The problem of reduction of costs associated with the performance of work in remote areas, which should be delivered to special funds for the execution of works, is relevant in view of the ever-increasing one-hundred-imosti special technique, bulkiness of many of its types and problem-sti move its modern road and other routes. Hod them from directions to reduce these losses is to find the best options to transfer credits on the basis of building a formal model describing the process of moving. It is this problem, and in is devoted to this work. In the formalized problem of minimizing the risks caused by losses and costs associated with the delivery of the Ad Hoc technology to remote-ly located sites working on co-toryh can be carried out construction, installation, repair, supply of-malarial and other works. The classification of the problems associated with the movement of special equipment and, above all, Conveyor as the most cumbersome and capacious types of such equipment. We write the expression for the losses and expenses associated with the pro-cess of transportation. These expressions include four of subsidiary function, which in turn depend on a number of constants and pro-simplest functions. The first of these auxiliary functions Inves-vestigated for the most important field of application of the developed model - for the construction sector. An analytical expression for the function.

Keywords: transportation of special equipment, mathematical model, construction zone, lifting vehicles, minimization-tion risks, losses and expenses, estimate model parameters

The problem of reducing the costs associated with the performance of work at the construction site, is relevant in view of the ever increasing cost of special equipment and materials used in con-ment, the tightening competition in the construction market. One of the ways to reduce these losses is the search of an optimal variants of the organization of the construction process, in particular for road construction equipment and above all Conveyor (TCP). That this problem is devoted to this work. In the formalized problem of minimizing the losses and costs associated with the delivery with the implementation of various support accompanying PTS use processes. Accounted for a large set of facts which could have a negative impact on the process uses the TCP-tion. These expressions include seven support functions, which in turn depends on a number of constants and simple functions. We studied two of the seven auxiliary functions on demand-built bathrooms in models obtained analytical expressions for calculating the values ​​of these functions.

Keywords: lifting the vehicle, a mathematical model, the construction area, risks, losses and expenses, minimization, auxiliary functions, the evaluation of the model parameters.