Cargo Handling & Management for CONCOR MT 2026

CONCOR Management Trainee (Commercial & Operations) 2026 | Professional Knowledge | Topic 22 of 29

Cargo Handling & Management is an important subject in Logistics Management, Supply Chain Management, Terminal Operations and Multimodal Transportation. It covers the safe and efficient movement, loading, unloading, storage, protection and dispatch of goods.

For candidates preparing for the CONCOR Management Trainee (Commercial & Operations) Examination 2026, this topic is particularly relevant because Container Corporation of India Limited operates in container transportation, cargo handling, terminal logistics and rail–road connectivity.

Imagine a manufacturing company sending 200 pallets of automobile components through an inland container terminal. The goods must be received, checked, handled with suitable equipment, loaded into containers, secured against movement and transferred safely to the next transport service.

Any mistake in these activities can lead to cargo damage, delays, additional costs or accidents.

Cargo Handling & Management for CONCOR MT 2026

This chapter covers cargo classification, handling methods, material handling equipment, palletisation, unitisation, container stuffing, cargo securing, Verified Gross Mass (VGM), dangerous goods, safety, operational KPIs, solved numericals and 25 original exam-oriented MCQs.

1. What Is Cargo Handling?

Cargo Handling refers to the physical operations involved in moving, loading, unloading, lifting, stacking, transferring and securing goods during transportation, storage or terminal operations.

Simple Example

A truck arrives at a railway-linked terminal carrying palletised industrial components.

The cargo is unloaded with a forklift, checked and moved to a storage or stuffing area.

It is then loaded into a suitable container for onward transportation.

These activities are part of cargo handling.

Main Functions

Loading and unloading.
Lifting and moving goods.
Sorting and segregation.
Stacking and storage.
Palletisation and containerisation.
Cargo securing.
Transfer between transport modes.
Damage prevention.

Exam Point: Cargo handling is the physical movement and manipulation of freight, while cargo management covers the wider planning, coordination and control of cargo operations.

2. What Is Cargo Management?

Cargo Management is the planning, coordination, monitoring and control of cargo from receipt to final handover.

It includes physical handling as well as:

Cargo classification.
Movement scheduling.
Equipment selection.
Documentation.
Inventory and location records.
Quality and damage checks.
Safety compliance.
Carrier coordination.
Performance monitoring.
Customer service.

Cargo Handling vs Cargo Management

Cargo Handling	Cargo Management
Physical cargo movements	Overall coordination and control
Loading and unloading	Planning handling activities
Lifting and stacking	Allocating equipment and resources
Securing goods	Monitoring safety and documentation
Immediate operations	End-to-end process management

Exam Point: Cargo management is broader than cargo handling.

3. Objectives of Cargo Handling & Management

Operational Efficiency

Move cargo with minimum unnecessary handling and delay.

Cargo Safety

Prevent accidents and unsafe handling practices.

Damage Prevention

Protect goods from breakage, crushing, moisture and movement.

Cost Control

Reduce avoidable labour, equipment and handling expenses.

Faster Turnaround

Reduce waiting time for trucks, containers and railway wagons.

Accurate Documentation

Match physical cargo with the relevant shipment records.

Better Equipment Utilisation

Use appropriate equipment according to load and task requirements.

Customer Satisfaction

Dispatch and deliver the correct goods in acceptable condition.

Easy Revision: Right Cargo + Right Equipment + Right Method + Right Safety + Right Documentation.

4. Classification of Cargo

Cargo is classified according to its physical characteristics, packaging, transport method and handling requirements.

4.1 Containerised Cargo

Goods carried within suitable standardized freight containers.

Examples:

Garments.
Electronics.
Packaged industrial goods.
Automobile components.

4.2 Dry Bulk Cargo

Unpackaged dry commodities transported in suitable bulk systems.

Examples:

Coal.
Iron ore.
Grain.
Fertilizer.

4.3 Liquid Bulk Cargo

Liquids transported in suitable tanks or other bulk carriage arrangements.

Examples:

Petroleum products.
Edible oils.
Suitable industrial liquids.

4.4 Break-Bulk Cargo

Cargo transported as individual units or packages rather than loose bulk or standard container shipments.

Examples:

Bundled steel.
Large machinery.
Timber.
Individually handled crates.

4.5 Ro-Ro Cargo

Vehicles or other wheeled units transported using roll-on/roll-off arrangements.

4.6 Project Cargo

Large, heavy, specialized or technically complex cargo used for major industrial and infrastructure projects.

4.7 Refrigerated Cargo

Cargo requiring specified temperature conditions.

Examples:

Frozen food.
Fresh produce.
Certain pharmaceuticals.

4.8 Dangerous Goods

Goods presenting relevant hazards such as flammability, toxicity, corrosivity or other regulated characteristics.

They require appropriate identification, packaging, segregation, documentation and handling under the applicable transport-mode regulations.

Cargo Classification Table

Cargo Type	Example	Main Handling Consideration
Containerised	Packaged electronics	Container identification and securing
Dry Bulk	Coal	Bulk-loading equipment and dust control
Liquid Bulk	Edible oil	Suitable tanks and transfer systems
Break-Bulk	Steel bundles	Lifting points and load stability
Ro-Ro	Cars	Vehicle movement and securing
Project Cargo	Heavy transformer	Engineered lifting and route planning
Refrigerated	Frozen food	Temperature monitoring
Dangerous Goods	Regulated chemicals	Compatibility and legal compliance

5. What Is Material Handling?

Material Handling refers to the movement, protection, storage and control of materials and goods within factories, terminals, warehouses or logistics facilities.

Main Categories

Manual Handling: Moving suitable loads using human effort and approved techniques.
Mechanical Handling: Using machines such as forklifts, cranes or conveyors.
Automated Handling: Using suitable robotics, automated conveyors or storage/retrieval systems.

Important Principle

The method selected must match the cargo's actual mass, dimensions, centre of gravity, packaging, environment and operating conditions.

6. Material Handling Equipment

6.1 Forklift

A forklift is a powered industrial truck used for lifting and moving appropriate loads.

Applications:

Pallet handling.
Warehouse loading.
Material movement.
Suitable cargo stacking.

Exam Point: Forklift capacity depends on the machine's rated load conditions, including load centre and configuration.

6.2 Reach Stacker

A reach stacker is specialized equipment used to lift and transfer suitable freight containers.

Applications:

Container yard operations.
Container loading/unloading.
Road–rail container transfer where appropriate.

6.3 RMG Crane

RMG = Rail Mounted Gantry

An RMG travels on a fixed rail arrangement.

Applications:

Container handling in suitable railway terminals.
Yard stacking.
Container transfers.

6.4 RTG Crane

RTG = Rubber Tyred Gantry

An RTG travels on rubber tyres.

Applications:

Container yard stacking.
Container transfers within the equipment's designed operating area.

6.5 Ship-to-Shore Crane

An STS crane transfers suitable containers between a vessel and the quay.

6.6 Pallet Jack

Used to move suitable palletised loads over appropriate surfaces.

6.7 Conveyor

Transfers cartons, parcels or other suitable material along a defined path.

6.8 Hoist and Crane

Used for suitable lifting operations, subject to their rated capabilities and operating procedures.

Equipment Comparison

Equipment	Common Use
Forklift	Palletised freight
Reach Stacker	Freight container movement
RMG	Rail-mounted container handling
RTG	Rubber-tyred yard handling
STS Crane	Ship-to-quay container transfer
Pallet Jack	Pallet movement
Conveyor	Continuous or repeated item movement
Hoist	Specified lifting tasks

CONCOR Relevance: CONCOR's technical resources identify RMGs, RTGs, reach stackers and forklifts among its handling equipment.

7. Loading and Unloading Operations

Loading

The process of placing cargo onto a vehicle, railway wagon, vessel or other transport unit.

Unloading

The process of removing cargo from a transport unit.

Typical Loading Sequence

Verify the cargo and instructions.
Check the transport unit and equipment.
Confirm the permitted load and securing plan.
Position the transport unit safely.
Load cargo using approved equipment.
Distribute weight appropriately.
Secure the load.
Complete relevant documentation.

Important Safety Considerations

Load mass.
Equipment capacity.
Cargo stability.
Ground condition.
Vehicle restraint.
Personnel separation.
Visibility.
Safe access and exclusion zones.

Exam Point

Loading should follow an appropriate plan rather than random placement of cargo.

8. Cargo Stacking

Cargo Stacking involves arranging goods in suitable vertical or horizontal storage configurations.

Important Considerations

Load weight.
Package strength.
Floor or rack capacity.
Centre of gravity.
Stability.
Access for handling equipment.
Fire safety.
Product compatibility.

Example

Cartons marked as fragile or having limited stacking strength may not be suitable for supporting heavy loads.

Important Rule

There is no universal safe stacking height for every cargo type.

The permissible height depends on product characteristics, supporting structures, equipment and approved operating procedures.

9. Palletisation

Palletisation is the process of arranging and securing goods on a pallet to form a handling unit.

Advantages

Faster handling.
Easier forklift movement.
Reduced individual package handling.
Better inventory organization.
More consistent loading.
Potential reduction in handling damage.

Pallet Materials

Wood.
Plastic.
Metal.
Other appropriate materials.

Example

A warehouse packs 40 cartons onto each suitable pallet.
For 400 cartons:
Number of Pallets = 400 ÷ 40.

Answer = 10 pallets.

Safety Note

Pallet dimensions, strength and cargo securing must match the intended load and transport conditions.

10. Unitisation

Unitisation is the process of combining individual packages into a larger unit load for efficient handling.

Examples

Cartons secured on a pallet.
Bags arranged in suitable big bags or unit loads.
Goods packed into freight containers.

Main Benefits

Reduced handling operations.
Faster loading.
Better movement efficiency.
Improved shipment organisation.

Palletisation vs Unitisation

Palletisation: Creating a unit load using a pallet.
Unitisation: Broader concept involving combining packages into a handling unit, with or without pallets.

Exam Point: All suitable palletised loads are examples of unitisation, but not every unit load uses a pallet.

11. Containerisation

Containerisation is the use of standardized freight containers to transport goods.

Benefits

Suitable intermodal transfer.
Reduced individual package handling.
Cargo protection.
Improved tracking.
Efficient transport coordination.

Common Container Types

Dry Freight Container: General suitable cargo.
Reefer Container: Temperature-controlled cargo.
Open-Top Container: Suitable over-height or top-loaded cargo.
Flat Rack: Suitable oversized cargo requiring special arrangements.
Tank Container: Approved liquid or gas cargo according to design.

Important

The cargo must be compatible with the container's design and rated capabilities.

12. Cargo Stuffing and Destuffing

Stuffing

Loading cargo into a freight container.

Destuffing

Removing cargo from a freight container.

Good Stuffing Practices

Inspect the empty container.
Verify payload and weight limits.
Plan cargo placement.
Distribute mass appropriately.
Check compatibility between cargo items.
Use appropriate securing methods.
Avoid exceeding allowable weight or load concentration.
Secure the doors and apply required seals.
Record relevant shipment information.

Example

A container carries cartons on pallets.

The packer should confirm that the pallets and cargo are correctly positioned and restrained for the expected transport conditions.

Exam Point: Stuffing is not complete merely because all cargo fits inside the container.

13. Cargo Securing

Cargo Securing prevents unacceptable cargo shifting, tipping, rolling, sliding or falling during transport.

Why Securing Matters

Cargo can experience forces during:

Truck acceleration and braking.
Road cornering.
Railway movements.
Vessel rolling and pitching.
Handling and transfers.

Common Securing Methods

Lashing: Restraining cargo using suitable securing arrangements.
Blocking: Using appropriate rigid elements to restrict movement.
Bracing: Supporting cargo to resist displacement.
Dunnage: Material used to protect, separate, support or help secure cargo.
Strapping: Binding packages or unit loads with suitable straps.

Example

A heavy machine inside a container may require a professionally designed combination of blocking and lashing.

Important Warning

Do not assume container side walls, doors or ordinary packaging alone can safely resist every cargo load.

The securing design must follow appropriate cargo, container and transport-mode requirements.

14. CTU Code

CTU = Cargo Transport Unit

The IMO/ILO/UNECE Code of Practice for Packing of Cargo Transport Units, commonly called the CTU Code, provides guidance for packing and securing cargo in transport units.

Main Areas

Cargo packing preparation.
Selection and inspection of CTUs.
Cargo weight distribution.
Stowage and securing.
Dangerous goods considerations.
Responsibility and training.

Unpacking precautions.

Important Legal Distinction

The CTU Code is an international non-mandatory code of practice. It provides important technical guidance but does not automatically replace applicable national or mode-specific legal requirements.

Exam Point

The CTU Code is associated with safe packing and securing in intermodal transport.

15. VGM – Verified Gross Mass

VGM = Verified Gross Mass

Under SOLAS requirements, the gross mass of a packed container must be verified before loading onto an applicable ship.

Main Purpose

Improve ship stowage planning.
Reduce risks associated with incorrectly declared container weight.
Support safe container stacking and handling.

Who Is Responsible?

The shipper has responsibility for providing the verified gross mass under the applicable SOLAS framework.

Method 1

Weigh the packed container using suitable calibrated and certified equipment.

Method 2

Weigh all cargo packages and items, including pallets, dunnage and securing materials, and add the container's tare mass under an approved certified method.

Formula for Method 2

VGM = Cargo Mass + Pallet/Packaging/Securing Mass + Container Tare Mass

Example

Cargo = 18,000 kg.
Pallets and Securing Material = 1,000 kg.
Container Tare = 2,300 kg.
VGM = 18,000 + 1,000 + 2,300.

Answer = 21,300 kg.

This assumes the method is properly certified and all included masses are correctly measured.

Exam Point: VGM is not simply the weight of the goods excluding the container.

16. Tare Weight, Payload and Gross Mass

Tare Mass

The mass of an empty container, including its fixed equipment under the applicable definition.

Payload

The mass of cargo and other permitted contents that the container can carry within its specified ratings.

Gross Mass

The combined mass of the container and its contents.

Simplified Formula

Gross Mass = Container Tare + Total Contents Mass

Numerical Example

Tare = 2,200 kg.
Total Contents = 20,000 kg.
Gross Mass = 22,200 kg.

Important

The permitted gross mass must not be exceeded. Road, rail and equipment limits can also impose additional restrictions.

17. Centre of Gravity and Load Distribution

The Centre of Gravity (CoG) is the point through which the resultant weight of a load acts.

Why It Matters

An unsuitable centre of gravity can increase the risk of:

Vehicle instability.
Load tipping.
Equipment accidents.
Excessive axle loading.
Unsafe crane lifting.

Good Practices

Plan heavy-item placement.
Follow approved load-distribution requirements.
Secure cargo against shifting.
Check point loads and floor strength.
Use equipment designed for the load configuration.

Important

Heavy goods cannot simply be placed anywhere inside a container because total weight is below the nominal payload.

Local floor loads, axle loading and stability matter.

18. Dangerous Goods Handling

Dangerous Goods are materials or articles presenting regulated hazards during transport.

Examples

Certain flammable liquids.
Corrosive substances.
Toxic materials.
Certain gases.
Explosives.
Radioactive materials.

Main Requirements

Correct classification.
Approved packaging where required.
Marking and labelling.
Relevant documentation.
Compatibility and segregation.
Appropriate emergency arrangements.
Trained personnel.

Important International Codes

IMDG Code: International Maritime Dangerous Goods Code.
IATA DGR: Dangerous Goods Regulations used in air cargo.
RID: Regulations concerning international railway carriage of dangerous goods in the relevant jurisdiction.

Caution

Dangerous goods rules depend on transport mode and jurisdiction.

Do not treat one transport-mode code as universally applicable to every shipment.

19. Reefer Cargo Handling

Reefer Cargo is cargo requiring controlled temperature conditions during transport or storage.

Examples

Frozen foods.
Chilled food products.
Certain pharmaceuticals.
Temperature-sensitive agricultural goods.

Important Practices

Verify equipment suitability.
Pre-condition the cargo where required.
Set the correct temperature.
Check power supply.
Monitor temperature records.
Maintain proper airflow.
Follow cargo-specific instructions.

Important Difference

A reefer container helps maintain appropriate conditions. It should not automatically be treated as equipment capable of rapidly cooling any cargo loaded at the wrong temperature.

20. Break-Bulk and Project Cargo Handling

Break-Bulk Cargo

Individual packages or units handled separately.

Project Cargo

Heavy, oversized or technically complex cargo requiring specialized logistics planning.

Examples

Large transformers.
Industrial turbines.
Wind-energy equipment.
Large machine structures.

Important Planning Requirements

Cargo dimensions.
Actual mass.
Lifting points.
Route restrictions.
Bridge and road capacity.
Transport permits.
Equipment selection.
Engineered lifting plans.

Exam Point

Project cargo handling often requires specialized engineering and route planning.

21. Cargo Damage and Loss Prevention

Common Causes of Cargo Damage

Poor packaging.
Inadequate securing.
Wrong lifting equipment.
Improper stacking.
Rough handling.
Excessive vibration.
Moisture exposure.
Temperature deviation.
Incompatible cargo storage.
Incorrect load distribution.

Prevention Measures

Use appropriate packaging.
Inspect cargo condition.
Select suitable equipment.
Use approved lifting accessories.
Secure the cargo properly.
Maintain accurate records.
Monitor sensitive cargo.
Separate incompatible goods.
Follow safe operating procedures.
Investigate handling incidents.

22. Cargo Safety Management

Cargo handling areas contain moving vehicles, suspended loads and heavy equipment.

Main Safety Principles

Qualified Operators: Handling equipment should be operated by trained and authorized personnel.
Rated Capacity: Do not exceed equipment, accessory or structural load ratings.
Pedestrian Separation: Keep people away from hazardous operating areas.
Lifting Plans: Use appropriate engineered plans for complex or non-routine lifts.
Equipment Inspection: Inspect machinery and lifting accessories according to requirements.
Communication: Use approved signals and coordination methods.
Emergency Planning: Prepare for foreseeable incidents.

Important Rule

Workers should not stand or pass underneath a suspended load.

International Guidance

The International Labour Organization's Safety and Health in Ports provides practical recommendations relevant to cargo loading, unloading and port-related work.

23. Cargo Handling Documents

Document	Main Purpose
Commercial Invoice	Transaction details
Packing List	Cargo package and weight information
Goods Receipt Note	Goods received
Equipment Interchange Receipt	Container equipment interchange
Bill of Lading	Maritime carriage
Railway Receipt	Railway freight
Lorry Receipt	Road freight
Dangerous Goods Declaration	Relevant hazardous cargo details
VGM Declaration	Verified packed container gross mass
Delivery Order	Cargo release authorization

Important

Exact documentary requirements depend on goods, transport mode, Customs status and the relevant contractual arrangement.

24. Cargo Handling Productivity

Handling Productivity measures the amount of cargo handled per unit of relevant operating time.

Formula

Handling Productivity = Cargo Units Handled ÷ Operating Hours

Example

A cargo-handling team moves 400 pallets in 8 operating hours.
Productivity = 400 ÷ 8.

Answer = 50 pallets/hour.

Important

A pallet, container move and TEU are different output units.

The measurement must be specified before comparing productivity.

25. Cargo Damage Rate

Damage Rate measures the proportion of relevant cargo units damaged during a defined operation or period.

Formula

Damage Rate (%) = Damaged Units ÷ Total Relevant Units Handled × 100

Example

A terminal handles 5,000 packages.
Damaged Packages = 25.
Damage Rate = 25 ÷ 5,000 × 100.

Answer = 0.5%.

Importance

Reducing damage can improve customer satisfaction and lower claim or replacement costs.

26. Handling Cost per Unit

Formula

Handling Cost per Unit = Relevant Handling Cost ÷ Relevant Units Handled

Example

Total Handling Cost = ₹80,000.
Pallets Handled = 400.
Cost per Pallet = 80,000 ÷ 400.

Answer = ₹200.

Important

A valid comparison requires consistent cost allocation and unit definitions.

27. Equipment Utilisation

Equipment Utilisation measures actual use as a proportion of specified available time.

Formula

Equipment Utilisation (%) = Operating Time ÷ Available Time × 100

Example

Available Hours = 20.
Operating Hours = 15.
Utilisation = 15 ÷ 20 × 100.

Answer = 75%.

Equipment Availability vs Utilisation

Availability measures whether equipment is ready for use.

Utilisation measures how much it is actually used.

28. Cargo Dwell Time

Cargo Dwell Time is the period cargo remains at a designated terminal or facility under a specified measurement definition.

Formula

Dwell Time = Exit Time − Entry Time

Example

Cargo arrives on Monday at 8 AM.

It departs Wednesday at 8 PM.

Elapsed Time = 60 hours.

Answer = 2.5 days.

Why Dwell Time Matters

Long dwell time may increase storage demand and terminal congestion.

However, causes can include customer decisions, Customs processes or transport scheduling.

29. Role of CONCOR in Cargo Handling & Management

CONCOR supports containerized cargo movement through rail-linked terminals and integrated logistics facilities.

Important Operations

Receipt and dispatch of containers.
Transfer between road and rail.
Container loading and unloading.
Yard stacking.
Equipment planning.
Cargo-related warehousing services.
Container identification and tracking.
Operational safety coordination.

Relevant Equipment

According to CONCOR's technical information, relevant equipment includes:

RMG cranes.
RTG cranes.
Loaded and empty container reach stackers.
Forklifts.

Illustrative Workflow

Factory → Truck → Cargo Terminal/ICD → Container Handling → Railway Loading → Container Train → Destination Terminal → Road Delivery

Important Distinction

A container-handling move does not necessarily mean that the goods inside the container have been individually loaded or unloaded.

CONCOR's services and equipment vary by terminal and contract.

30. Important Cargo Handling Formulas

Concept	Formula
Handling Productivity	Cargo Units ÷ Operating Hours
Damage Rate (%)	Damaged Units ÷ Relevant Units Handled × 100
Handling Cost per Unit	Relevant Handling Cost ÷ Units Handled
Equipment Utilisation (%)	Operating Hours ÷ Available Hours × 100
Dwell Time	Exit Time − Entry Time
Pallets Required	Total Cartons ÷ Cartons per Pallet, rounded up
Packed Container Gross Mass	Container Tare + All Packed Contents
Total TEU	20-ft Containers + 2 × 40-ft Containers
On-Time Dispatch Rate	On-Time Dispatches ÷ Total Dispatches × 100
Cargo Throughput	Cargo Quantity Handled per Period

31. Solved Numerical Questions

Numerical 1 – Handling Productivity

Pallets Handled = 600.

Operating Time = 12 hours.

Productivity = 600 ÷ 12.

Answer = 50 pallets/hour.

Numerical 2 – Damage Rate

Cargo Units = 4,000.

Damaged Units = 20.

Rate = 20 ÷ 4,000 × 100.

Answer = 0.5%.

Numerical 3 – Handling Cost

Cost = ₹1,20,000.

Units Handled = 600.

Cost per Unit = 1,20,000 ÷ 600.

Answer = ₹200.

Numerical 4 – Pallet Requirement

Cartons = 450.

Cartons per Pallet = 40.

Required Pallets = 450 ÷ 40 = 11.25.

Because a partially filled pallet is still needed:

Answer = 12 pallets.

Numerical 5 – Equipment Utilisation

Operating Time = 16 hours.

Available Time = 20 hours.

Utilisation = 16 ÷ 20 × 100.

Answer = 80%.

Numerical 6 – VGM

Cargo = 16,000 kg.

Pallets and Securing = 800 kg.

Container Tare = 2,400 kg.

VGM = 16,000 + 800 + 2,400.

Answer = 19,200 kg.

Numerical 7 – Container TEU

20-foot Containers = 30.

40-foot Containers = 25.

TEU = 30 + (25 × 2).

Answer = 80 TEU.

Numerical 8 – Cargo Dwell Time

Arrival = Monday 9 AM.

Exit = Wednesday 3 PM.

Elapsed Time = 54 hours.

Answer = 54 hours.

32. Quick Revision

Cargo handling involves moving, loading and unloading goods.
Cargo management includes planning and controlling cargo operations.
Containerised cargo moves in suitable standardized freight containers.
Dry bulk cargo is transported unpackaged.
Liquid bulk cargo uses suitable tanks or bulk systems.
Break-bulk cargo is handled as individual units or packages.
Ro-Ro means Roll-On/Roll-Off.
Project cargo may require specialized engineering and handling.
Forklifts commonly handle palletised goods.
Reach stackers handle suitable freight containers.
RMG stands for Rail Mounted Gantry.
RTG stands for Rubber Tyred Gantry.
STS stands for Ship-to-Shore.
Palletisation involves forming handling units on pallets.
Unitisation is broader than palletisation.
Stuffing means loading cargo into a container.
Destuffing means unloading cargo from a container.
Dunnage supports cargo protection or securing.
Lashing helps restrain cargo movement.
Blocking and bracing help prevent cargo displacement.
CTU stands for Cargo Transport Unit.
The CTU Code provides packing and securing guidance.
VGM stands for Verified Gross Mass.
SOLAS requires verified gross mass for packed containers on applicable ships.
VGM includes container tare and packed contents mass.
Incorrect weight distribution can create transport safety risks.
The IMDG Code concerns dangerous goods transported by sea.
Reefer cargo requires suitable temperature control.
Cargo damage rate measures damaged units as a proportion of handled units.
Handling productivity measures output per operating hour.
Equipment utilisation measures operating time relative to available time.
Cargo dwell time measures time in a defined facility.
A 20-foot standard container represents 1 TEU.
A 40-foot standard container represents 2 TEU.
CONCOR's container-handling resources include RMG, RTG, reach stackers and forklifts.

33. 25 Expected MCQs with Explanations

Q1. What is cargo handling?

A. Only preparing invoices
B. Physical movement, loading and unloading of goods
C. Only calculating Customs duty
D. Passenger reservation management

Correct Answer: B

Explanation: Cargo handling involves physical freight operations such as lifting, loading, unloading and transfer.

Q2. Which is an example of dry bulk cargo?

A. Coal
B. Passenger car
C. Packaged laptop
D. Refrigerator

Correct Answer: A

Explanation: Coal is commonly transported as unpackaged dry bulk cargo.

Q3. Which cargo category includes large industrial transformers requiring specialized handling?

A. Project Cargo
B. Passenger Baggage
C. Postal Letters
D. Liquid Bulk only

Correct Answer: A

Explanation: Large, heavy or complex equipment can be classified as project cargo.

Q4. Which equipment commonly handles pallets in warehouses?

A. Forklift
B. Ship Anchor
C. Marine Pilot Boat
D. Railway Signal

Correct Answer: A

Explanation: Forklifts are commonly used for suitable palletised loads.

Q5. RMG stands for:

A. Rail Mounted Gantry
B. Road Movement Generator
C. Railway Marketing Group
D. Rubber Material Gear

Correct Answer: A

Explanation: An RMG crane moves on fixed rails.

Q6. RTG stands for:

A. Railway Transport Guide
B. Rubber Tyred Gantry
C. Road Terminal Gate
D. Rail Transfer Gear

Correct Answer: B

Explanation: RTG cranes use rubber tyres for suitable yard movement.

Q7. Which equipment is used for lifting and transferring suitable freight containers in a container yard?

A. Reach Stacker
B. Office Printer
C. Hand Scanner only
D. Manual Stapler

Correct Answer: A

Explanation: Reach stackers are designed for suitable container-handling operations.

Q8. What is palletisation?

A. Loading cargo onto a vessel without securing it
B. Arranging and securing goods on a pallet
C. Preparing an import tax return
D. Identifying the ship's navigation channel

Correct Answer: B

Explanation: Palletisation creates a suitable palletised handling unit.

Q9. Which statement about unitisation is correct?

A. It applies only to liquid cargo.
B. It combines packages into larger handling units.
C. It is identical to Customs clearance.
D. It always requires a shipping vessel.

Correct Answer: B

Explanation: Unitisation reduces individual package handling.

Q10. Stuffing means:

A. Removing cargo from a container
B. Loading cargo into a container
C. Calculating Customs duty
D. Unberthing a vessel

Correct Answer: B

Explanation: Stuffing is the loading of goods into a freight container.

Q11. Destuffing means:

A. Removing cargo from a container
B. Applying a container seal
C. Issuing a Bill of Entry
D. Operating a ship's anchor

Correct Answer: A

Explanation: Destuffing means unloading the contents of a container.

Q12. What is the principal function of cargo lashing?

A. Securing cargo against movement
B. Determining product origin
C. Measuring exchange rates
D. Issuing transport documents

Correct Answer: A

Explanation: Lashing helps restrain cargo against shifting and other movement.

Q13. CTU stands for:

A. Cargo Transport Unit
B. Customs Tariff Utility
C. Container Tax Unit
D. Commercial Transit Union

Correct Answer: A

Explanation: CTU means Cargo Transport Unit.

Q14. Which organizations jointly developed the CTU Code?

A. IMO, ILO and UNECE
B. RBI, SEBI and NABARD
C. IMF, WTO and FIFA
D. DGFT, IRCTC and ISRO

Correct Answer: A

Explanation: The CTU Code is a joint IMO/ILO/UNECE code of practice.

Q15. VGM stands for:

A. Verified Gross Mass
B. Vessel Gate Movement
C. Variable Goods Margin
D. Volume Goods Measurement

Correct Answer: A

Explanation: VGM means Verified Gross Mass.

Q16. Under the applicable SOLAS requirement, who is responsible for providing the VGM of a packed container?

A. Shipper
B. Customs Broker in every case
C. Truck Driver alone
D. Port Security Guard

Correct Answer: A

Explanation: SOLAS places the VGM responsibility on the shipper, who may arrange appropriate weighing services.

Q17. Which item must be included in the VGM calculation under the certified summation method?

A. Container tare mass
B. Cargo mass
C. Packing and securing mass
D. All of the above

Correct Answer: D

Explanation: VGM includes the container and all packed contents.

Q18. A container has 15,000 kg cargo, 1,000 kg pallets and securing material, and 2,300 kg tare. Its VGM is:

A. 15,000 kg
B. 16,000 kg
C. 17,300 kg
D. 18,300 kg

Correct Answer: D

Explanation: 15,000 + 1,000 + 2,300 = 18,300 kg.

Q19. Which cargo commonly requires temperature-controlled handling?

A. Certain pharmaceuticals
B. Ordinary steel rods
C. Coal
D. Sand

Correct Answer: A

Explanation: Some pharmaceuticals require specified temperature-controlled conditions.

Q20. The IMDG Code is associated with:

A. Dangerous goods transported by sea
B. Warehouse employee salaries
C. Railway passenger fares
D. International currency conversion

Correct Answer: A

Explanation: IMDG stands for International Maritime Dangerous Goods.

Q21. A terminal handles 600 pallets in 12 hours. Handling Productivity equals:

A. 25 pallets/hour
B. 40 pallets/hour
C. 50 pallets/hour
D. 60 pallets/hour

Correct Answer: C

Explanation: 600 ÷ 12 = 50 pallets per hour.

Q22. A terminal handles 5,000 packages and 25 are damaged. Damage Rate equals:

A. 0.2%
B. 0.5%
C. 1%
D. 2%

Correct Answer: B

Explanation: 25 ÷ 5,000 × 100 = 0.5%.

Q23. Handling cost is ₹1,20,000 for 600 pallets. Cost per pallet is:

A. ₹100
B. ₹150
C. ₹200
D. ₹300

Correct Answer: C

Explanation: ₹1,20,000 ÷ 600 = ₹200 per pallet.

Q24. A shipment contains 450 cartons. If each pallet can safely accommodate 40 cartons, how many pallets are required?

A. 10
B. 11
C. 12
D. 13

Correct Answer: C

Explanation: 450 ÷ 40 = 11.25; round up to 12 pallets.

Q25. Which activities are relevant to CONCOR's container cargo operations?

A. Container lifting and stacking
B. Road–rail container transfer
C. Container-handling equipment planning
D. All of the above

Correct Answer: D

Explanation: Container operations require physical handling and coordination across transport modes.

34. Frequently Asked Questions

What is Cargo Handling & Management?

It covers the physical movement of cargo and the planning, coordination, documentation, equipment and safety needed to manage freight operations.

What are the main types of cargo?

Important categories include containerised, dry bulk, liquid bulk, break-bulk, Ro-Ro, project cargo, refrigerated cargo and dangerous goods.

What is the difference between palletisation and unitisation?

Palletisation combines goods onto pallets. Unitisation is the broader process of creating larger handling units.

What is the difference between stuffing and destuffing?

Stuffing means loading cargo into a container, while destuffing means removing it.

What is cargo lashing?

Lashing is a method of securing cargo to prevent unacceptable movement during transportation.

What is the CTU Code?

The IMO/ILO/UNECE CTU Code provides international guidance on packing and securing cargo transport units.

What is VGM?

Verified Gross Mass is the verified mass of a packed container, including container tare and packed cargo, packaging and securing materials.

Which equipment is important for CONCOR container handling?

Relevant equipment includes RMG cranes, RTG cranes, reach stackers and forklifts.

How do you calculate cargo damage rate?

Divide damaged units by total relevant units handled and multiply by 100.

Why is Cargo Handling & Management important for CONCOR MT 2026?

The subject covers container movement, terminal equipment, cargo protection, road–rail transfers, warehouse handling and operational productivity.

Conclusion

Cargo Handling & Management is a fundamental logistics subject because safe and efficient cargo movement depends on the correct equipment, loading methods, weight distribution, securing arrangements and documentation.

For CONCOR Management Trainee 2026, prioritize cargo classification, forklifts, reach stackers, RMG, RTG, palletisation, unitisation, stuffing, destuffing, lashing, dunnage, CTU Code, VGM, dangerous goods, cargo damage prevention, handling productivity and equipment utilisation.

Also practise the numerical problems involving pallets, container gross mass, cargo throughput, handling cost and damage rates.

Next Chapter: Air Cargo Operations – Complete Notes, Air Freight, AWB, IATA, ULD, Air Cargo Terminals, Cargo Screening, Chargeable Weight and 25 Expected MCQs.