Every rate, cost and percentage here is illustrative, chosen to make the arithmetic clear. Real figures vary enormously by lane, vehicle, market and contract. Learn the method, then build your models from your own live costs.
Mapping a Route End to End
Before you can reduce a cost you have to find it. Most freight cost analysis fails because it starts with a spreadsheet instead of a map.
Drawing the journey as legs
You will learn to break a route into legs and handovers, which is where costs actually live.
A route is not a line from A to B. It is a series of legs (movement) separated by handovers (things stopping, being lifted, waiting, or changing hands). Legs cost money predictably. Handovers cost money invisibly.
ROUTE MAP Ningbo factory -> Birmingham warehouse, 40'HC LEG 1 Factory -> Ningbo container yard 180 km road HANDOVER empty positioning, loading, seal, gate-in LEG 2 Ningbo -> Felixstowe sea, 33 days HANDOVER discharge, terminal storage, customs, release LEG 3 Felixstowe -> Birmingham 385 km road HANDOVER unload at site, empty container return LEG 4 Birmingham -> empty depot 22 km road COUNT: 4 legs, 3 handovers. Handovers are where these hide: - empty positioning charge - lift-on / lift-off - terminal handling both ends - storage if collection is late - waiting time at delivery - empty return, which is a whole extra leg nobody quotes
Leg 4 is the one that disappears from most analyses. The container must go back empty to a depot, and on an inland delivery that can be a significant distance. It is a real cost on every FCL movement and it is routinely omitted from route comparisons, which quietly flatters inland destinations.
Count the handovers before you price anything. If a route has five handovers and an alternative has three, the three-handover route is usually cheaper and more reliable even when the distance is longer. Every handover is a cost and a chance to fail.
- Routes are legs separated by handovers; handovers hide the costs
- Empty container return is a real leg that is routinely omitted
- Fewer handovers usually beats shorter distance
Time, distance and handling points
You will learn to measure a route in three dimensions, not just one.
| Measure | What it drives | Where it misleads |
|---|---|---|
| Distance | Fuel, tolls, vehicle wear | Ignores traffic, terrain and waiting |
| Time | Driver cost, vehicle utilisation, inventory cost | Varies hugely by route congestion |
| Handling points | Terminal fees, lift charges, damage risk | Invisible on a map |
Why time matters more than distance in road freight
A vehicle costs money per day whether it moves or not. Two routes of 380 km are not equal if one takes five hours and the other takes eight because of urban congestion and a two-hour wait at delivery. The second consumes most of a driver's legal day and may prevent a second job entirely.
ROUTE A ROUTE B
Distance 385 km 390 km
Driving time 4h 50m 4h 40m
Congestion / urban 0h 20m 1h 30m
Waiting at delivery 0h 30m 2h 00m
-------- --------
TOTAL DRIVER TIME 5h 40m 8h 10m
Vehicle + driver cost at GBP 62/hr
GBP 351 GBP 506
Fuel (similar) GBP 128 GBP 130
-------- --------
TOTAL GBP 479 GBP 636
Same distance. 33% more cost. The difference is
entirely waiting and congestion - neither visible
on a distance-based comparison.
When a client complains that a delivery costs more than a similar-distance one elsewhere, check waiting time first. Sites with poor access, no booking system or slow unloading generate cost that has nothing to do with the journey, and the data usually shows it clearly.
- Measure routes by distance, time and handling points together
- Vehicles cost money per hour, including hours spent waiting
- Equal-distance routes can differ substantially in cost
Where cost hides
You will learn the cost categories that never appear on a freight quote.
- Waiting time — at collection and delivery, often free for the first hour or two then charged
- Empty running — the return leg with nothing on it
- Failed deliveries and redeliveries — a repeated journey at full cost
- Storage — when goods cannot be collected or delivered on time
- Demurrage and detention — tiered and escalating
- Damage and claims — including the administrative time, which is never counted
- Administrative time — chasing documents, resolving queries, handling exceptions
- Inventory cost — capital tied up in goods sitting in transit
- Stockouts — lost sales when goods arrive late
The last two are the biggest and the least measured
A cheaper, slower routing that adds two weeks to transit ties up capital for longer and forces higher safety stock. For a business turning over significant volume, that can cost more than the freight saving — but it appears in the finance team's numbers, not the logistics team's, so nobody connects the two.
A company switches to a cheaper carrier, saving roughly 9% on freight. Six months later, total cost has risen.
The new carrier's on-time performance is worse. Failed deliveries rose from 2% to 7%, each triggering a redelivery charge and warehouse rework. Damage claims doubled. And because transit became less predictable, the warehouse increased safety stock to compensate.
The freight line in the accounts looks better. Every other line looks worse, and the total is higher.
When presenting a saving, always name what you have not counted. "This saves 9% on freight; it does not account for service level differences, which we should review after three months." That sentence protects you and makes the analysis honest.
- Nine cost categories sit outside the freight quote
- Inventory cost and stockouts are the largest and least measured
- State explicitly what a saving calculation does not include
Fixed versus variable cost
You will learn which costs move with volume and which do not, because it changes every decision.
| Fixed — incurred regardless of load | Variable — moves with distance or volume |
|---|---|
| Vehicle finance or lease | Fuel |
| Insurance and licensing | Tolls and road charges |
| Driver's basic pay | Tyres and wear-related maintenance |
| Depot rent and overhead | Overtime and waiting payments |
| Telematics and systems | Terminal handling per container |
Why this decides pricing behaviour
A vehicle sitting idle still costs its fixed costs. This is why a haulier will accept a low rate to fill an otherwise empty return leg — anything above the variable cost contributes to fixed costs that are being incurred anyway.
A vehicle is returning empty from Birmingham to Felixstowe.
Fixed cost for the day (already committed) GBP 310
Variable cost of the return leg (fuel, tolls,
wear) whether loaded or not GBP 145
Extra variable cost of carrying a load GBP 25
-------
TRUE MARGINAL COST of taking a backhaul GBP 25
Any rate above GBP 25 makes the haulier better off.
A rate of GBP 220 for that leg looks absurdly cheap
against a normal GBP 480 - and is highly profitable,
because the journey was happening anyway.
This is not a favour. It is arithmetic. Knowing it is
the strongest card you hold in a negotiation.
Ask every haulier you use: "Which direction do you struggle to fill?" Offering volume on their empty leg earns a genuinely low rate that is sustainable, because it improves their economics. A rate cut won by pressure alone comes back as poor service.
- Fixed costs are incurred whether the vehicle moves or not
- Marginal cost of a backhaul is small, which is why those rates are low
- Finding a carrier's empty direction earns sustainable rates
Building a route cost sheet
You will build a complete cost sheet for a route, leg by leg.
ROUTE COST SHEET Ningbo -> Birmingham, 1 x 40'HC
Illustrative figures, GBP
LEG 1 ORIGIN ROAD
Empty container positioning 68.00
Haulage factory to yard, 180 km 186.00
Waiting at factory (2 hrs, 1 free) 22.00
------
276.00
HANDOVER 1 ORIGIN TERMINAL
Terminal handling 142.00
VGM submission 12.00
Documentation 38.00
Seal 6.00
------
198.00
LEG 2 MAIN CARRIAGE
Ocean freight incl. BAF 1,583.00
Security surcharge 19.00
------
1,602.00
HANDOVER 2 DESTINATION TERMINAL
Terminal handling 195.00
Port security levy 18.00
Customs entry 65.00
------
278.00
LEG 3 DESTINATION ROAD
Haulage Felixstowe to Birmingham, 385 km 340.00
Waiting at delivery (2 hrs, 2 free) 0.00
------
340.00
LEG 4 EMPTY RETURN
Birmingham to empty depot, 22 km 95.00
------
95.00
TOTAL ROUTE COST 2,789.00
Ocean freight is 57% of the total.
The other 43% is what most analyses ignore.
EXCLUDED duty, import VAT, demurrage, detention,
examination fees, storage, insurance
That final observation is the point of the whole exercise. When a client says "our freight costs too much", they usually mean the ocean rate. It is 57% here. Negotiating 10% off it saves £160. Removing two hours of origin waiting and switching the empty return depot might save nearly as much, and nobody is looking there.
Build the sheet once per lane, then reuse it. Most clients ship the same routes repeatedly, and after the first build you are only updating rates. The analysis that takes two hours the first time takes ten minutes thereafter.
- Build the sheet leg by leg, including handovers and empty return
- Main carriage is often only half the total cost
- Build once per lane, then reuse and update
Module 1 review
Which leg is most often omitted from FCL route cost analysis?
The container must go back empty, and on inland deliveries that is a real distance. Omitting it quietly flatters inland destinations.
Two road routes are both 385 km. Why might one cost 33% more?
Distance drives fuel; time drives driver and vehicle cost. Waiting and congestion are invisible on a distance comparison.
Why can a haulier offer a backhaul rate far below their normal price?
Fixed costs are already committed and the return leg is already being driven. Anything above marginal cost improves their position.
Cost per Kilometre, Kilo and Pallet
The unit costs that let you compare anything with anything, and the one number that decides whether a route makes money.
Choosing the right unit to measure
You will learn which unit to use for which question, because the wrong one produces confident nonsense.
| Unit | Use it to answer | Do not use it for |
|---|---|---|
| Cost per km | Is this vehicle operating efficiently? | Comparing routes of different load sizes |
| Cost per kg | Which mode suits this cargo? | Light bulky cargo — it looks absurdly expensive |
| Cost per pallet | What does one unit of customer demand cost to move? | Cargo with wildly different pallet sizes |
| Cost per m³ | Space-limited cargo | Dense cargo — it looks artificially cheap |
| Cost per order | E-commerce and distribution economics | Bulk movements |
The rule
Measure in the unit the customer's business works in. A retailer thinks in pallets and cases. A manufacturer thinks in components. An e-commerce seller thinks in orders. Presenting cost per kilo to someone who thinks in pallets makes your analysis unusable, however correct it is.
Using cost per kg across a mixed portfolio. A client shipping both ceramic tiles and cushions will show wildly different cost per kg for reasons that have nothing to do with efficiency. Compare like with like, or use a unit that handles both.
- Each unit answers a different question
- Measure in the unit the client's business actually works in
- Never compare cost per kg across cargo of different densities
Calculating cost per kilometre
You will learn to build a cost per kilometre figure from vehicle operating costs.
ANNUAL FIXED COSTS
Vehicle and trailer finance GBP 24,000
Insurance 8,400
Road tax and licensing 1,900
Driver basic salary and on-costs 42,000
Depot, systems, admin allocation 9,600
--------
TOTAL FIXED GBP 85,900
ANNUAL VARIABLE COSTS (at 105,000 km)
Fuel GBP 46,000
Tyres 5,200
Maintenance and repairs 9,800
Tolls and road charges 4,300
--------
TOTAL VARIABLE GBP 65,300
TOTAL ANNUAL COST GBP 151,200
Annual kilometres 105,000
COST PER KM 151,200 / 105,000 = GBP 1.44
BUT - that assumes every kilometre is a paid kilometre.
Actual LOADED kilometres 73,500 (70%)
COST PER LOADED KM 151,200 / 73,500 = GBP 2.06
The empty 30% raises the real cost by 43%.
This is the number that matters.
Cost per loaded kilometre is the honest figure. Cost per total kilometre flatters an operation that runs empty a lot, and it is the figure people quote when they want their numbers to look good. Always ask which one you are being shown.
Driver cost is usually the largest single line, ahead of fuel. Operations that focus entirely on fuel savings while ignoring driver hours and waiting time are optimising the second-biggest number and ignoring the biggest.
- Build from annual fixed plus variable cost divided by kilometres
- Cost per loaded kilometre is the honest figure
- Driver cost usually exceeds fuel cost
Cost per kilo and per pallet
You will learn to convert a total route cost into the units clients understand.
ROUTE COST (from Module 1) GBP 2,789 CARGO 22 pallets, 8,470 kg gross, 41 m3 COST PER PALLET 2,789 / 22 = GBP 126.77 COST PER KG 2,789 / 8,470 = GBP 0.33 COST PER M3 2,789 / 41 = GBP 68.02 SAME ROUTE, DIFFERENT CARGO - ceramic tiles CARGO 20 pallets, 21,000 kg, 26 m3 ROUTE COST GBP 2,650 (20ft container, lower freight) COST PER PALLET 2,650 / 20 = GBP 132.50 COST PER KG 2,650 / 21,000 = GBP 0.13 COST PER M3 2,650 / 26 = GBP 101.92 WHAT THIS SHOWS Per pallet: almost identical (127 vs 133) Per kg: tiles look 2.5x cheaper Per m3: tiles look 50% more expensive All three are correct. None is "the" cost. The tiles are dense, so they are cheap per kilo and expensive per cubic metre. Nothing about the operation differs - only the cargo.
Concluding from a cost-per-kg comparison that one product is shipped more efficiently than another. Density drives that number far more than efficiency does. Comparing cost per kg across different products tells you about the products, not about your logistics.
Track the same unit over time for the same product, rather than comparing units across products. Cost per pallet for one SKU rising 8% over six months is a real signal. Cost per kg differing between two SKUs is usually just physics.
- One route cost produces different unit costs depending on cargo
- Density, not efficiency, drives most cost-per-kg differences
- Track the same unit over time for the same product
Empty running and backhaul
You will learn why empty legs dominate road freight economics.
Empty running is any distance travelled without paying cargo. It is pure cost, and in road freight it is typically a substantial share of total kilometres across the industry.
Why it happens
- Trade is directional. More goods flow into some regions than out of them.
- Timing rarely aligns. A return load exists but not on the day you are there.
- Equipment mismatch. Your trailer type does not suit available return cargo.
- Cleanliness or contamination rules. A vehicle that carried one commodity may not carry another next.
ROUND TRIP Felixstowe -> Birmingham -> Felixstowe
Total distance 770 km
Cost at GBP 1.44/km (total km basis) GBP 1,109
SCENARIO A - empty return
Paid distance 385 km
Cost per paid km 1,109 / 385 GBP 2.88
Revenue needed to break even GBP 1,109
Charged to the outbound customer GBP 1,109
SCENARIO B - backhaul found at GBP 420
Paid distance 770 km
Total cost GBP 1,109
Backhaul revenue GBP 420
Net cost of outbound leg GBP 689
Cost per paid km GBP 1.44
The outbound customer can now be charged GBP 689
instead of GBP 1,109 - a 38% reduction - and the
haulier earns exactly the same.
Nobody lost anything. The empty leg was the waste.
If a client ships heavily in one direction on a lane, ask whether anyone they deal with ships the other way — a supplier, a customer, a sister site. Pairing two clients' opposite flows is one of the few genuine win-win-wins in freight: both pay less, the haulier earns the same, and you look clever.
- Empty running is pure cost and a large share of road kilometres
- A backhaul can cut the outbound cost substantially at no loss to the haulier
- Pairing opposite flows between clients benefits everyone
Utilisation: the number that decides profit
You will learn to calculate utilisation and understand why it matters more than rate.
Utilisation is how much of the available capacity is actually sold. It applies to space, weight and time, and whichever runs out first is the binding constraint.
Utilisation = capacity sold ÷ capacity available
| Scenario | Paid pallets | Round-trip capacity | Utilisation | Outcome |
|---|---|---|---|---|
| Full out, empty back | 26 | 52 | 50% | Rate must carry both legs |
| Part out, empty back | 17 | 52 | 33% | Usually loss-making |
| Full out, part backhaul | 39 | 52 | 75% | Healthy |
| Full both ways | 52 | 52 | 100% | Rare, and where the profit is |
Three constraints, not one
- Space utilisation — how full is the deck or the container
- Weight utilisation — how close to the payload limit
- Time utilisation — how much of the vehicle's available day is earning
A vehicle at 95% space utilisation that spends four hours waiting has poor time utilisation, and the cost shows up anyway.
Improving utilisation is almost always cheaper than negotiating rates. A 10% rate reduction is hard-won and often unsustainable. Raising utilisation from 50% to 65% delivers a larger effect and improves the carrier's position too, so it lasts.
- Utilisation is capacity sold divided by capacity available
- Space, weight and time are three separate constraints
- Raising utilisation beats negotiating rates, and it lasts
Benchmarking against the market
You will learn to judge whether your costs are reasonable, and the limits of benchmarking.
Where benchmarks come from
- Market rate indices for major lanes, published by various providers
- Trade association data on vehicle operating costs
- Competitive quotes, obtained honestly for real requirements
- Your own history, which is often the most useful comparison available
Why external benchmarks mislead
- They rarely specify the same scope — what is included differs
- They average across cargo types, service levels and volumes very different from yours
- They lag the market, sometimes by weeks
- A headline rate excluding everything is not comparable to an all-in cost
A client sees a published index showing a lane at a certain level and asks why they are paying more. The index usually reflects port-to-port freight for large-volume contract shippers, excluding origin charges, destination charges, customs and haulage. Explain the scope difference rather than defending the price.
Your own trend is the most reliable benchmark you have. Cost per pallet on one lane over twelve months, with volume and service level noted alongside, tells you more than any published index — because everything except your own performance is held constant.
- Benchmarks come from indices, association data, quotes and your own history
- External benchmarks usually measure a different scope
- Your own trend over time is the most reliable comparison
Module 2 review
A vehicle costs £1.44 per total kilometre but runs 30% empty. What is the cost per loaded kilometre?
Cost per loaded kilometre is the honest figure. Cost per total kilometre flatters an operation that runs empty a lot.
Tiles cost £0.13/kg and cushions £0.33/kg on the same route. What does this show?
Dense cargo is always cheap per kilo and expensive per cubic metre. Comparing cost per kg across products tells you about the products.
Which usually delivers a bigger and more durable saving?
Utilisation improvements also improve the carrier's economics, so they last. Rate cuts won by pressure tend to return as poor service.
Comparing Carrier Options
Putting three quotes on one page in a way that a director can decide from in sixty seconds.
Comparing like with like
You will learn to normalise quotes before comparing them, because raw quotes are never comparable.
Three quotes for the same shipment will include different things. Comparing the headline numbers is meaningless until you have made the scope identical.
AS QUOTED A B C
Headline price 2,260 1,890 2,410
WHAT EACH INCLUDES
Ocean freight yes yes yes
Origin THC yes no yes
Destination THC yes no yes
Customs entry yes no yes
Destination haulage yes no yes
Empty return yes no yes
Documentation yes yes yes
Free time (demurrage) 7 days 3 days 10 days
NORMALISED - adding B's missing items at market cost
Headline 2,260 1,890 2,410
+ Origin THC - 142 -
+ Destination THC - 195 -
+ Customs entry - 65 -
+ Destination haulage - 340 -
+ Empty return - 95 -
----- ----- -----
TRUE TOTAL 2,260 2,727 2,410
B was the cheapest quote and the most expensive option.
C costs 6.6% more than A and includes 3 extra free days,
worth roughly GBP 135 if the client clears slowly.
Presenting the headline numbers to a manager and letting them pick. They will pick the lowest, because that is the rational response to the information given. The failure is yours for presenting un-normalised data, not theirs for reading it.
When a quote is dramatically cheaper, assume scope before assuming skill. Ask the quoting party directly: "Can you confirm what is excluded?" Most will tell you straight away, and the gap usually explains the difference entirely.
- Raw quotes are never comparable until scope is normalised
- Add missing items at market cost to produce a true total
- A dramatically cheap quote usually reflects scope, not skill
Service level versus price
You will learn to put a monetary value on service differences.
| Service factor | How to value it |
|---|---|
| Transit time | Days × daily inventory carrying cost of the shipment value |
| Free time | Extra days × likely demurrage rate × probability of needing them |
| On-time performance | Failure rate × cost of a late arrival to the client |
| Damage rate | Historic damage % × shipment value × uninsured portion |
| Direct vs transhipment | Additional delay risk × cost of delay |
| Responsiveness | Hard to quantify — state it qualitatively rather than inventing a number |
Carrier A: 7 free days. Carrier C: 10 free days.
C costs GBP 150 more.
Client's history: collects on average day 8 after discharge,
with 1 in 4 shipments running to day 11.
With A (7 days free):
Typical shipment 1 day demurrage @ 45 = GBP 45
1 in 4 shipments 4 days @ tiered = GBP 225
Expected cost per shipment
(0.75 x 45) + (0.25 x 225) = GBP 90
With C (10 days free):
Typical shipment 0 days = GBP 0
1 in 4 shipments 1 day @ 45 = GBP 45
Expected cost per shipment
(0.75 x 0) + (0.25 x 45) = GBP 11
Expected saving with C = GBP 79
Extra cost of C = GBP 150
VERDICT: A is still better by about GBP 71 per shipment.
But if the client's clearance slowed by two days, C wins.
Use the client's own history rather than assumptions. "You collect on day 8 on average" is a fact you can look up and it makes the analysis persuasive. "Assuming typical collection times" is a guess and invites argument.
- Service differences can be valued in money, using the client's own history
- Expected cost weighs outcomes by how often they occur
- Say so plainly when a factor cannot be quantified honestly
The one-page comparison sheet
You will build a comparison a decision-maker can act on immediately.
CARRIER COMPARISON Ningbo -> Birmingham, 40'HC, monthly
Prepared 18 Nov 2026
CARRIER A CARRIER B CARRIER C
TRUE TOTAL COST GBP 2,260 GBP 2,727 GBP 2,410
Transit, door to door 38 days 41 days 36 days
Routing direct 1 tranship direct
Free time (dem/det) 7 / 3 3 / 3 10 / 5
On-time (last 12m) 94% 87% 96%
Damage rate 0.4% 1.1% 0.3%
Equipment availability good good variable
ANNUAL COST AT 12 SHIPMENTS
GBP 27,120 GBP 32,724 GBP 28,920
RECOMMENDATION: Carrier A
Why: lowest true cost, direct routing, strong on-time
record. C is marginally better on service but costs
GBP 1,800 more annually and has variable equipment
availability at origin, which is a real risk in peak season.
Why not B: headline price was lowest but excludes five
charge categories. Once normalised it is the most expensive,
with the weakest service record and a transhipment leg.
WHAT WOULD CHANGE THIS
- If our clearance slows past 7 days regularly, C's free
time becomes worth more than the price difference.
- If A's on-time record drops below 90%, revisit.
REVIEW: February 2027
The "what would change this" section is what separates analysis from advocacy. It shows you understand the decision's limits and gives the reader a trigger for revisiting it. Without it, a comparison becomes a permanent decision that nobody reopens even when conditions change.
Always show the annual figure. Per-shipment differences look trivial — £150 is nothing. Multiplied by twelve shipments it is £1,800, and that is the number that gets attention and approval.
- Show true total cost, service metrics and an annual figure
- Give a recommendation with reasons, including why not the others
- State what would change the decision and when to review
Hidden costs inside a cheap quote
You will learn the specific things to check when a quote looks too good.
- What is excluded?Ask directly and get it in writing. The most common gaps are destination charges, customs entry and haulage.
- How much free time?Three days versus ten is worth real money to a slow-clearing client.
- Is it direct or transhipped?Transhipment adds days and a failure point.
- Is the rate valid, or indicative?An indicative rate is a hope, not a price.
- Is equipment actually available at origin?A rate with no boxes behind it is worthless.
- What are the payment terms?Prepayment versus 30 days is a cash flow difference with real value.
- What is their service record?If they will not share it, that is itself information.
A company moves to a carrier quoting 14% below their incumbent. In the first quarter: two shipments rolled at origin due to equipment shortages, one transhipment connection missed, and destination charges arrived that had not appeared on the quote.
Recalculated at year end, the total cost was roughly 6% above the previous carrier, before counting the internal time spent managing the problems and the one customer they disappointed.
The buyer who made the decision had compared two headline numbers.
A quote that is 5–10% below the others is usually a genuine commercial position. One that is 25–30% below is almost always a different scope, a different service, or a rate that will not hold. Treat the size of the gap as diagnostic.
- Check exclusions, free time, routing, validity, equipment, terms and record
- A 25–30% gap signals different scope, not better buying
- Recalculate the true total after a quarter with a new carrier
Making the recommendation
You will learn to present analysis so it produces a decision rather than a discussion.
- Lead with the recommendationOne sentence, first line. Not a build-up to a reveal.
- Give the headline numberThe annual impact, not the per-shipment one.
- Show the comparisonOne table, normalised, with service alongside cost.
- Say why not the alternativesBriefly. It proves you considered them.
- Name the risks of your own recommendationEvery option has some. Naming them builds credibility rather than undermining it.
- State what you needA decision, an approval, or simply acknowledgement — and by when.
Presenting three options with no recommendation, to appear impartial. Decision-makers read this as "the analyst does not know either", and the decision stalls. You did the work; you have a view. Give it, and let them overrule you.
Naming the weaknesses of your own recommendation is what makes the rest believable. An analysis where the preferred option has no downsides reads as advocacy, and experienced managers discount it accordingly.
Put the annual figure in the subject line or the first sentence. "Recommend switching to Carrier A — saves £5,600 a year" gets read immediately. "Carrier comparison analysis attached" does not.
- Lead with the recommendation and the annual figure
- Say why not the alternatives, and name your own option's risks
- No recommendation reads as no expertise
Module 3 review
Quote B is £370 below quote A but excludes five charge categories. What should you present?
If you present un-normalised numbers a manager will pick the lowest, and that is a rational response to the information given. The failure is in the presentation.
A quote comes in 28% below all others. What does the size of the gap suggest?
A 5–10% gap is a genuine commercial position. A gap that large is almost always something other than better buying.
Why name the weaknesses of your own recommended option?
Naming the risks is what makes the rest of the analysis believable to an experienced reader.
Cutting Cost Without Cutting Service
Six levers that reduce cost without making anything worse, ordered roughly by how often they work.
Consolidating shipments
You will learn how combining shipments reduces cost, and what it requires.
Consolidation is usually the largest single saving available to a growing business, because every separate shipment duplicates fixed charges.
CURRENT Five suppliers around Foshan, each shipping LCL
Per shipment volume 3.1 m3 avg
LCL freight GBP 165
Origin charges 95
Destination charges 185
Customs entry 65
-------
Per shipment GBP 510
x 5 shipments GBP 2,550
Five arrival dates. Five sets of paperwork.
Five chances of delay.
PROPOSED Buyer consolidation into one 40'HC
All five deliver to a consolidation warehouse near
the port. One container, one customs entry.
Inland delivery to consolidator (5 x 55) GBP 275
Consolidation handling 180
Ocean freight 40'HC 1,583
Origin + destination terminal charges 337
Customs entry (one, multi-line) 110
Destination haulage + empty return 435
-------
TOTAL GBP 2,920
Hmm - that is MORE. Because 15.5 m3 does not fill a 40'HC.
REVISED Consolidate into one 20'GP instead
Inland delivery to consolidator GBP 275
Consolidation handling 180
Ocean freight 20'GP 1,180
Terminal charges both ends 290
Customs entry 110
Haulage + empty return 435
-------
TOTAL GBP 2,470
SAVING GBP 80 per cycle, plus one arrival date,
one set of paperwork, and room to grow the order
to 33 m3 at no extra freight cost.
Notice the first attempt made it worse. Consolidation only pays if the combined volume suits the container you buy. Five shipments totalling 15.5 m³ fit a 20ft comfortably and waste half a 40ft. Always check the volume against the equipment before recommending it.
The saving here is modest, but the second-order benefits are large: one arrival date lets the client plan, one customs entry reduces error risk, and spare container capacity means the next order grows at zero marginal freight cost. Present those alongside the money.
- Every separate shipment duplicates fixed charges
- Consolidation only pays if combined volume suits the equipment
- Present the planning and growth benefits alongside the saving
Changing mode or routing
You will learn when a routing change genuinely saves money.
| Change | Saves when | Costs when |
|---|---|---|
| Air to sea | Goods are not time-critical and value per kilo is low | Inventory or obsolescence cost exceeds the freight saving |
| LCL to FCL | Volume is above roughly 12–15 m³ | Volume is genuinely small and irregular |
| Direct to transhipment | The rate difference is material and timing is flexible | Delay risk matters — each transfer is a failure point |
| Different discharge port | Inland haulage from the alternative is shorter or cheaper | Customs entry point or broker changes add complication |
| Road to rail on long overland legs | Distance is long and timing is flexible | Trucking at both ends erodes the saving |
The test
Calculate the saving, then calculate the cost of the added risk: extra days multiplied by what a day is worth, plus the probability of failure multiplied by what failure costs. If the saving does not clearly exceed both, it is not a saving.
Switching to a transhipment routing to save a modest amount per container, on a lane feeding a production line. The saving is certain and small; the delay risk is occasional and large. Match the routing to the consequence of being late, not to the rate difference.
- Five routing changes, each with conditions where they cost rather than save
- Weigh the saving against added days and added failure probability
- Match routing to the consequence of lateness, not the rate gap
Better packing, smaller volume
You will learn how packaging changes reduce freight cost, often dramatically.
Freight is charged on space as much as weight. Packaging that wastes space is charged for that waste on every single shipment, forever.
PRODUCT Ceramic mugs, shipped in retail cartons
BEFORE
Carton 400 x 300 x 280 mm holding 12 mugs
Carton volume 0.0336 m3
Mugs per m3 357
Per 40'HC (76 m3 usable, 90% packed = 68 m3)
24,276 mugs
AFTER - redesigned insert, carton height reduced to 210 mm
Carton 400 x 300 x 210 mm holding 12 mugs
Carton volume 0.0252 m3
Mugs per m3 476
Per 40'HC 32,368 mugs
IMPACT
Freight cost per container unchanged: GBP 2,789
Before: cost per mug GBP 0.115
After: cost per mug GBP 0.086
25% reduction in freight cost per unit.
At 300,000 mugs a year that is roughly GBP 8,700
saved annually, from 70 mm of carton height.
What to look for
- Air inside cartons — oversized boxes, excessive void fill
- Air between cartons — carton dimensions that do not tile onto a pallet efficiently
- Air above the pallet — loads that stop short of usable height
- Non-stackable loads — which waste everything above them
- Pallet overhang — charged as if the pallet were larger
Packaging changes are the saving clients most often dismiss and most often benefit from, because the cost sits in their supplier's design decisions rather than in the freight invoice. Raising it positions you as someone looking at their business rather than selling them freight.
- Wasted space is paid for on every shipment, permanently
- Look for air inside cartons, between them, and above the pallet
- Small dimensional changes produce large annual savings
Renegotiating with data instead of hope
You will learn to prepare a rate negotiation that is likely to succeed.
What to bring
- Your actual volumeShipments, containers, weight, by lane, over twelve months. Carriers value predictable volume.
- Your directional balanceIf you ship in their empty direction, say so explicitly — it is worth real money to them.
- Your behaviour as a customerPayment record, booking accuracy, cancellation rate. Good behaviour is a legitimate bargaining chip.
- Market evidenceComparable quotes, obtained honestly. Not invented ones.
- What you can offerVolume commitment, longer contract, consolidated bookings, faster container turnaround.
What to ask for beyond rate
- More free time, which is often easier for a carrier to grant than a rate cut
- Guaranteed space allocation in peak periods
- Improved payment terms
- Priority on equipment at a tight origin
- A named account contact
Carriers often have more flexibility on free time, allocation and terms than on rate, because rate is benchmarked and visible across their customer base while the others are not. If a rate request stalls, pivot to these — they are frequently worth more than the rate cut you were asking for.
Inventing a competing quote to create pressure. Freight is a small market and carriers talk to each other. Being caught destroys credibility permanently, and the rate you were negotiating becomes the least of what you lose.
- Bring volume data, directional balance, your record and honest market evidence
- Free time, allocation and terms are often easier to win than rate
- Never invent competing quotes
Reducing failed deliveries
You will learn why failed deliveries are expensive and entirely preventable.
A failed delivery costs the full journey, a redelivery charge, warehouse rework, and a disappointed end customer. It is among the most expensive routine events in logistics and one of the most avoidable.
OPERATION 1,200 deliveries per year
Failure rate 6% = 72 failures
Redelivery charge per failure GBP 180
Warehouse rework and admin per failure 45
Estimated cost of customer impact 60
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Cost per failure GBP 285
ANNUAL COST GBP 20,520
Reducing failures to 2% (a realistic target with
basic process discipline):
Failures = 24
ANNUAL COST GBP 6,840
SAVING GBP 13,680
Cost of achieving it: three questions asked at booking
and a delivery confirmation call. Effectively zero.
The causes, in order
- No delivery booking where the site requires one
- Site closed or outside stated hours
- No equipment to unload
- Vehicle cannot access the site
- Nobody available to receive
- Goods refused — wrong quantity, damage, or no paperwork
All six are known before the vehicle leaves. Every one of them is a question somebody did not ask.
Track failed deliveries by cause for one month. The result is usually concentrated in one or two causes, and fixing those removes most of the cost. Teams that track failures generically as "delivery issues" never find the pattern.
- A failed delivery costs far more than the redelivery charge
- All six causes are knowable before the vehicle leaves
- Track failures by cause, not as a single category
Measuring the saving honestly
You will learn to claim savings in a way that survives scrutiny from finance.
Three ways savings get overstated
- Comparing against a rate nobody was paying. "We saved 12% against list price" means nothing if the negotiated rate was already below list.
- Counting the same saving twice. A consolidation project and a rate negotiation on the same lane cannot both claim the full reduction.
- Ignoring the costs of achieving it. Consolidation warehousing, longer transit, extra handling — net it off.
SAVING CLAIM Consolidation project, Foshan lane
BASELINE Actual spend, 12 months to Oct 2026
60 LCL shipments GBP 30,600
(verified against invoices, not quotes)
NEW Projected 12 months, consolidated
12 FCL shipments GBP 29,640
Consolidation warehouse fees 2,160
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GBP 31,800
GROSS SAVING ON FREIGHT GBP 960
LESS consolidation costs -2,160
NET GBP -1,200
VERDICT: this project does NOT save money on freight.
IT DOES DELIVER
- 12 arrival dates instead of 60, improving planning
- 12 customs entries instead of 60, reducing error risk
- Capacity to grow volume 60% at no extra freight cost
- Estimated 40 hours of admin time saved annually
RECOMMENDATION: proceed on operational grounds, but do
not claim a freight saving. If volume grows as forecast,
the same containers absorb it and the economics reverse.
Reporting a project that does not save money, honestly, is more valuable to your credibility than reporting three that do with inflated numbers. Finance teams check. The analyst who says "this one does not pay back yet, here is why we should still do it" gets believed on everything else.
Always baseline against actual invoiced spend, not against quotes or list rates. Invoices are auditable and nobody can argue with them. It is also the only baseline finance will accept.
- Baseline against actual invoiced spend, never list rates
- Net off the costs of achieving the saving
- Reporting honestly when something does not pay back builds lasting credibility
Module 4 review
Five LCL shipments totalling 15.5 m³ are consolidated into one 40ft high cube. What happens?
Consolidation only pays if the combined volume suits the equipment bought. Always check volume against container size first.
Reducing carton height by 70 mm increases units per container by a third. What is the effect?
The container costs the same but carries more, so cost per unit falls. Wasted space is paid for on every shipment, forever.
What should a saving always be baselined against?
Invoices are auditable and are the only baseline finance will accept. List rates and quotes let a saving be manufactured.
Fuel, Tolls and Driver Hours
The operating costs behind every road rate, and the legal limits that shape what a vehicle can actually do in a day.
Fuel cost and how surcharges work
You will learn how fuel escalators are calculated and how to check one is fair.
Fuel is typically among the largest single variable costs in road freight. Because prices move constantly, most contracts separate it into a fuel escalator — a percentage adjustment tied to a published fuel price index.
CONTRACT TERMS Base rate GBP 480 per trip Fuel baseline price 135.0 p/litre Fuel as % of operating cost 32% Adjustment each month, from index MONTH 1 Index price 135.0 p/litre Change from baseline 0% Surcharge 0% Rate charged GBP 480.00 MONTH 2 Index price 148.5 p/litre Change from baseline (148.5-135)/135 = +10.0% Applied to fuel share 10.0% x 32% = +3.2% Surcharge +3.2% Rate charged GBP 495.36 MONTH 3 Index price 121.5 p/litre Change from baseline (121.5-135)/135 = -10.0% Applied to fuel share -10.0% x 32% = -3.2% Surcharge -3.2% Rate charged GBP 464.64 CHECK THIS: a fair escalator moves DOWN as well as up. If your surcharge only ever rises, the mechanism is not being applied symmetrically - ask why.
The two things to verify in any escalator are the index used and the fuel percentage applied. A haulier claiming fuel is 45% of their cost when it is nearer 30% collects a surcharge far larger than the actual fuel movement justifies. Both figures should be stated in the contract.
Ask for the escalator to be calculated and shown on every invoice, with the index figure used. It takes the carrier seconds and it means you can check the arithmetic rather than trusting it. Most disputes here are errors, not dishonesty.
- An escalator applies the index movement to the fuel share of cost
- A fair escalator moves down as well as up
- Verify the index used and the fuel percentage claimed
Tolls, road charges and access fees
You will learn the charges that vary by route and how they change routing decisions.
- Motorway and bridge tolls — usually by vehicle class and distance
- Road user charging — distance-based schemes for heavy vehicles in some countries
- Urban access charges — congestion and low-emission zone fees, increasingly common in cities
- Ferry and tunnel crossings — a substantial fixed cost on some routes
- Port access and gate fees
- Parking and overnight facilities on long routes
Why the cheapest route is not always the shortest
A toll-free route adding 40 km may be cheaper on paper and more expensive in practice, because the extra time costs driver hours and may push the job outside a legal driving day. Compare total cost, including time, not just tolls and distance.
Urban access and emission zone charges are expanding, and vehicle eligibility depends on emission standard. A carrier operating older vehicles may face charges — or exclusions — that a newer fleet does not. When routing into city centres, confirm the vehicle is compliant before booking, not after.
- Six categories of route-specific charge affect road cost
- Avoiding tolls can cost more once driver time is counted
- Urban access charges depend on the vehicle's emission standard
Driver hours and what they do to schedules
You will learn why driver hours limits are the hardest constraint in road planning.
Drivers of heavy goods vehicles are subject to legal limits on driving time, breaks and rest, enforced by tachograph and backed by significant penalties. These are not guidelines and cannot be negotiated.
What the limits typically constrain
- Continuous driving before a break is required
- Total daily driving time
- Daily rest between shifts
- Weekly and fortnightly driving totals
- Weekly rest periods
Why waiting time is so damaging
Time spent waiting at a collection or delivery is generally working time. Two hours waiting at a delivery does not just cost a waiting charge — it consumes part of the driver's legally available day. A driver who runs out of hours must stop where they are, and the remaining deliveries fail.
PLANNED DAY 06:00 Start, drive to collection 1h 30m 07:30 Load 0h 45m 08:15 Drive to delivery 1 2h 30m 10:45 Unload 0h 45m 11:30 Break 0h 45m 12:15 Drive to delivery 2 2h 00m 14:15 Unload 0h 45m 15:00 Return to depot 2h 15m 17:15 Finish - within limits WHAT ACTUALLY HAPPENED Delivery 1 had no booking slot free until 13:00. Driver waited 2h 15m. Everything shifts. By the time delivery 2 is reached, the driver is approaching the daily driving limit and cannot legally complete the return leg. RESULT - Delivery 2 fails and is rescheduled - Vehicle and driver stop overnight away from base - Overnight cost, plus a wasted next morning - Redelivery charge for delivery 2 - Two customers affected by one site's booking system Cost of a 2h 15m wait: most of a working day.
When a client's site consistently keeps drivers waiting, quantify it and show them. Most do not realise their goods-in process is generating a charge and reducing the service they receive. It is usually fixable and the conversation is easier with a number attached.
- Driver hours are legal limits, enforced and non-negotiable
- Waiting time consumes the driver's legally available day
- One site's slow unloading can cause failures for other customers
Vehicle cost per working day
You will learn to think in cost per day, which is how hauliers actually price.
A haulier's economics are driven by how much revenue a vehicle generates per working day, because the cost of owning and staffing it is incurred per day regardless of what it does.
ANNUAL COST (from Module 2) GBP 151,200
Working days per year 235
(allowing weekends, holidays, maintenance)
COST PER WORKING DAY GBP 643
WHAT THAT MEANS FOR PRICING
A vehicle must earn more than GBP 643 per working day
before it contributes anything.
Two jobs a day at GBP 380 each = GBP 760 profitable
One job a day at GBP 560 = GBP 560 LOSS of 83
One job a day at GBP 700 = GBP 700 thin margin
WHY THIS EXPLAINS CARRIER BEHAVIOUR
- Why they push back on jobs that consume a whole day
for one delivery
- Why waiting time is charged - it destroys the chance
of a second job
- Why multi-drop routes are priced attractively
- Why a backhaul at GBP 220 is worth taking on a day
already committed
When a haulier says "that job takes a full day", they are
telling you it must cover GBP 643 on its own.
This is why booking slots and unloading speed affect your rates over time. A customer whose site regularly consumes a full day for one delivery will be quoted accordingly — not as a penalty, but because that is genuinely what the job costs the haulier.
If you want better road rates, make your jobs easier to pair with others: flexible delivery windows, fast unloading, accessible sites, and predictable timing. A haulier who can fit two of your jobs into one day can price both far lower and still earn more.
- Hauliers price against cost per working day, not per kilometre alone
- A job consuming a whole day must cover the whole day's cost
- Easy, fast, flexible jobs earn better rates because they can be paired
Module 5 review
Fuel rises 10% and fuel is 32% of operating cost. What surcharge is justified?
The escalator applies the price movement to the proportion of cost that is fuel. Check both the index used and the percentage claimed.
A driver waits 2h 15m at a delivery. What is the likely consequence?
Waiting is working time. Running out of hours means stopping where you are, so later deliveries fail and the vehicle may overnight away from base.
A vehicle costs £643 per working day. Why does a haulier resist a single £560 job that fills the day?
Fixed daily costs apply whatever the vehicle does. A job consuming the whole day must cover the whole day.
Course Assessment
Twelve questions covering all five modules. You need 10 of 12 correct to meet the 80% pass mark. You can retake it as often as you like.
Complete all 26 lessons to unlock the final assessment.