the simulator car Marcon simpl-120

Static simulator car "MARCON Simpl-120"

Budget option static simulator of the car, with a minimal set of features and capabilities.

Modern computer simulator is a high-tech equipment for the theoretical and practical training of candidates for drivers of vehicles used in the learning process in schools and specialized educational institutions, and as for testing or adjusting existing skills experienced professionals at the motor transport enterprises.

The efficacy of the simulator depends on a complex the authenticity of the controls of the simulator control real vehicle and as close as possible to reality the visualization system. Modern imaging technologies allow to create the effect of "immersion".

The virtual simulator based on accurate modeling real machine, and the simulator itself is a multifunctional system the basis of personal computers.

The best way to understand the basic principles of driving and not to break this very car is to use realistic 3D driving simulator new generation! A unique program contains specially created virtual city with 8 districts, each of which provides the perfect environment to practice driving skills in different road conditions.

Theory, knowledge of traffic rules and the ability to choose the correct the rotation is unquestionably important. But practical skills the road is more important. Complete the simulator car driving help a novice driver to develop basic physical skills management, to practice driving in difficult weather conditions, remember road signs and markings - all without leaving the premises the educational institution. Various machines that fully meet characteristics of their prototypes, the absolute identity behavior cars on the road and can work on almost any road the situation - from full of surprises travel at night or during the day on country highway to extreme driving conditions congestion of roads in rain, fog or snow, the streets and even the boulevards in a very large city.

All models simulators MARCON equipped with modern software software 3D Instructor 2.0. For each vehicle type developed a separate program with a variety of academic tasks. The simulator equipped with the current dashboard and original controls the simulated equipment, including a system for measuring and control, which gives a detailed report about the results of the training or qualifying classes.

The simulator allows the novice driver to view the the controls and learn the necessary techniques before control of this machine, develop physical skills use authorities, to study the rules of behavior of the vehicle on the road and on limited areas, to master the principles of driving with different the drive type and the transmission, the operation of the vehicle in different weather conditions at different times of day and at different times years, to be trained in the execution of training exercises and in the delivery of qualification tests, to feel the connection between their actions and the behaviour of the vehicle on the virtual road and in the surrounding environment. And most importantly, allows you to get the simulator is the opportunity to prepare for emergency and unusual situations.

Learning on the simulator provides maximum the approach of learning conditions to operating conditions of transport money by visual virtual image areas and behind-cabin space on the basis of computer generation and acoustic noise level operating units of the machine in different modes, as well as simulation techniques start from different positions, gear, steering, cornering, braking different ways to reverse it.

The simulator consists of the machine frame, a display device visual information, levers and pedals, control hardware-software complex. The reaction of the working bodies of the simulator on operator actions is simulated by means of computer graphics the visualization system is installed directly before the work place of the operator.

Driving allows you to:

• the study of the composition, location of controls and instrumentation (instrumentation) cabins, as well as practical learning to use the controls;
• the simulation engine start, engine stop, engine control;
• imitation methods of driving with different positions, gear, steering, cornering, braking in a variety of ways, the movement of the rear way;
• simulation acceleration characteristics, speed change movement in the speed range of the real machine, the time of movement inertia, time, rolling on steep uphill and downhill, braking brake, engine and combined method, simulation turn based from the actions of the learner, soil characteristics and profile of the synthesized areas;
• imitation sound signal, noise engine, and the main units and parts of machines in the place of the learner, and also bumps, rattles and squeaking tripping on the limiters and the elements of the exercises;
• the selection of exercises from the set and setting initial conditions for their implementation;
• review of behind-cabin space using camera rotation;
• fixing errors made by the student when driving
• the ability to analyze the results of driving in statistics
• earning points for traffic violations in the statistics for each student
• the assignment of administrative responsibility for violation of traffic rules