
Fleet vehicle system encompasses driver management, vehicle management, dispatch management, and safety management. The primary function of driver management is transportation, with the fleet being the main executor of transportation tasks. Vehicle management involves technical supervision and safety management of both vehicles and drivers. Safety management is a crucial branch of management science. Below is an introduction to motorsports: Introduction: Motorsports are divided into two major categories: circuit racing and off-road racing. Its origins date back over 100 years. The earliest car races were held on roads between cities. Related Events: In 2010, China hosted 100 automotive and motorcycle events, with 73 being motorsports events such as rallies, off-road races, and karting races, offering a feast for motorsport fans. At the 2009 China Automobile and Motorcycle Sports Federation and China Motor Sports Association work conference concluded on December 23, 2009, in Zhaoqing, Guangdong, the China Automobile Federation announced the provisional calendar for the following year. It initially included 8 rounds of the National Rally Championship.

















The fleet vehicle system is essentially a set of rules established for a company's fleet. Based on my extensive experience working with fleets over the years, I've observed it primarily governs three key areas: First is vehicle dispatch, where employees must apply in advance to use a vehicle, preventing misuse or resource wastage. Second is routine maintenance, such as scheduled servicing, car washing, and oil changes, which must be performed punctually with records uploaded to the system. Third is driver management, including safety training, traffic violation handling, and following proper insurance claim procedures in case of accidents. By the way, most modern fleets now utilize GPS tracking systems to monitor vehicle locations and fuel consumption in real-time, which helps control costs. The entire system operates with meticulous detail, requiring dedicated logbooks to record data like mileage and maintenance expenses for each vehicle.

When it comes to systems, I believe the core is keeping dozens of vehicles well-organized. Our company stipulates that each vehicle has a dedicated responsible person, with everything from refueling to maintenance assigned to individuals. The most critical rules are that vehicle usage registration must be signed by hand, repairs must be done at contracted garages, and refueling is required when the tank is half empty to avoid delays. Last month, a driver who failed to perform maintenance on time had their bonus deducted—this shows how strictly the system is enforced. Additionally, all vehicles undergo quarterly safety inspections, with special attention paid to tires and brakes, and the data is uploaded to the management platform. Actually, the biggest advantage of this system is reducing disputes, as vehicle usage records are crystal clear.

Managing a fleet is far more than just handing out keys; there are many nuances hidden in the system. The basic framework consists of three parts: vehicle records must be complete, including policies and annual inspection certificates; usage management must be strict, requiring pre-trip checks of tire pressure and fuel levels; and maintenance, being the most costly, is the most stringent—even minor scratches must be photographed, archived, and reported for approval. Here’s a lesser-known fact: many fleets now install OBD devices that automatically record dangerous operations like hard braking and excessive RPM, syncing directly to the management backend. Implementing this system effectively can save a significant amount on repair costs annually.

The system is essentially the company regulations for vehicles. The three most practical rules I've seen: First is the reservation system - vehicle use requires advance application to avoid conflicts; Second is the one-vehicle-one-card policy - all refueling and maintenance must be recorded via card swipes; Third is the black box system - installing GPS recorders to monitor routes and speed. There's also a logbook for daily use where each trip's mileage and driver must be recorded. From what I've observed, well-implemented fleets can reduce maintenance costs by 20% through scheduled servicing that prevents major overhauls. Nowadays mobile APP management is becoming increasingly common, allowing real-time checking of which vehicles are undergoing maintenance.

Managing a fleet is like leading troops, where systems are the guarantee of combat effectiveness. It typically includes four modules: vehicle dispatching must be fair and transparent to prevent private use; safety training is conducted monthly, with new drivers required to undergo on-the-job training; must strictly follow the manual to avoid malfunctions; and cost control is paramount, with fuel subsidies calculated based on mileage. Nowadays, smart management is the trend, featuring mobile check-ins for vehicle use and automated system reminders for maintenance. The challenge lies in supervision, which is why many companies implement 24/7 monitoring with immediate alerts for speeding. The core of this system boils down to two words: prevention, nipping problems in the bud.


