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BTS Gestion des transports et logistique associée: independent foundations study materials
BTS Gestion des transports et logistique associée: independent foundations study resources

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Question 1Implementing Transport Operations

On a digital tachograph display and printout, which standard pictogram represents the driver activity mode designated as 'other work' (travail / autre travail)?

  1. Crossed hammers Correct answer.
  2. Steering wheel
  3. Bed / cot
  4. Square with diagonal bar / open box

Explanation

The standard tachograph pictograms established by Annex IC of Regulation (EU) 2016/799 are: crossed hammers for 'other work' (loading, unloading, maintenance, administrative duties), steering wheel for 'driving', bed for 'rest/break', and square/box for 'availability'.

Question 2Implementing Transport Operations

When a driver has been away from their vehicle and unable to use the tachograph installed in the vehicle, what does Article 34 of Regulation (EU) No 165/2014 require them to do upon inserting their driver card?

  1. Enter the activities performed during the card's absence manually into the tachograph using the manual entry facility Correct answer.
  2. Present a written attestation signed by the carrier without performing any entry on the tachograph
  3. Record the elapsed time as driving time automatically by selecting default vehicle start mode
  4. Do nothing, as tachographs only track activities when the vehicle's ignition is turned on

Explanation

Article 34(3) of Regulation (EU) No 165/2014 specifies that when a driver is unable to use the tachograph fitted to the vehicle, periods of other work, availability, and rest must be entered onto the driver card using the manual entry facility on the tachograph unit upon insertion.

Question 3Implementing Transport Operations

Under the European Agreement concerning the International Carriage of Dangerous Goods by Road (ADR), which primary hazard is designated by Class 3?

  1. Flammable liquids Correct answer.
  2. Corrosive substances
  3. Toxic substances
  4. Gases

Explanation

ADR Class 3 covers flammable liquids (matières liquides inflammables), such as petrol, diesel, paints, and solvents with a flashpoint of not more than 60 °C. Class 2 covers gases, Class 6 covers toxic substances, and Class 8 covers corrosive substances.

Question 4Implementing Transport Operations

In the ADR regulations, what is the operational purpose of the 1,000 points rule under subsection 1.1.3.6 (exemptions related to quantities carried per transport unit)?

  1. To exempt transport units carrying dangerous goods below specified quantity thresholds from certain requirements, such as orange-colored plate marking and driver ADR training certificates Correct answer.
  2. To calculate the customs duty payable on hazardous industrial chemical imports
  3. To determine the maximum driving speed allowed for fuel tanker vehicles on motorways
  4. To establish the carrier's financial liability ceiling in case of environmental pollution

Explanation

ADR 1.1.3.6 sets quantity thresholds based on transport categories (0, 1, 2, 3, 4). When the calculated points do not exceed 1,000, the carriage is exempt from orange-colored plate marking, driver ADR vocational training certificate (ADR de base), and carrying full ADR equipment, although general 1.3 awareness training, a 2 kg fire extinguisher, and transport documentation remain mandatory.

Question 5Implementing Transport Operations

A carrier loads 150 liters of an ADR Class 3 substance assigned to Transport Category 2 (multiplier 3) and 400 kg of an ADR Class 8 substance assigned to Transport Category 3 (multiplier 1). Applying ADR 1.1.3.6, what is the total calculated point value, and is the transport unit eligible for the 1.1.3.6 exemption?

  1. 850 points; yes, the carriage is eligible for the exemption because total points do not exceed 1,000 Correct answer.
  2. 550 points; yes, the carriage is eligible because both products weigh under 500 kg
  3. 1,250 points; no, the carriage exceeds 1,000 points and requires full ADR equipment and orange plates
  4. 150 points; yes, because only the highest single category multiplier is evaluated

Explanation

Under ADR 1.1.3.6.4: Category 2 points = quantity × 3 = 150 × 3 = 450 points. Category 3 points = quantity × 1 = 400 × 1 = 400 points. Total points = 450 + 400 = 850 points. Because 850 <= 1,000 points, the transport unit qualifies for the small load exemption under 1.1.3.6.

Question 6Implementing Transport Operations

According to European cargo securing standards (EN 12195-1), what minimum proportion of cargo weight must the securing arrangement withstand against inertial forces during road transit?

  1. 0.8g (80%) of cargo weight in the forward direction, and 0.5g (50%) in both the rearward and sideways directions Correct answer.
  2. 1.0g (100%) in all directions equally
  3. 0.5g (50%) forward, and 0.2g (20%) sideways and rearward
  4. 0.2g (20%) forward, 0.8g (80%) rearward, and 0.1g (10%) sideways

Explanation

EN 12195-1 sets the design acceleration coefficients for road transport: 0.8g in the longitudinal forward direction (emergency braking), 0.5g in the longitudinal rearward direction (acceleration), and 0.5g in the transverse (lateral/sideways) directions (cornering and swerving).

Question 7Implementing Transport Operations

A piece of heavy industrial machinery weighing 10,000 daN is loaded onto a flatbed trailer. Under standard EN 12195-1, the forward acceleration factor is 0.8g, creating a forward inertial force of 8,000 daN during emergency braking. The friction coefficient between the timber floor and steel machine base is mu = 0.30. What is the remaining horizontal force that must be restrained by the lashing arrangement?

  1. 5,000 daN Correct answer.
  2. 8,000 daN
  3. 3,000 daN
  4. 2,400 daN

Explanation

Frictional restraint force F_friction = mu × Weight = 0.30 × 10,000 daN = 3,000 daN. Total forward inertia force F_forward = 0.8 × 10,000 daN = 8,000 daN. The remaining force that the lashings (arrimage) must restrain is: F_restraint = F_forward - F_friction = 8,000 daN - 3,000 daN = 5,000 daN.

Question 8Implementing Transport Operations

In road freight operations, what constitutes a vehicle's rotation time (temps de rotation), and how do prolonged dock waiting times impact fleet productivity?

  1. The total elapsed time required to complete a round-trip cycle (including driving, loading, unloading, and statutory rests); excessive dock waiting reduces productive driving hours and fleet revenue capacity Correct answer.
  2. The time it takes for a truck to execute a complete 360-degree turnaround in a tight yard
  3. The rotation speed of the engine crankshaft measured in revolutions per minute (RPM)
  4. The statutory duration of the driver's annual paid leave

Explanation

Rotation time is the complete cycle time for a transport mission: outbound driving, waiting and unloading at consignee, repositioning/reloading, return driving, and mandatory RSE rests. Dock delays directly compress available driver driving hours within the daily service window, causing lower vehicle asset turnover and missed delivery slots.

Question 9Cejm Legal Economic Governance

What is the legal status and evidentiary value of the CMR international consignment note (lettre de voiture internationale) pursuant to Article 9 of the CMR Convention?

  1. It is prima facie evidence of the making and terms of the contract of carriage and the receipt of the goods by the carrier Correct answer.
  2. It is a negotiable document of title transferring ownership of the cargo through endorsement
  3. It is a customs declaration that replaces the Single Administrative Document for all international movements
  4. It is a binding receipt that precludes the carrier from ever proving that cargo was damaged before loading

Explanation

CMR Article 9(1) provides that the consignment note shall be prima facie evidence (preuve faisant foi jusqu'à preuve du contraire) of the making of the contract of carriage, the conditions of the contract, and the receipt of the goods by the carrier.

Question 10Cejm Legal Economic Governance

Under Article 8 of the CMR Convention, what duty of verification does the carrier have upon taking over the goods, and what must the carrier do if unable to verify?

  1. Check the accuracy of the statements in the consignment note as to package numbers and marks, and the apparent condition of the goods; if unable, enter motivated reservations Correct answer.
  2. Perform a destructive laboratory chemical test of the cargo contents before signing the consignment note
  3. Unpack every carton to inventory individual units and weigh each item independently
  4. Sign the consignment note without reservation, as the sender retains sole legal responsibility for load integrity

Explanation

Article 8(1) requires the carrier to check the number of packages, their marks and numbers, and the apparent (external) condition of goods and packaging. Under Article 8(2), if the carrier has no reasonable means of checking, they must enter specific, motivated reservations on the CMR consignment note, which must be accepted by the sender.

Question 11Cejm Legal Economic Governance

What primary legal characteristics distinguish a maritime Bill of Lading (connaissement maritime) from air and road consignment notes (LTA, CMR)?

  1. It can serve as a negotiable document of title representing the goods, allowing transfer of ownership through endorsement Correct answer.
  2. It is an informal receipt that carries no evidentiary value in commercial court
  3. It acts exclusively as a customs bond certificate and cannot establish carriage terms
  4. It can only be issued by government port authorities, never by private ocean carriers

Explanation

A maritime Bill of Lading (B/L) fulfills three functions: receipt for goods, evidence of the carriage contract, and crucially, a document of title (titre représentatif de la marchandise). When issued 'to order', it is negotiable and ownership of the goods can be transferred by endorsement, a function neither the CMR nor the AWB possesses.

Question 12Cejm Legal Economic Governance

In maritime shipping law, what constitutes 'General Average' (avarie commune) under the York-Antwerp Rules?

  1. An extraordinary sacrifice or expenditure intentionally and reasonably made to preserve from peril the property involved in a common maritime adventure Correct answer.
  2. Normal commercial wear and tear on a vessel's hull during standard ocean transit
  3. Accidental damage caused to an individual container by rough sea weather without master intervention
  4. A financial penalty assessed by port customs authorities for incorrect manifest declarations

Explanation

Under the York-Antwerp Rules, a General Average act occurs when, and only when, an extraordinary sacrifice or expenditure is intentionally and reasonably made or incurred for the common safety for the purpose of preserving from peril the property involved in a common maritime adventure. Both vessel owners and cargo interests contribute proportionately to make good the loss.

Question 13Cejm Legal Economic Governance

What is the operational and legal nature of an Air Waybill (LTA - lettre de transport aérien) standardized under International Air Transport Association (IATA) rules?

  1. A non-negotiable receipt and evidence of the contract of carriage between the shipper and the airline Correct answer.
  2. A negotiable title of ownership transferable by blank endorsement like a maritime bill of lading
  3. A statutory customs duty payment bond issued exclusively by airport border inspection posts
  4. A warranty certificate insuring goods against all risks of commercial non-payment

Explanation

An Air Waybill (AWB / LTA) is strictly non-negotiable. It acts as prima facie evidence of receipt of the cargo, dispatch instructions, freight charges, and terms of carriage. Because of rapid air transit times, goods are consigned directly to a named consignee rather than 'to order'.

Question 14Cejm Legal Economic Governance

Under Incoterms 2020, what represents the seller's minimum obligation regarding transport costs and risk transfer under EXW (Ex Works)?

  1. The seller makes the goods available at their premises; the buyer bears all costs and risks of loading, export clearance, and transit Correct answer.
  2. The seller must load the cargo onto the collecting truck and clear export customs formalities
  3. The seller arranges and pays for international transit to the destination port, but transfers risk at their warehouse door
  4. The seller delivers goods cleared for import directly to the buyer's final warehouse

Explanation

Under EXW (Ex Works), the seller's sole responsibility is to place the goods at the disposal of the buyer at the seller's premises. The buyer bears all risks and costs of loading the goods onto the vehicle, export clearance, carriage, and import formalities.

Question 15Cejm Legal Economic Governance

What key innovation regarding sea transport documentation was formally introduced in Incoterms 2020 for the FCA (Free Carrier) rule?

  1. The buyer and seller can agree that the buyer will instruct their carrier to issue a Bill of Lading with an on-board notation to the seller Correct answer.
  2. The seller is required to purchase marine war risk insurance naming the buyer as sole beneficiary
  3. The carrier must surrender container seal numbers to the customs authorities before cargo loading
  4. The consignee must pay all export taxes directly to the carrier upon container gate-in

Explanation

Incoterms 2020 introduced a specific mechanism under FCA: if agreed, the buyer must instruct their carrier to issue a transport document stating that goods have been loaded on board (Bill of Lading with 'on-board' notation) to the seller, allowing the seller to satisfy documentary letter of credit (L/C) requirements.

Question 16Cejm Legal Economic Governance

How does Incoterms 2020 differentiate the mandatory insurance requirements between CIP (Carriage and Insurance Paid to) and CIF (Cost, Insurance and Freight)?

  1. CIP requires Institute Cargo Clauses (A) all-risk insurance coverage, whereas CIF retains Institute Cargo Clauses (C) minimum coverage Correct answer.
  2. CIF requires all-risk coverage (A), whereas CIP requires only third-party carrier liability coverage
  3. Both CIP and CIF require identical Institute Cargo Clauses (B) intermediate coverage
  4. Neither CIP nor CIF requires the seller to procure insurance; it is optional in both rules

Explanation

In Incoterms 2020, the ICC raised the insurance requirement for CIP to Institute Cargo Clauses (A) (all risks coverage), reflecting typical manufactured goods shipped multimodally. For CIF, which is typically used for bulk maritime commodities, the baseline requirement remains Institute Cargo Clauses (C) (minimum named perils).

Question 17Cejm Legal Economic Governance

What is the critical distinction regarding import customs formalities between DAP (Delivered at Place) and DDP (Delivered Duty Paid) under Incoterms 2020?

  1. Under DAP, the buyer clears import customs and pays import duties/taxes; under DDP, the seller must clear import customs and pay all duties and taxes Correct answer.
  2. Under DAP, the goods must be unloaded by the seller; under DDP, the buyer must unload the goods
  3. Under DDP, the carrier assumes risk during transit; under DAP, the seller assumes zero risk
  4. Under DAP, export clearance is performed by the buyer; under DDP, export clearance is performed by the seller

Explanation

Under DAP, delivery occurs when goods are placed at the disposal of the buyer ready for unloading at the named destination, but NOT cleared for import (buyer pays import duties, VAT, and customs fees). Under DDP, the seller bears all risks and costs to the destination, including import clearance, duties, and import taxes.

Question 18Cejm Legal Economic Governance

Under Incoterms 2020, what is the critical difference in cost and risk transfer between FOB (Free on Board) and CIF (Cost, Insurance and Freight)?

  1. Both transfer risk when goods are on board the vessel at the port of shipment, but CIF requires the seller to pay main maritime freight and marine insurance to the destination port Correct answer.
  2. FOB transfers risk at the port of destination, while CIF transfers risk at the seller's factory gate
  3. Under FOB, the buyer pays export duties; under CIF, the buyer pays zero transport costs anywhere
  4. CIF can be used for any transport mode including air and road, whereas FOB is restricted to sea freight

Explanation

Both FOB and CIF are maritime-only Incoterms where risk passes to the buyer at the same physical point: when the goods are placed on board the vessel at the port of loading. However, under CIF, the seller pays the ocean freight and procures marine cargo insurance to the named port of destination, whereas under FOB the buyer arranges and pays for ocean carriage and insurance.

Question 19Cejm Legal Economic Governance

Under the EU Corporate Sustainability Reporting Directive (CSRD), what is the concept of 'double materiality' (double matérialité) applied to transport and logistics enterprises?

  1. Companies must report both on how sustainability issues affect their financial performance (financial materiality) and on how their operations impact people and the environment (impact materiality) Correct answer.
  2. Companies must double their corporate tax contributions if their fleet average exceeds 30 L/100 km
  3. Companies must maintain two completely separate accounting ledger systems for domestic and international sales
  4. Companies must submit duplicate copies of every consignment note to the environmental ministry

Explanation

Double materiality is the core foundation of CSRD reporting. It requires reporting on both impact materiality (the company's positive and negative impacts on external society and the environment, such as greenhouse gas emissions and road safety) and financial materiality (how external climate change and environmental risks impact the company's financial health and valuation).

Question 20Cejm Legal Economic Governance

Under Article 17(2) of the CMR Convention and general transport law, which circumstance constitutes a valid legal cause of exoneration completely relieving the carrier from liability for cargo loss or damage?

  1. Loss, damage, or delay caused by the wrongful act or neglect of the claimant, an inherent vice of the goods, or circumstances which the carrier could not avoid and the consequences of which they were unable to prevent Correct answer.
  2. Breakdown of the carrier's vehicle engine on a regular motorway journey
  3. Punctured trailer tires caused by ordinary road surface conditions
  4. The theft of the truck while left unattended in an unlit public alleyway overnight

Explanation

Article 17(2) of the CMR relieves the carrier of liability if loss, damage, or delay was caused by the wrongful act or neglect of the claimant (sender/consignee), instructions of the claimant, inherent vice of the goods (vice propre), or unavoidable circumstances (force majeure). Under Article 17(3), vehicle mechanical defects or employee errors never qualify as exonerating causes.

Question 21Cejm Legal Economic Governance

Under the CMR Convention (Articles 24 and 26), what is the legal difference between a 'Declaration of Value' (déclaration de valeur) and a 'Declaration of Special Interest in Delivery' (déclaration d'intérêt spécial à la livraison)?

  1. A Declaration of Value replaces the statutory per-kilogram compensation ceiling (8.33 SDR) with the declared commercial value for physical loss/damage; a Declaration of Special Interest covers consequential economic losses resulting from delivery delay or specific loss Correct answer.
  2. A Declaration of Value applies only to air cargo; a Special Interest declaration applies only to maritime containers
  3. A Declaration of Value is free of charge; a Special Interest declaration is an environmental fine
  4. There is no legal difference; both terms are identical synonyms for standard carrier liability

Explanation

Under CMR Art. 24, a Declaration of Value substitutes the declared value for the 8.33 SDR/kg limit in case of physical loss or damage, against payment of an agreed surcharge. Under CMR Art. 26, a Declaration of Special Interest in Delivery allows recovery of consequential financial or commercial losses (e.g., lost factory production or contract cancellation penalties) caused by delay or loss.

Question 22Organizing Transport Logistics

What are the four primary functional operational zones within a distribution logistics warehouse?

  1. Receiving/unloading, reserve storage, order picking/preparation, and shipping/dispatch Correct answer.
  2. Manufacturing, assembly, retail showroom, and public parking
  3. Vehicle maintenance, driver dormitory, canteen, and executive boardroom
  4. Customs impound, quarantine testing, incineration, and scrap recycling

Explanation

The core logistics flow of a warehouse comprises four principal functional zones: receiving (réception et déchargement), reserve storage (stockage de réserve), order preparation/picking (préparation de commandes), and shipping/consolidation (expédition et chargement).

Question 23Organizing Transport Logistics

What is cross-docking in transport and distribution logistics, and what operational advantage does it deliver?

  1. Direct transfer of inbound cargo from receiving doors to outbound shipping vehicles with minimal or zero intermediate storage, reducing inventory holding costs and lead times Correct answer.
  2. Storing goods in deep underground bunkers for long-term strategic food reserves
  3. Transferring cargo between ships in international waters without touching land ports
  4. Repackaging defective goods into retail display boxes for return to the manufacturer

Explanation

Cross-docking is a logistics practice where incoming goods from suppliers are unloaded at inbound docks, sorted or consolidated, and directly loaded onto outbound delivery vehicles with little or no storage in between (typically under 24 hours), eliminating put-away, storage costs, and picking travel time.

Question 24Organizing Transport Logistics

What is the primary operational distinction between a Warehouse Management System (WMS) and a Transportation Management System (TMS)?

  1. A WMS optimizes internal warehouse operations (inventory locations, picking, stock movements), while a TMS optimizes external transport (routing, carrier selection, freight auditing, and vehicle tracking) Correct answer.
  2. A WMS controls vehicle satellite navigation, while a TMS manages barcode scanners inside the facility
  3. A WMS calculates driver payroll, while a TMS calculates customer product selling prices
  4. There is no difference; WMS and TMS are interchangeable terms for the same accounting software

Explanation

A WMS manages intra-facility operations: bin locations, put-away, inventory accuracy, wave picking, and packing. A TMS manages extra-facility logistics: freight consolidation, multi-stop route optimization, carrier selection, electronic booking, tracking, and freight billing.

Question 25Organizing Transport Logistics

What are the standard dimensions and nominal tare weight of a standard European EUR-1 / EPAL pallet used across European logistics networks?

  1. 1,200 mm × 800 mm, with a tare weight of approximately 25 kg Correct answer.
  2. 1,200 mm × 1,000 mm, with a tare weight of approximately 45 kg
  3. 1,000 mm × 1,000 mm, with a tare weight of approximately 15 kg
  4. 1,140 mm × 1,140 mm, with a tare weight of approximately 35 kg

Explanation

The standard EUR 1 / EPAL pallet measures 1,200 mm (length) × 800 mm (width) × 144 mm (height), and weighs approximately 20 to 25 kg. It is designed to fit standardized road truck bodies and ISO shipping containers.

Question 26Organizing Transport Logistics

In international containerized maritime shipping, what internal volume and Twenty-foot Equivalent Unit (TEU) rating characterize a standard 40-foot dry ISO container (40' Dry)?

  1. Approximately 67 m³ internal volume, rated as 2 TEU Correct answer.
  2. Approximately 33 m³ internal volume, rated as 1 TEU
  3. Approximately 120 m³ internal volume, rated as 4 TEU
  4. Approximately 76 m³ internal volume, rated as 1 TEU

Explanation

A standard 20-foot container represents 1 TEU (approx. 33 m³). A standard 40-foot container represents 2 TEU and provides an internal usable volume of approximately 67 m³ (a 40' High Cube provides approx. 76 m³).

Question 27Organizing Transport Logistics

In distribution order fulfillment, what characterizes the 'wave picking' (préparation par vagues) strategy in warehouse operations?

  1. Grouping orders into scheduled release intervals based on common criteria such as shipping departure times, transport routes, or product locations to optimize picker travel Correct answer.
  2. Picking single individual items one by one across the entire warehouse whenever a customer order arrives
  3. Allowing order pickers to select whichever products they prefer without system guidance
  4. Dispatching orders exclusively by oceanic shipping containers during high-tide windows

Explanation

Wave picking organizes orders into distinct operational batches ('waves') scheduled around carrier cut-off times, transport routes, or zone concentrations. This levels warehouse workload and minimizes picker transit distance compared to isolated order-by-order picking.

Question 28Organizing Transport Logistics

In electronic supply chain communications using EDIFACT standards, what is the role of the DESADV (Despatch Advice) message?

  1. An advanced shipping notice sent by the supplier to the recipient detailing the exact goods, quantities, and pallet identifiers packed in an outbound shipment prior to physical arrival Correct answer.
  2. An electronic invoice transmitted by the carrier to collect toll road reimbursements
  3. A customs clearance release code generated by the port authority to allow vessel berthing
  4. A proof of driver rest hours submitted to the national transport inspection bureau

Explanation

The DESADV (Despatch Advice / Avis d'expédition) is an EDI standard message sent by a consignor or warehouse to the consignee before shipment arrival. It specifies delivery details, packaging hierarchy (SSCC codes), item quantities, and batch numbers, allowing the receiving warehouse to prepare receiving docks and automate receipt scanning.

Question 29Organizing Transport Logistics

In reverse logistics and pallet pool management, how does a standard European pallet exchange balance (compte palettes) operate between a carrier and a shipper/receiver?

  1. The carrier exchanges empty EPAL pallets for loaded ones on a 1-for-1 basis; any discrepancy is recorded on the consignment note (voucher), creating a debit/credit pallet account reconciled periodically Correct answer.
  2. Pallets are treated as disposable trash that carriers must burn at the roadside upon unloading
  3. Receivers are legally required to pay full retail purchase price in cash to the truck driver for each wooden board unloaded
  4. Pallets must be returned to the European Parliament in Brussels at the end of each fiscal month

Explanation

The European pallet exchange system (échange palettes Europe) is based on 1-for-1 exchange of standard EPAL pallets. When physical exchange is impossible at delivery, a pallet voucher (bon palette) is signed. The balance is tracked in a pallet account (compte palettes); net negative balances must be physically replenished or settled financially at agreed market rates.

Question 30Costing Performance Analysis

In logistics inventory management and warehouse slotting, what is the application of the ABC (Pareto) classification method?

  1. Classifying stock keeping units (SKUs) based on movement frequency or value, placing high-velocity 'Class A' items closest to packing and shipping bays Correct answer.
  2. Alphabetizing warehouse bin locations from A to Z regardless of picking frequency
  3. Classifying incoming trucks by weight category to determine toll reimbursement
  4. Segregating dangerous chemicals based on flashpoint temperatures

Explanation

ABC analysis applies the Pareto 80/20 rule to inventory: Class A items (typically 10-20% of SKUs representing 70-80% of picking activity or value) are slotted near shipping bays and ground levels to minimize travel time; Class B are intermediate; and Class C (slow movers) are placed further away.

Question 31Costing Performance Analysis

An air freight consignment consists of 5 identical crates. Each crate measures 100 cm × 80 cm × 60 cm and has an actual gross weight of 70 kg. Applying the standard IATA air cargo volumetric weight rule (1:6 ratio, where 1 m³ = 166.67 kg or 6,000 cm³ = 1 kg), what is the chargeable weight (poids taxable) of this shipment?

  1. 400 kg Correct answer.
  2. 350 kg
  3. 240 kg
  4. 480 kg

Explanation

Total actual gross weight = 5 × 70 kg = 350 kg. Volume per crate = 1.00 m × 0.80 m × 0.60 m = 0.48 m³. Total volume = 5 × 0.48 m³ = 2.40 m³. Volumetric weight under IATA standard = 2.40 m³ × 166.67 kg/m³ = 400 kg (or 5 × [100 × 80 × 60] / 6,000 = 400 kg). Under air freight rules, the chargeable weight is the greater of actual gross weight and volumetric weight: max(350 kg, 400 kg) = 400 kg.

Question 32Costing Performance Analysis

A shipper books road transport for a consignment of industrial machinery that cannot be stacked and cannot be placed beside any other cargo, occupying 3.2 linear meters (mètres linéaires de plancher) across the full width of the trailer. The actual gross weight of the machinery is 4,100 kg. Applying the standard French road freight groupage conversion rules (1 linear meter = 1,750 kg, and 1 m³ = 330 kg / 1 t = 3 m³), what is the chargeable taxable weight?

  1. 5,600 kg Correct answer.
  2. 4,100 kg
  3. 3,200 kg
  4. 9,600 kg

Explanation

Because the cargo occupies 3.2 linear meters of floor space, the linear meter equivalence rule applies: Equivalent weight = 3.2 linear meters × 1,750 kg/linear meter = 5,600 kg. Chargeable weight = max(actual gross weight, equivalent weight) = max(4,100 kg, 5,600 kg) = 5,600 kg.

Question 33Costing Performance Analysis

A logistics warehouse planner is designing a storage aisle equipped with conventional adjustable pallet racking (palettier standard). The aisle consists of 12 rack bays on each side (24 bays total). Each bay has 4 beam load levels (including the ground floor position), and each level accommodates 3 standard EUR-1 pallets. What is the total pallet storage capacity of this racking aisle?

  1. 288 pallet positions Correct answer.
  2. 144 pallet positions
  3. 96 pallet positions
  4. 576 pallet positions

Explanation

Number of bays = 12 bays/side × 2 sides = 24 bays. Pallet capacity per bay = 4 beam levels × 3 pallets/level = 12 pallets/bay. Total aisle storage capacity = 24 bays × 12 pallets/bay = 288 pallet positions.

Question 34Costing Performance Analysis

A shipper prepares an LCL (Less than Container Load) maritime consignment comprising 6 heavy wooden crates. The total gross weight of the shipment is 4.2 metric tonnes, and the total cubage is 8.5 m³. The ocean freight tariff quoted by the shipping line is 95.00 € per Unité Payante (UP / freight ton). What is the total ocean freight charge?

  1. 807.50 € Correct answer.
  2. 399.00 €
  3. 1,206.50 €
  4. 269.17 €

Explanation

In conventional and LCL maritime transport, the freight ton / Unité Payante (UP) rule compares gross weight in metric tonnes and volume in cubic meters (where 1 UP = 1 t or 1 m³, to the carrier's advantage): Number of UP = max(mass in tonnes, volume in m³) = max(4.2, 8.5) = 8.5 UP. Total freight = 8.5 UP × 95.00 €/UP = 807.50 €.

Question 35Costing Performance Analysis

What is the primary role of the Comité National Routier (CNR) in the French road freight transport sector?

  1. A specialized economic observatory that analyses road haulage operating costs, publishes standard costing methodologies, and tracks cost index variations Correct answer.
  2. A police body empowered to conduct roadside tachograph fraud investigations and seize vehicles
  3. A private commercial insurance syndicate issuing carrier cargo policies
  4. A trade union representing only long-distance heavy vehicle drivers in collective bargaining

Explanation

The Comité National Routier (CNR) is the French economic observatory of road transport. It analyses the operating costs of commercial road transport, publishes recognized reference costing models (formules binôme et trinôme), and publishes monthly cost indices (gazole, personnel, vehicle capital costs) widely used for contract price indexation.

Question 36Costing Performance Analysis

In the CNR road vehicle cost price methodology, what are the three components comprising the 'trinôme' costing formula (formule trinôme)?

  1. Kilometric term (CK, variable vehicle running costs), hourly term (CH, driver employment and service time costs), and fixed vehicle term (CJ/CA, vehicle standing capital costs) Correct answer.
  2. Fuel cost, highway toll cost, and customs duty rate
  3. Purchase price, insurance premium, and driver annual bonus
  4. Warehouse rent, inventory carrying cost, and corporate income tax

Explanation

The CNR trinôme decomposes road transport operating costs into: (1) Terme kilométrique (CK): variable costs per km (fuel, tires, vehicle maintenance); (2) Terme horaire (CH): cost per driver hour of service (gross wages, employer social contributions, professional allowances); (3) Terme journalier/annuel fixe (CJ/CA): fixed vehicle overhead per day/year (depreciation, financing, insurance, vehicle road tax).

Question 37Costing Performance Analysis

A transport operations manager calculates the direct operating cost for a round-trip road freight mission covering 520 km. The driver's recorded service time is 10 hours. The vehicle fixed daily cost allocation is 135.00 €. The variable distance cost is CK = 0.52 €/km, and the driver hourly cost is CH = 21.50 €/h. General company overheads (frais généraux) are assessed at 10% of total direct operating costs. What is the total cost price (prix de revient complet) for this mission?

  1. 682.44 € Correct answer.
  2. 620.40 €
  3. 558.36 €
  4. 744.48 €

Explanation

Variable mileage cost = 520 km × 0.52 €/km = 270.40 €. Driver service cost = 10 h × 21.50 €/h = 215.00 €. Fixed vehicle daily allocation = 135.00 €. Total direct operating cost = 270.40 € + 215.00 € + 135.00 € = 620.40 €. Applying 10% company overhead: Prix de revient complet = 620.40 € × 1.10 = 682.44 €.

Question 38Costing Performance Analysis

In the CNR costing framework, how does the 'binôme' formula differ from the 'trinôme' formula?

  1. The binôme formula merges driver labor costs and vehicle fixed standing costs into a single daily fixed term (CJ), retaining a separate kilometric variable term (CK) Correct answer.
  2. The binôme formula ignores driver wages entirely and only calculates diesel and tolls
  3. The binôme formula is exclusively applied to maritime container vessels, never road trucks
  4. The binôme formula calculates costs on a per-customer basis rather than a per-vehicle basis

Explanation

The binôme formula condenses costs into two terms: a variable term per kilometer (CK) and a fixed term per day or per journey (CJ) that combines both the vehicle fixed capital costs and the driver daily labor costs. It is commonly used for standard dedicated round-trips where service hours are predictable.

Question 39Costing Performance Analysis

A carrier completes a dedicated 360 km delivery in 1 operating day using the binôme costing model. The variable kilometer term is CK = 0.60 €/km, and the consolidated daily fixed term (vehicle + driver) is CJ = 340.00 €/day. To cover overheads and achieve a target commercial operating margin of 8% on sales (taux de marque de 8%), what selling price before tax (PVHT) must the carrier quote to the client?

  1. 604.35 € Correct answer.
  2. 556.00 €
  3. 600.48 €
  4. 695.00 €

Explanation

Total direct cost = (360 km × 0.60 €/km) + 340.00 € = 216.00 € + 340.00 € = 556.00 €. When margin is expressed as a percentage of the selling price (taux de marque = Margin / PVHT), the formula is: PVHT = Cost / (1 - Margin Rate) = 556.00 € / (1 - 0.08) = 556.00 € / 0.92 = 604.35 €.

Question 40Costing Performance Analysis

In road transport economics, how is the breakeven mileage (seuil de rentabilité kilométrique) of a fleet vehicle defined and determined?

  1. The total annual distance in kilometers a vehicle must travel so that its contribution margin (revenue minus variable costs per km) exactly covers its annual fixed costs Correct answer.
  2. The legal maximum distance a truck can travel before its engine warranty expires
  3. The distance at which fuel consumption per kilometer drops to absolute zero
  4. The mileage threshold at which a vehicle is classified as an abnormal indivisible load

Explanation

Breakeven mileage is the distance at which total revenues equal total costs (zero profit and zero loss). Mathematically: Breakeven km = Fixed Costs / (Revenue per km - Variable Cost per km). Any kilometers operated beyond this threshold generate operating profit.

Question 41Costing Performance Analysis

In supply chain and freight distribution performance monitoring, what does the key performance indicator OTIF stand for, and what does it measure?

  1. On-Time In-Full: the percentage of customer orders delivered both within the agreed delivery window and with complete, undamaged quantities Correct answer.
  2. Over-The-Internet Freight: the percentage of bookings made through mobile smartphone apps
  3. Only-Transport-Invoiced-Fast: the average time taken by the accounting team to issue invoices
  4. Operating-Tractor-Inspection-Frequency: the number of vehicle safety inspections per year

Explanation

OTIF (On-Time In-Full / Taux de service complet dans les délais) is the primary customer service KPI in logistics. An order is counted as successful only if it satisfies two conditions simultaneously: it arrives on time (On-Time) AND with all ordered quantities intact without damage or shortages (In-Full).

Question 42Costing Performance Analysis

During a monthly review, a regional transport agency executes 500 deliveries. Operational records indicate: 460 deliveries were delivered on time; 475 deliveries were delivered in full with no damage or shortages; and exactly 445 deliveries met BOTH criteria (delivered on time AND in full). What is the agency's OTIF service rate for the month?

  1. 89.0% Correct answer.
  2. 92.0%
  3. 95.0%
  4. 93.5%

Explanation

OTIF requires that both conditions be fulfilled simultaneously. Number of successful orders = 445. Total orders = 500. OTIF rate = (445 / 500) × 100 = 89.0%.

Question 43Costing Performance Analysis

How is the payload load factor (taux de chargement en poids / charge utile) of a freight vehicle defined in transport performance analysis?

  1. The ratio of the actual cargo weight carried to the maximum allowable legal payload capacity of the vehicle, expressed as a percentage Correct answer.
  2. The ratio of the driver's driving hours to their total weekly rest hours
  3. The ratio of empty kilometers traveled to total kilometers traveled
  4. The ratio of fuel consumed on highways to fuel consumed in urban areas

Explanation

Payload load factor (taux de chargement en charge utile) evaluates weight optimization: (Actual cargo weight / Maximum legal payload capacity) × 100. A high load factor indicates efficient asset utilization and lower cost per unit transported.

Question 44Costing Performance Analysis

A 40-tonne articulated vehicle combination has a maximum payload capacity of 25,000 kg and an internal trailer volume of 88 m³. For a specific dispatch, it is loaded with 18,500 kg of merchandise occupying a volume of 74 m³. What are the payload load factor (taux de chargement en poids) and the volumetric fill rate (taux de remplissage en volume) for this trip?

  1. Weight load factor: 74.0%; Volumetric fill rate: 84.1% Correct answer.
  2. Weight load factor: 84.1%; Volumetric fill rate: 74.0%
  3. Weight load factor: 50.0%; Volumetric fill rate: 50.0%
  4. Weight load factor: 92.5%; Volumetric fill rate: 98.0%

Explanation

Weight load factor = (Actual weight / Payload capacity) × 100 = (18,500 kg / 25,000 kg) × 100 = 74.0%. Volumetric fill rate = (Actual volume / Usable volume) × 100 = (74 m³ / 88 m³) × 100 = 84.09% (approx. 84.1%).

Question 45Costing Performance Analysis

Why is the empty running rate (taux de parcours à vide) a critical KPI for road haulage profitability, and how is it calculated?

  1. Calculated as (Empty km / Total km) × 100; unladen mileage generates vehicle and driver operating costs without generating direct freight revenue Correct answer.
  2. Calculated as (Total km / Empty km) × 100; higher rates signify increased fuel efficiency
  3. Calculated as (Empty km × Average speed); it measures the speed of trucks when returning without cargo
  4. Calculated as (Empty km / Driver wage); it determines the driver's bonus deduction

Explanation

The empty running rate measures non-revenue kilometers: (Empty kilometers / Total kilometers [laden + empty]) × 100. Empty running consumes fuel, driver wages, vehicle wear, and tolls with zero offsetting freight revenue; reducing empty runs through backhauls (fret de retour) is vital for operating margins.

Question 46Costing Performance Analysis

In transport economic statistics, what is the distinction between 'tonne-kilomètre offerte' (TKO) and 'tonne-kilomètre transportée' (TKT)?

  1. TKO measures potential vehicle capacity offered (vehicle payload capacity in tonnes × distance traveled); TKT measures actual freight service performed (actual cargo weight carried in tonnes × distance traveled) Correct answer.
  2. TKO applies only to maritime oil tankers; TKT applies only to electric freight trains
  3. TKO is calculated exclusively on empty runs; TKT is calculated exclusively on toll motorways
  4. TKO represents transport revenue; TKT represents carrier net profit

Explanation

TKO (offered tonne-kilometer) reflects available supply capacity: Payload capacity in tonnes × kilometers run. TKT (transported tonne-kilometer) reflects actual demand fulfilled: Actual tons of cargo carried × kilometers run. The ratio TKT / TKO represents the overall capacity utilization rate (taux de remplissage).

Question 47Activity Development Sustainability

What is the primary operational trade-off of a hub-and-spoke distribution transport network compared to a point-to-point (direct) transport network?

  1. Hub-and-spoke maximizes load consolidation and vehicle fill rates across numerous origins/destinations, but increases total transit time and cross-dock handling risks Correct answer.
  2. Hub-and-spoke eliminates all need for local delivery depots, delivering direct from factory to consumer
  3. Point-to-point networks require significantly more intermediate transshipment hubs than hub-and-spoke networks
  4. Hub-and-spoke networks are strictly illegal for road freight within the European Union

Explanation

A hub-and-spoke model routes shipments through central consolidation hubs. This enables high vehicle utilization and economies of scale on long-haul legs, connecting many origins and destinations with fewer routes. The trade-off is longer transit times, potential bottlenecking at the hub, and additional handling/damage risks.

Question 48Activity Development Sustainability

Under the ADEME and French statutory framework for calculating transport GHG emissions (Article D. 1431-12 of the Code des transports), what distinguishes a 'Level 1' calculation from a 'Level 4' calculation?

  1. Level 1 uses national statutory default default emission values by mode; Level 4 uses direct, actual measurements of energy consumed during the specific transport operation performed Correct answer.
  2. Level 1 applies only to electric rail; Level 4 applies only to international aviation
  3. Level 1 measures vehicle tailpipe sound emissions; Level 4 measures chemical tire wear
  4. Level 1 is reserved for internal accounting; Level 4 is an audited public tax report

Explanation

The regulations define four calculation precision levels: Level 1 uses generic default national values; Level 2 uses the carrier's overall fleet average; Level 3 uses averages for the specific vehicle category or route; Level 4 is the most precise, based on direct real-time measurements of energy consumed during the specific operation.

Question 49Activity Development Sustainability

In commercial fleet management, why is a structured preventive maintenance program economically superior to purely reactive (corrective) maintenance?

  1. It minimizes unscheduled roadside breakdowns, reduces vehicle downtime, prevents catastrophic component failure, and ensures compliance with statutory roadworthiness inspections (contrôle technique) Correct answer.
  2. It completely eliminates the need for vehicles to undergo annual safety inspections by authorized testing stations
  3. It allows carriers to operate vehicles beyond the manufacturer's maximum gross vehicle weight rating
  4. It automatically entitles the carrier to 100% reimbursement of all highway toll expenses

Explanation

Preventive maintenance schedules servicing (lubricants, brakes, tires, suspension) based on mileage or time intervals. This prevents costly on-road breakdowns, tow charges, customer delivery penalties, premature vehicle write-offs, and failure at mandatory annual roadworthiness inspections (mines).

Question 50Activity Development Sustainability

Which core management methodology forms the operational foundation of quality assurance standards such as ISO 9001 in transport and logistics enterprises?

  1. The Deming Plan-Do-Check-Act (PDCA) continuous improvement cycle Correct answer.
  2. The Just-In-Time vehicle speed maximization method
  3. The annual financial liquidation and re-incorporation cycle
  4. The random sampling of roadside driver rest records

Explanation

ISO 9001 quality management is built upon the continuous improvement cycle: Plan (establish objectives and processes), Do (implement processes), Check (monitor and measure performance against policies and KPIs), and Act (take corrective actions to continually improve operational performance).