FTL vs LTL vs PTL: Choosing the Mode by Shipment Profile

A planner books a 3,900 kg shipment as part truckload because the TMS rule says anything under five tonnes goes PTL. The cartons are bedding and cushions. At the carrier's origin hub the load measures over a thousand cubic feet, the bill arrives at the volumetric weight, and the shipment costs more than a dedicated truck would have, while arriving two days later. Nothing in the rule was wrong except the number it compared.

Choosing between full truckload, less-than-truckload and part truckload is a calculation, not a preference. Each mode prices a different unit, so the crossover depends on weight, cube, distance and the carrier's tariff rules. Run the calculation on chargeable quantity rather than actual weight, and the mode decision becomes a rule your TMS can apply to every shipment and your finance team can audit.

• What this guide covers: how FTL, US LTL and Indian PTL are priced, the profile fields that decide the mode, break-even weight with weight breaks and volumetric conversion, transit and damage exposure, and liability terms in each market.
• What it adds: a worked US ($) lane and an Indian (₹) lane, a break-even script, a failure trace and a quarterly review checklist, linked to the wider Logistics and Supply Chain library.

Three modes, three pricing units: trip, hundredweight and kilogram

FTL is priced per trip or per mile for a whole vehicle; US LTL is priced per hundredweight by freight class and weight break; Indian PTL is usually priced per chargeable kilogram with a minimum per consignment. Comparing quotes across modes only works after converting each to the cost of the same shipment.

The National Motor Freight Traffic Association assigns every commodity a class from 50 to 500 based on four characteristics: density, handling, stowability and liability. Its Docket 2025-1, effective 19 July 2025, moved many items to density-based classification, which makes accurate dimensions even more important for US LTL. Our LTL freight class and reweigh audit guide covers the class and inspection disputes in detail.

What PTL means in India versus partial truckload in the US

The same three letters describe different products in the two markets. In India, PTL is the networked, hub-and-spoke service for consignments smaller than a truck, which is closer to US LTL. In the US, partial or volume truckload usually means several pallets sharing a trailer without terminal handling, quoted by pallet or linear foot.

That difference matters when a global team writes one mode policy. A US shipper reading "use PTL for 6 to 12 pallets" expects fewer touches and no freight class; an Indian planner reading the same policy books a networked service with hub sorting, volumetric weight and a docket per consignment. Name the service by its handling, not by the acronym, in any shared policy or RFP.

• Indian PTL market structure: express and surface networks run origin hubs and regional sort centres, and price by chargeable kilogram with a per-consignment docket charge and optional risk or freight-on-value cover.
• Indian FTL market structure: trucks are hired per trip by body type and length, often through brokers, with loading and unloading arranged by the shipper and consignee.
• US volume or partial truckload: usually quoted directly by truckload or LTL carriers as a spot or dedicated rate for a defined pallet count and weight.
• US LTL: governed by each carrier's tariff and rules tariff, with the NMFC used for classification.

The shipment profile fields that decide the mode

Seven fields decide most mode choices: actual weight, dimensions per handling unit, handling unit count, stackability, origin and destination postcode, required delivery date and declared value. If any is missing at tender time, the TMS should hold the shipment rather than default to a mode.

• Actual gross weight: from a weighed load or reliable item master weights; estimated weights are the main source of reweigh adjustments.
• Dimensions per handling unit: length, width and height of each pallet or carton group, measured after wrapping.
• Stackability: non-stackable pallets consume floor space in a trailer and can trigger cube or linear-space rules in LTL tariffs.
• Delivery appointment and date: a fixed retailer appointment favours FTL because networked modes rarely guarantee a time window.
• Declared value: drives the liability terms in both countries and the risk charge on Indian PTL bills.
• Postcode serviceability: Indian PTL networks charge extra for out-of-delivery-area pin codes; check the carrier's list before comparing.

Vehicle limits set the ceiling for FTL. On the US Interstate system, 23 CFR 658.17 caps gross vehicle weight at 80,000 pounds, with 20,000 pounds on a single axle and 34,000 pounds on a tandem, subject to the bridge formula. Payload is that limit minus the tractor and trailer weight, so a dense load can fill a truck by weight long before it fills it by cube.

Finding the break-even weight on a US lane with weight breaks

The break-even weight is the FTL cost divided by the LTL rate per hundredweight at the applicable weight break. Above it, a dedicated truck is cheaper; below it, LTL wins, provided the carrier's rules tariff does not convert the shipment to a space-based charge.

# Break-even between a networked mode and a dedicated truck (illustrative).
# FTL      = all-in trip cost for the lane (linehaul + fuel + expected accessorials)
# breaks   = list of (min_weight, rate) pairs; US LTL rate per 100 lb, India PTL rate per kg
# unit     = 100 for US cwt pricing, 1 for India per-kg pricing
# factor   = India volumetric conversion in kg per cubic foot from the carrier contract
# fsc      = fuel surcharge as a fraction of the base rate (0 if already included)

def chargeable_kg(actual_kg, cubic_ft, factor):
    return max(actual_kg, cubic_ft * factor)

def networked_cost(weight, breaks, unit, minimum, fsc=0.0):
    # Rate at the shipment's own break, then test every heavier break
    # (deficit weight rating) and keep the cheapest.
    options = []
    for min_w, rate in breaks:
        billed_w = max(weight, min_w)
        options.append(billed_w / unit * rate * (1 + fsc))
    return max(minimum, min(options))

def break_even(FTL, rate, unit, fsc=0.0):
    return FTL / (rate * (1 + fsc)) * unit

# US: FTL $1,568; class 70 net rate $14.10/cwt at 10,000 lb break
#     break_even(1568, 14.10, 100) = 11,121 lb
# India: FTL Rs 58,000; PTL Rs 9.80/kg base, 15% fuel surcharge
#     break_even(58000, 9.80, 1, 0.15) = 5,146 chargeable kg

Weight breaks create a second crossover inside LTL itself. A 9,200 lb shipment rated at the 5,000 lb break costs more than the same shipment rated as if it weighed 10,000 lb at the lower rate, so LTL tariffs typically bill the cheaper deficit-weight figure; confirm the provision in each carrier's rules tariff. The worked table below shows both effects for one illustrative lane.

FTL versus LTL break-even on a US lane equals the all-in truckload cost divided by the LTL rate per hundredweight: a $1,568 trip against a $14.10 class 70 rate breaks even at about 11,121 lb, within the 80,000 lb gross vehicle limit of 23 CFR 658.17, so heavier shipments should move as dedicated truckload.

Volumetric weight moves the crossover on Indian PTL lanes

On Indian PTL, the bill uses the higher of actual weight and cubic feet multiplied by the carrier's conversion factor, so light, bulky goods hit the FTL crossover at a much lower actual weight. Always compare chargeable kilograms, not scale weight, against the truck cost.

The conversion factor is a contract term, not a national rule, and it varies by carrier and service. Our PTL chargeable weight guide explains how to measure the shipping configuration and apply minimum charges. Here the question is narrower: at what cube does a dedicated truck become cheaper than the networked service for the same goods?

Rates and factors in the table are assumptions for illustration: ₹9.80 per kg base plus a 15% fuel surcharge gives ₹11.27, the conversion factor is 6 kg per cubic foot, and the risk charge is 0.1% of invoice value. The Indian break-even of 5,146 chargeable kilograms equals about 858 cubic feet at that factor, which is why shipment E crosses over while weighing less than half of shipment D.

Indian PTL versus FTL selection should compare chargeable kilograms, the higher of actual weight and cubic feet times the contract conversion factor, against the truck cost: at ₹11.27 per kg and 6 kg per cubic foot, a ₹58,000 Pune to Bengaluru trip breaks even near 5,146 kg or 858 cubic feet.

Transit time, touches and damage exposure by mode

Price is only one side of the decision. Networked modes add handling at every hub, which adds transit days and damage risk, while FTL moves the load once from dock to dock. When the cost difference is small, as with shipment C, the extra touches usually decide in favour of the truck.

• Handling touches: an FTL load is handled at origin and destination only; an LTL or PTL shipment is also unloaded and reloaded at each terminal or hub on its route.
• Transit variability: networked services depend on linehaul departures and sort windows, so a missed cut at one hub can add a day.
• Appointment compliance: retailer and modern-trade receiving docks often fine or refuse late arrivals; FTL lets the shipper plan to the appointment.
• Seal and count integrity: an FTL trailer can travel under one seal; networked freight relies on piece counts at each handover.
• Consolidation alternative: combining several customers' orders in one multi-stop truck can beat both modes on dense lanes.

In India, the documentation differs too. Each consignment over ₹50,000 needs its own e-way bill under CGST Rule 138(1), and where a transporter carries several consignments in one vehicle, Rule 138(6) lets it generate a consolidated e-way bill in FORM GST EWB-02 before movement. A PTL network therefore manages many consolidated bills per linehaul vehicle, while an FTL load usually carries one or two e-way bills for its whole trip.

Liability and claim clauses that change between modes

Liability terms differ more by country than by mode, but networked shipments are exposed to more handling, so the terms matter more. Record declared value on every booking and know the claim deadlines before goods are damaged.

In the US, 49 U.S.C. 14706 makes a motor carrier liable for actual loss or injury to the property it carries, but allows rates that limit liability to a value the shipper declares in writing or agrees in writing, where reasonable. The same section bars carriers from setting less than nine months to file a claim or less than two years to sue after a written disallowance. Many LTL tariffs use that limitation, so check the bill of lading value field.

• India goods forwarding note: section 8 of the Carriage by Road Act, 2007 requires the consignor to execute a goods forwarding note that declares the value of the consignment and any dangerous goods.
• India goods receipt: section 9 requires the common carrier to issue a goods receipt in triplicate, which is prima facie evidence of weight, measure and package count.
• India carrier liability: section 10 limits a common carrier's liability to a prescribed amount unless the consignor pays the higher risk rate the carrier fixes under section 11.
• India claim notice: section 16 bars a suit for loss or damage unless written notice reaches the carrier within 180 days of booking.

PTL and FTL loss claims in India run through the consignment note issued under the Carriage by Road Act, 2007: section 10 limits a common carrier's liability unless a higher risk rate is paid, and section 16 requires written notice within 180 days of booking, against a nine-month US claim floor under 49 U.S.C. 14706(e).

Turning the crossover into a tender rule in the TMS

A mode rule should compute chargeable quantity, price every eligible mode on the lane and pick the cheapest that meets the delivery date, with a manual review band near the crossover. The following trace shows what happens when the rule compares only actual weight.

1. Mon 09:20, mode selection: TMS transaction MODE-SELECT on shipment SH-30417, Pune to Bengaluru, reads actual weight 3,900 kg, below the 5,000 kg PTL threshold, and books carrier docket PN-55821 without reading the 1,010 cubic feet in the packing list.
2. Mon 17:45, origin hub scan: the carrier's dimension scan records 1,010 cubic feet, so chargeable weight becomes 6,060 kg at the 6 kg factor.
3. Thu 11:30, late delivery: the consignment arrives on day four against a two-day truck plan; the customer DC re-slots the appointment and logs a late-delivery debit note.
4. Day 18, invoice mismatch: carrier invoice INV-PTL-88213 bills 6,060 × ₹11.27 + ₹150 + ₹780 = ₹69,226 against a TMS accrual of ₹44,883 built on 3,900 kg; the freight match fails at 54% variance.
5. Day 19, root cause: audit finds the rule used scale weight; a dedicated truck at ₹58,000 would have saved ₹11,226 and two days.

The corrected rule computes chargeable weight before selecting the mode, prices PTL and FTL for the lane, and routes any shipment within 10% of the crossover to a planner, who can consolidate it with other orders or hold it for a later truck. When the lane has steady volume, the comparison should also include a contracted truck rate; our FTL spot versus contract rate guide covers that procurement choice.

Who maintains the profile data and who approves a mode switch

Mode decisions fail when the data behind them has no owner. Weights and dimensions belong to master data, rate cards to procurement, the rule to transport planning, and the audit to finance. Each should approve changes in its own area, and a lane's default mode should change only with a recorded cost comparison.

Import loads add a further dependency. When the pickup is a container from a port or inland container depot, document readiness can delay the truck more than the mode choice saves; our guide to eSanchit document readiness covers that customs step, which this article treats only as a pickup constraint.

A quarterly mode review checklist for lanes and customers

Rates, fuel and order profiles change, so the crossover moves. A quarterly review that reprices the last quarter's shipments under every eligible mode shows which lanes should change default and how much the current rule left on the table.

Keep the repricing output with the review minutes so the next change to a lane's default has a recorded basis. If you want help building the chargeable-weight rule, the lane break-even tables or the quarterly repricing for your network, send your shipment profile through our request for proposal form and we will reply with a scoped plan.