FCMS - this tool helps to establish the facts of the discharge of diesel fuel from the tanks of vehicles, the facts of refueling and the amount of refueled fuel (which excludes entries in the company's statement and receipts), keep records of average fuel consumption for each unit of equipment. This function helps to save on the purchase of fuel and the eradication of theft and attribution from fuel suppliers.

The main purpose of the system is to provide objective rationing of fuel consumption at the stages:

• arrival of fuel to warehouses;
• equipment of vehicles;
• fuel consumption and targeted use of equipment

The system allows you to control:

• for current fuel balances in warehouses;
• for the current remaining fuel in the tanks of vehicles;
• monitoring fuel consumption on each trip;
• overspending of fuel;
• for unauthorized use of equipment;
• for fuel shortages by suppliers;
• monitoring fuel consumption throughout the entire transport fleet.

With the help of fuel level sensors installed in the fuel tank, you can see refueling, draining and the actual amount of fuel for a particular period of time

Monitoring of engine operating hours – helps to monitor the actual operation of the engine in different modes. This function helps to identify:

• General downtime of equipment;
• Idle equipment downtime;
• Engine operation at normal rpm;
• Engine operation at maximum rpm;

Also, to keep an actual calculation of engine hours, as a result of which it is possible to plan maintenance on the actually spent engine hours, which reduces the cost of maintenance, and also confirms the need to replace consumables and basic equipment units.

The engine speed is read on the connected equipment, displayed in the software in the form of graphs, after which a report is generated on the accumulated motorcycle hours and equipment downtime.

Example of displaying necessary diagrams in software.

TPM – tire pressure monitoring system, performing tire pressure monitoring, primarily cares about the safety of the driver and passengers, also the system will automatically detect and warn the driver in case of an emergency situation and help avoid unpleasant consequences.

• Optimal and uniform tire wear is ensured by evenly distributed tire pressure, which ensures maximum tire walking. Over-inflated or under-inflated tires do not allow to achieve perfect contact with the coating, which leads to uneven wear and shortened service life.
• Performing the function of a driver's assistant, it helps to avoid wheel losses, actively contributing to their «salvation».
• By controlling the tire pressure, it will help to avoid unpleasant situations by notifying the driver of the occurrence of insufficient or excessive pressure, significantly reducing the risk of tire explosion.
• Thanks to the tire pressure monitoring system, it is possible to significantly reduce the number of side wheel breakdowns, which is a key factor in saving radial tires.
• By maintaining the optimal recommended tire pressure, thereby reducing the rolling resistance of the wheel and achieving the normative coefficient of adhesion of the rubber to the road, it is possible to achieve fuel economy on average from 1 to 3%.