER and improve the reliability and stability of the IoT network. Mobile IoT networks require efficient routing methods to ensure reliable and efficient communication between connected devices. Using turbo coding in combination with multi-vector routing can improve the quality of data transmission and make the IoT network more fault-tolerant. Research in this direction is an urgent task, and further development of these methods can contribute to the improvement of mobile IoT networks. Analysis of multi-vector routing in mobile IoT networks is a challenging task due to the large number of factors that affect data transmission efficiency. The use of turbo coding and proper routing can improve network quality and reliability.