Agricultural Transport: How to Increase Efficiency and Reduce Costs in Agribusiness

Agricultural transport is the set of logistics operations that moves inputs, crops and farm products using vehicles such as trucks, trailers and agricultural implements. It covers grain hauling, the transport of fertilizers, crop protection products and seedlings, as well as moving machinery and equipment between farms. The efficiency of these operations depends directly on the mechanical availability of the fleet and on controlling costs such as tires and fuel.

Agricultural logistics in Brazil involves planning the flow of the harvest from its origin (farms, silos, cooperatives) to its final destination (ports, refineries, industries). Road transport is the most widely used mode, accounting for more than 60% of grain transport. Managers need to coordinate vehicle availability, fleet maintenance during peak harvest periods and tire control to reduce downtime and operating costs.

The main challenges of agricultural transport include: (1) rural roads in poor condition that accelerate wear on tires and mechanical parts; (2) increasingly short planting and harvest windows, which demand maximum fleet availability; (3) high operating costs for tires, fuel and maintenance; (4) difficulty controlling parts inventory in the field; (5) compliance with environmental regulations without compromising productivity.

To reduce costs in agricultural transport, it is essential to: (1) implement preventive maintenance scheduled by mileage and calendar, reducing corrective repairs and unexpected downtime; (2) manage the full cycle of agricultural tires to avoid early disposal and unnecessary repurchases; (3) keep tires in ideal condition to cut fuel consumption by up to 10%; (4) standardize inspections with an electronic checklist; (5) track indicators such as cost per kilometer and fleet availability to identify savings opportunities.

To increase the availability of an agricultural fleet, you need to replace corrective maintenance with preventive maintenance: schedule services by mileage or calendar, carry out periodic inspections with an electronic checklist, record non-conformities and open work orders automatically. As a result, trucks and machinery spend less time stopped and more time running during the planting and harvest windows, maximizing agricultural productivity.

Agricultural tires cost more than conventional ones and wear faster on uneven terrain. Tire management controls the individual wear of each tire, defines the ideal moment for retreading and eliminates early disposal. Besides reducing replacement costs, well-managed tires consume less fuel: lack of control can increase consumption by up to 25%. For crop transport and grain hauling operations, this control is essential to profitability.

Preventive maintenance for agricultural vehicles is the set of scheduled interventions carried out before a failure occurs, based on mileage, hours of use or elapsed time. It reduces corrective maintenance costs, extends the useful life of trucks and machinery and lowers the risk of unexpected downtime during the harvest. Opening work orders automatically by mileage ensures that no service is forgotten, even at the peak of harvest operations.

To improve harvest flow, it is essential to maintain maximum fleet availability during critical periods. This requires: scheduling preventive maintenance in advance, before and during the harvest; daily inspections with an electronic checklist to detect failures early; inventory control of parts and tires to avoid downtime due to a lack of supplies; and tracking operational indicators that signal bottlenecks. With the fleet available and machinery maintenance up to date, the harvest window is used to the fullest.

The main KPIs for fleet management in agricultural transport are: operational availability of the fleet (% of vehicles fit to run), preventive vs. corrective maintenance ratio, cost per kilometer (CPK), cost per agricultural tire, tire useful life, retreading rate, mean time to repair (MTTR), number of work orders opened and resolved, non-conformity rate in checklists and average fuel consumption per vehicle.

To reduce the cost per kilometer (CPK) of an agricultural fleet, the main levers are: strict control of the tire cycle (calibration, wear and retreading at the right time); preventive maintenance that avoids costly corrective repairs; regular inspections to identify abnormal fuel consumption; and management of parts inventory to avoid overpriced emergency purchases. Tracking CPK per vehicle makes it possible to identify which trucks or implements have the greatest impact on the operating budget.

An electronic checklist for agricultural vehicles is a digital tool that replaces paper forms in inspections of trucks, trailers and machinery. The driver or operator fills out the checklist on a mobile phone, records photos of non-conformities and the system opens work orders automatically. It ensures traceability of inspections, standardized processes and compliance with environmental regulations, as well as detecting failures before vehicles start operating in the field.

To digitize agricultural transport management, the first step is to centralize all maintenance, tire and inspection data in a single software system, eliminating manual spreadsheets and field notebooks. With an integrated system, you can schedule preventive maintenance automatically, track the agricultural tire cycle, record inspections on a mobile phone and generate cost reports per vehicle. Digitization reduces rework, increases visibility of bottlenecks and enables decisions based on real operational data.

Efficient control of agricultural tires involves: registering each tire individually with a history of tire inspections, pressure, wear and position on the vehicle; defining objective criteria for retreading and disposal; scheduling periodic inspections on the calendar; and tracking cost per tire to identify products or suppliers that generate the most waste. With this control, you can extend tire useful life, reduce early repurchases and keep the fleet in ideal condition for field terrain.

An agricultural fleet is the set of vehicles, machines and implements used in agribusiness operations. It includes trucks for transporting grain and inputs, trailers, tractors, combine harvesters, sprayers and other field equipment. Efficient agricultural fleet management involves preventive maintenance, tire control, regular inspections and tracking of operational indicators to ensure maximum availability during planting and harvest periods.

Technology increases productivity in agribusiness by automating repetitive processes and providing reliable data for decision-making. In agricultural transport, fleet management software automatically schedules preventive maintenance, records inspections on a mobile phone, controls the tire cycle and generates cost reports per vehicle. As a result, managers identify bottlenecks, reduce unplanned downtime and ensure the fleet is available during the critical planting, harvest and crop-hauling windows.