Mobile adhoc network (MANET) is a wireless network of mobile devices without any infrastructure. An important problem receiving increased consideration recently is load balancing. Many protocols are developed under non uniform load distributions for improving bandwidth, energy efficiency, throughput etc. Mobile nodes in the network move and change its topology frequently. MANET are becoming increasingly common, and typical network loads considered for MANETs are increasing as applications evolve. One of the fundamental issues in a mobile adhoc network is the load balancing problem. Load balancing is a method for distributing workloads across computing resources. Load balancing is to provide a single Internet service from multiple servers is the commonly used application. Load balancing is transfer load balancing is the main field in mobile adhoc networks. In many previous works, supporting multicasting services at the link layer is essential for the efficient use of the network resources, since this approach eliminates the need for multiple transmissions of an identical payload while sending it to different destinations. In this project the system propose a light weight dynamic channel allocation scheme for MANET. The system compare two algorithms DCA -TRACE and CMH-T RACE to provide support for non-uniform load distributions and propose CDCA-TRACE. It increase the number of source nodes and reduce the number of collisions, energy consumptions and average absolute IPDV drastically.