FiveM Trucking & Delivery Job Development

Why Trucking Jobs Matter for Server Economy

Trucking and delivery jobs serve as the economic backbone of any FiveM roleplay server. They provide a reliable income source for new players who have not yet established connections or found specialized work, while also creating the logistics infrastructure that connects businesses across the map. When a restaurant needs ingredients, a car dealer needs vehicles transported, or a construction site needs materials, trucking creates the bridge between supply and demand. A well-designed trucking system transforms what could be a simple point-A-to-point-B grind into an engaging career path with route planning, cargo management, vehicle upgrades, and risk-reward decisions about taking longer but higher-paying routes through dangerous territory. The trucking job also fills the map with activity, putting large vehicles on highways and giving police something to monitor for traffic violations, creating natural roleplay encounters between truckers and law enforcement.

Route Configuration and Contract System

Design your trucking system around a contract model where drivers pick up jobs from a dispatch board at the trucking depot. Each contract specifies the pickup location, delivery destination, cargo type, weight, pay rate, and time limit. Organize contracts into tiers based on the driver's license class and experience level, so new drivers start with local deliveries using box trucks while veteran haulers take on cross-map trailer runs with hazardous materials. The contract system should generate routes dynamically from a pool of pickup and delivery points rather than using static routes, which become repetitive after a few runs:

Config.TruckingDepot = {
    location = vector3(152.29, -3210.88, 5.91),
    spawnPoint = vector4(162.45, -3207.12, 5.91, 270.0),
    returnPoint = vector3(148.77, -3215.44, 5.91),
}

Config.ContractTiers = {
    [1] = {
        label = 'Local Delivery',
        requiredLevel = 0,
        vehicle = 'mule',
        payRange = { 500, 1200 },
        timeLimit = 600,
        routes = {
            { pickup = vector3(89.54, -1745.62, 29.33),
              dropoff = vector3(-46.23, -1758.49, 29.42),
              cargo = 'electronics', weight = 500 },
            { pickup = vector3(821.77, -2160.33, 29.62),
              dropoff = vector3(-324.18, -1522.87, 27.56),
              cargo = 'food_supplies', weight = 350 },
            { pickup = vector3(-1088.34, -2002.19, 13.22),
              dropoff = vector3(1214.56, -1386.73, 35.37),
              cargo = 'clothing', weight = 200 },
        }
    },
    [2] = {
        label = 'Regional Haul',
        requiredLevel = 5,
        vehicle = 'packer',
        trailer = 'trailers',
        payRange = { 2000, 4500 },
        timeLimit = 900,
        routes = {
            { pickup = vector3(1378.22, -2078.85, 52.04),
              dropoff = vector3(-2556.14, 2334.67, 33.06),
              cargo = 'construction_materials', weight = 15000 },
            { pickup = vector3(-58.83, -2538.92, 6.07),
              dropoff = vector3(2671.84, 1678.93, 24.49),
              cargo = 'fuel_barrels', weight = 12000,
              hazardous = true },
        }
    },
    [3] = {
        label = 'Long Haul',
        requiredLevel = 15,
        vehicle = 'hauler',
        trailer = 'tanker',
        payRange = { 5000, 10000 },
        timeLimit = 1200,
        routes = {
            { pickup = vector3(2682.34, 1410.77, 24.52),
              dropoff = vector3(-1143.27, -2002.47, 13.18),
              cargo = 'refined_fuel', weight = 25000,
              hazardous = true, fragile = false },
        }
    },
}

Config.LevelXP = {
    perDelivery = 25,
    bonusOnTime = 15,
    bonusNoDamage = 20,
    penaltyLate = -10,
    penaltyCargoDamage = -15,
}

The level and XP system creates progression that keeps drivers engaged over time. Each successful delivery earns experience points with bonuses for on-time completion and delivering cargo without damage. The experience system unlocks higher-tier contracts with better pay but also greater difficulty, as longer routes pass through more dangerous areas and larger vehicles are harder to handle in tight city streets.

Vehicle and Trailer Management

Trucking vehicles need special handling compared to regular player cars. When a driver accepts a contract, spawn the appropriate truck at the depot's spawn point and attach any required trailer. Use AttachVehicleToTrailer for proper trailer physics and implement a manual coupling system where drivers must back their cab up to the trailer and press a key to hitch it. This manual process adds skill-based gameplay and creates satisfying moments when a driver nails a difficult reverse into a tight loading bay. Track trailer attachment state carefully because GTA's trailer physics can detach trailers during collisions, and your script needs to detect this and notify the driver:

local activeTrailer = nil
local trailerAttached = false

function SpawnTruckWithTrailer(vehicleModel, trailerModel, spawnPoint)
    -- Spawn truck
    local truckHash = GetHashKey(vehicleModel)
    RequestModel(truckHash)
    while not HasModelLoaded(truckHash) do Wait(10) end

    local truck = CreateVehicle(truckHash, spawnPoint.x, spawnPoint.y,
        spawnPoint.z, spawnPoint.w, true, false)
    SetVehicleNumberPlateText(truck, 'HAUL' .. math.random(100, 999))
    SetEntityAsMissionEntity(truck, true, true)
    SetModelAsNoLongerNeeded(truckHash)

    -- Spawn trailer if needed
    if trailerModel then
        local trailerHash = GetHashKey(trailerModel)
        RequestModel(trailerHash)
        while not HasModelLoaded(trailerHash) do Wait(10) end

        local trailerSpawn = GetOffsetFromEntityInWorldCoords(truck, 0.0, -8.0, 0.0)
        activeTrailer = CreateVehicle(trailerHash, trailerSpawn.x,
            trailerSpawn.y, trailerSpawn.z, spawnPoint.w, true, false)
        SetEntityAsMissionEntity(activeTrailer, true, true)
        SetModelAsNoLongerNeeded(trailerHash)

        -- Auto-attach trailer
        AttachVehicleToTrailer(truck, activeTrailer, 1.0)
        trailerAttached = true
    end

    return truck
end

-- Monitor trailer attachment status
CreateThread(function()
    while activeTrailer do
        if trailerAttached then
            local truck = GetVehiclePedIsIn(PlayerPedId(), false)
            if truck ~= 0 and not IsVehicleAttachedToTrailer(truck) then
                trailerAttached = false
                lib.notify({
                    title = 'Trailer Detached!',
                    description = 'Your trailer has come loose! Re-attach it.',
                    type = 'error'
                })
                -- Add blip to trailer location
                local trailerCoords = GetEntityCoords(activeTrailer)
                local blip = AddBlipForEntity(activeTrailer)
                SetBlipSprite(blip, 479)
                SetBlipColour(blip, 1)
                BeginTextCommandSetBlipName('STRING')
                AddTextComponentSubstringPlayerName('Detached Trailer')
                EndTextCommandSetBlipName(blip)
            end
        end
        Wait(1000)
    end
end)

Cargo Damage and Condition Tracking

Cargo condition adds a meaningful layer of gameplay to every delivery. Track the health of the cargo based on impacts, speed over bumps, and driving behavior throughout the route. When the truck collides with objects or other vehicles, calculate the impact severity using the vehicle's speed delta and apply proportional damage to the cargo. Fragile cargo like electronics or glass takes heavy damage from minor bumps, while sturdy cargo like construction steel barely registers impacts. Display cargo health as a percentage on the HUD so drivers can see the consequences of their driving in real time. Reduce the final payout proportionally to cargo damage, and set a minimum threshold below which the delivery fails entirely because the cargo is destroyed. This mechanic naturally encourages careful driving without artificially limiting speed, letting drivers make their own risk-reward calculations about driving fast to meet the time limit versus driving carefully to preserve cargo condition.

GPS Navigation and Route Display

Provide truckers with a specialized GPS system that accounts for vehicle size when calculating routes. Standard GTA waypoints send players through narrow alleys and under low bridges that a trailer rig cannot navigate. Override the default navigation with custom route markers that follow truck-friendly roads, avoid tight turns, and warn drivers about upcoming obstacles. Display the route as a series of checkpoint blips on the minimap with distance-to-next indicators, and show an estimated arrival time based on the current speed. Add a fuel consumption mechanic tied to distance traveled and vehicle weight so drivers must plan fuel stops on long hauls, creating additional decision points in the journey:

function CreateTruckRoute(pickupCoords, dropoffCoords)
    -- Clear previous route
    ClearGpsMultiRoute()

    -- Set up checkpoint blips along the route
    local checkpoints = CalculateTruckFriendlyRoute(pickupCoords, dropoffCoords)

    for i, checkpoint in ipairs(checkpoints) do
        local blip = AddBlipForCoord(checkpoint.x, checkpoint.y, checkpoint.z)
        SetBlipSprite(blip, 1)
        SetBlipScale(blip, 0.6)
        SetBlipColour(blip, i == #checkpoints and 5 or 3)
        SetBlipAsShortRange(blip, true)
        table.insert(routeBlips, blip)
    end

    -- Set final destination waypoint
    SetNewWaypoint(dropoffCoords.x, dropoffCoords.y)

    -- Start GPS multi-route display
    StartGpsMultiRoute(6, true, true)
    for _, cp in ipairs(checkpoints) do
        AddPointToGpsMultiRoute(cp.x, cp.y, cp.z)
    end
    SetGpsMultiRouteRender(true)
end

Weigh Stations and Inspections

Add weigh stations along major highway routes where truckers must stop and have their cargo inspected. This mechanic creates natural interaction points on long hauls and opens opportunities for roleplay between truckers and DOT inspectors, which can be either NPC-driven or staffed by players with a transportation authority job. At a weigh station, check the truck's total weight against legal limits, verify the cargo manifest matches what was loaded, and inspect the vehicle condition. Overweight trucks receive fines that cut into delivery profits, incentivizing drivers to stay within legal limits. If your server has a police force, give officers the ability to perform roadside inspections with similar checks, creating organic law enforcement encounters that do not rely on crime. Weigh station compliance adds another layer of realism that dedicated trucking players genuinely enjoy because it validates their commitment to the role.

Multiplayer Convoy System

Allow multiple truckers to form convoys for group deliveries that pay a bonus per participating driver. The convoy leader accepts a special multi-truck contract that generates linked deliveries going to the same destination area. Convoy members share a radio channel for coordination, see each other's positions on the minimap with special convoy markers, and receive a proximity bonus when driving within a reasonable distance of each other. This encourages social gameplay and creates impressive visual moments when a line of trucks rolls down the highway together. Implement a convoy formation indicator that shows each member's position in the line and highlights anyone who falls behind or takes a wrong turn. The convoy bonus should be significant enough to incentivize grouping up, typically twenty to thirty percent more than solo runs, making it worth waiting for other drivers rather than immediately departing alone.

Performance and Anti-Exploit Measures

Trucking systems spawn large vehicles that have significant rendering costs, so manage their lifecycle carefully. Delete the truck and trailer immediately when a delivery completes or fails rather than leaving them on the map. If the driver disconnects mid-delivery, clean up spawned vehicles on the server side and mark the contract as abandoned. Prevent teleportation exploits by tracking the truck's position at regular intervals and ensuring it follows a plausible path from pickup to dropoff, flagging deliveries where the vehicle covered impossible distances between checks. Rate-limit contract acceptance to prevent players from rapidly accepting and canceling contracts to cherry-pick the highest-paying routes. Store delivery statistics per player for leaderboards and achievements, but batch database writes on a timer rather than writing after every checkpoint to minimize database load during peak hours when many drivers are active simultaneously.