NS Continent | International Freight Forwarding & Logistics
NS CONTINENT Synchronize the World of LogisticsAir freight is one of the fastest ways to move cargo internationally, but speed is only one part of the equation. Dimensions, gross weight, chargeable weight, airport handling, documentation, security, customs, aircraft capacity and cargo characteristics all influence the way an air shipment should be planned.
Air freight is the transportation of cargo by aircraft between airports or as part of a wider door-to-door logistics arrangement. Businesses commonly consider it when transportation speed, shipment urgency, cargo characteristics, product value or supply-chain continuity make air transportation appropriate.
The aircraft is only one stage of the complete logistics chain.
International air cargo can involve the shipper, freight forwarder, airline, ground handler, airport cargo terminal, customs authorities and consignee. Cargo normally moves through preparation, booking, documentation, acceptance, security, handling, flight transportation, destination processing, customs and final delivery.
Air freight is commonly considered when faster transportation is important.
Cargo dimensions can be just as important as physical weight because aircraft capacity is limited.
Airport acceptance, security, warehouse and airline handling all form part of the process.
Air freight should be selected from the shipment requirement, not simply because it is faster.
Cargo needs to arrive faster than the available ocean freight option can reasonably provide.
Production, maintenance or service operations require a component without a long replenishment cycle.
The product has limited shelf life or requires careful timing and handling.
Faster transportation and lower inventory exposure may have commercial value for the shipment.
The shipment is relatively small and faster air transportation is commercially appropriate.
Urgent replenishment is needed to help reduce the impact of potential inventory disruption.
The better question is not which mode is universally better, but which mode fits the shipment.
| Consideration | Air Freight | Ocean Freight |
|---|---|---|
| Main strength | Speed | Large-volume transportation |
| Typical planning focus | Chargeable weight, time and handling | Container, volume, routing and equipment |
| Transportation unit | Aircraft / ULD | Vessel / Container |
| Time-sensitive cargo | Common consideration | Less suitable when speed is critical |
| Large-volume cargo | Can become expensive | Often suitable |
| Weight / volume | Important for rating | Important for loading and capacity planning |
The exact sequence can vary according to origin, destination, airline, cargo type, Incoterm and local procedures.
Origin, destination, commodity, pieces, dimensions, weight and schedule are collected.
Cargo characteristics, chargeable weight, service and handling requirements are reviewed.
Applicable air freight and shipment-related charges are evaluated.
Airline space, routing and required service are coordinated.
Cargo is collected or received according to the shipment arrangement.
Air-cargo and customs documentation are prepared and checked.
Cargo moves through airport and airline operations to its destination.
Import customs, cargo release and final delivery are coordinated.
Identify exactly what is being shipped and whether it has any special handling or regulatory characteristics.
Identify cartons, pallets, crates or other shipment handling units.
Measure length, width and height of the actual shipping package.
Provide the actual physical shipment weight including applicable packaging.
State where the cargo is collected and where it must be delivered.
Provide the cargo-ready date and required delivery timing where known.
Weight and dimensions can both influence the air-freight transportation charge.
The physical weight of the shipment measured for the applicable transportation arrangement.
A calculated weight based on the space occupied by the cargo.
The applicable weight basis used to calculate the transportation charge under the relevant rating rules.
Consider a shipment measuring 100 × 80 × 60 cm with an actual gross weight of 40 kg. Using a 6,000 volumetric divisor: 100 × 80 × 60 ÷ 6,000 = 80 kg. The simplified comparison is therefore: Actual Weight: 40 kg versus Volumetric Weight: 80 kg. The applicable chargeable basis may therefore be 80 kg, subject to the airline's actual rating rules.
| Term | Main Question | Purpose |
|---|---|---|
| CBM | How much physical volume does the cargo occupy? | Volume and cargo planning |
| Actual Weight | How heavy is the shipment physically? | Physical weight measurement |
| Volumetric Weight | What equivalent weight does the cargo volume represent? | Air-freight rating basis |
| Chargeable Weight | Which weight basis applies to the freight charge? | Transportation pricing |
Incorrect dimensions can affect volumetric weight, chargeable weight, quotation accuracy, airline acceptance, warehouse handling, aircraft-space planning, palletization and final freight billing.
Describe the actual product before packaging.
Describe the package after cartons, pallets, protection and shipping materials are included.
The final handling unit can affect palletization, storage, loading and available transportation options.
The Air Waybill, commonly abbreviated as AWB, contains important information associated with the air carriage of the shipment. It can include information about the shipper, consignee, origin, destination, cargo description, number of pieces, gross weight and transportation details.
Identifies the shipping party according to the applicable shipment arrangement.
Identifies the receiving party according to the shipment documentation.
Includes relevant details such as description, pieces and weight.
Identifies the relevant airport or origin point.
Identifies the applicable destination airport or point.
Relevant shipment handling information may be included depending on the cargo.
The Master Air Waybill represents the main air-carriage relationship associated with the airline and the consolidating forwarder or relevant contracting party.
A House Air Waybill is generally associated with an individual customer shipment within a freight-forwarder consolidation arrangement.
The electronic Air Waybill, or e-AWB, is part of the industry's move toward electronic air-cargo documentation. Instead of relying on a paper Air Waybill travelling with the shipment, relevant transportation data can be processed electronically under the applicable industry framework.
Shipper, consignee, cargo description, weight, pieces, routing and handling information still need to be accurate because the underlying logistics data remains critical to the shipment.
Cargo arrives at the relevant cargo facility.
Shipment information and cargo condition are checked against applicable requirements.
Applicable aviation-security processes are performed.
Cargo may be staged or stored before movement.
Cargo may be arranged into the applicable loading unit.
Cargo is prepared for the aircraft movement.
Cargo is unloaded and transferred through destination handling processes.
Cargo proceeds toward customs, delivery or the next logistics stage.
Cargo acceptance involves checking whether a shipment is ready and suitable for the applicable air transportation arrangement. Depending on the cargo, this can include document review, package condition, dimensions, weight, security requirements, special handling information, dangerous-goods status and airline or operator requirements.
Required shipment and regulatory documents must be available and accurate.
Cargo should be packed and presented appropriately for the intended movement.
Special cargo can require additional acceptance review before transportation.
A Unit Load Device is an aircraft container or pallet-and-net combination used to consolidate and restrain cargo for air transportation. Aircraft ULDs are designed for specific aircraft and operating requirements.
An aircraft ULD should not be treated simply as a smaller version of a sea-freight container. Aircraft loading involves different geometry, structural limitations, compatibility requirements and operational procedures.
Packaging should be considered for the complete logistics chain, not just the first pickup.
Suitable carton strength, internal protection and labelling can support general cargo handling.
Can be considered where cargo requires additional mechanical protection.
Palletization can organize cargo units and support handling where appropriate.
Fragile, sensitive or temperature-related cargo may need additional protection suitable for the product.
Appropriate package identification supports handling and shipment processing.
Package strength and cargo characteristics can affect whether a shipment can be stacked.
Dangerous goods require specific review before an airline accepts the shipment.
The goods must be correctly identified under the applicable dangerous-goods framework.
Applicable packaging, marking and labelling requirements must be considered.
Required documentation and airline acceptance procedures must be satisfied.
Lithium-battery shipments can be subject to specific air transportation requirements depending on battery type, configuration, quantity, packaging and shipping condition. A commercially available battery-powered product is not automatically acceptable for every air shipment.
Aviation safety requirements can change and specific conditions may apply to the shipment. Lithium batteries should therefore be reviewed against the current applicable requirements before booking.
Perishable cargo can benefit from shorter transportation time, but speed alone does not guarantee product quality. The shipment should be planned around the actual product's temperature, packaging, handling, storage and delivery requirements.
Establish the required temperature conditions for the product.
Select a packaging solution suitable for the product and transportation environment.
Minimize unnecessary exposure to unsuitable conditions.
Consider applicable storage and handling arrangements.
Routing and connection timing can influence the shipment.
Delivery timing should match the product requirement.
Actual documentation varies according to commodity, origin, destination, Incoterm and regulatory requirements.
Core document containing important air-cargo transportation information.
Provides commercial transaction, seller, buyer, quantity and value information.
Provides package count, dimensions, gross weight and packing information.
Shipment instructions supporting forwarding and operational processes.
Used where origin documentation is required by the destination or trade arrangement.
Import or export declarations and supporting documents may be required.
Air-freight pricing is shipment-specific and should not be reduced to weight multiplied by a single rate.
The applicable weight basis used for transportation rating.
The applicable rate for the relevant lane, service and shipment.
Origin handling and other applicable shipment-related costs.
Applicable local handling and destination service costs.
Applicable airport, security and cargo-handling charges.
Duties, taxes and customs-related costs may apply.
Road transportation before or after the airport movement.
DG, temperature-sensitive, oversized or special cargo can require additional arrangements.
Urgency, priority, routing and required delivery timing can influence the available service.
Transit time, handling, customs, local charges, pickup, delivery, inventory exposure and service scope should also be considered.
Represents the actual aircraft movement between relevant airports.
May include pickup, warehouse receiving, security, airport handling, customs, cargo release and final delivery.
The aircraft is only one stage of the end-to-end shipment. The total logistics timeline can be longer because of acceptance, handling, customs and inland transportation.
Cargo moves without an intermediate airport transfer on the main air movement. This can reduce one operational connection, subject to available service.
Cargo moves through an intermediate airport before continuing toward its destination.
An air-cargo cut-off is a deadline by which cargo or required information must reach the relevant facility or party for a planned movement. Depending on the shipment, different deadlines can exist for cargo acceptance, documentation, security, customs or special-cargo procedures.
Cargo misses the planned acceptance or cut-off.
Shipment information requires correction or additional documents.
Available cargo space can change according to the operation and flight.
Cargo may require additional review before acceptance.
Weather conditions can affect aircraft and airport operations.
Destination clearance can delay cargo release even after the flight arrives.
Cargo readiness, acceptance, security, connection handling, documentation, customs and final delivery can all affect the total logistics timeline.
Air transportation and customs clearance are separate parts of the logistics process. An aircraft arriving at the destination does not automatically mean that cargo is ready for delivery.
Incoterms define important responsibilities between buyers and sellers for delivery, transportation, costs and risk. They can influence who arranges transportation and which party handles certain logistics activities.
Air-freight routing, chargeable weight, service level and applicable transportation charges must still be evaluated separately.
Air freight frequently works together with trucking. The truck may connect the shipper with the departure airport and the destination airport with the consignee.
Air cargo can pass through warehouses before departure or after arrival. Receiving, staging, storage, packing, consolidation and dispatch can all form part of the broader logistics process.
Routing depends on origin airport, destination, airline, capacity, cargo characteristics and applicable procedures.
Major Indonesian origin for international air cargo and related logistics services.
Important logistics and manufacturing location for regional and international cargo.
Other Indonesian locations may form part of an air-freight route depending on cargo and available services.
A manufacturer needs a replacement component quickly to avoid extended production disruption.
A relatively small but commercially valuable shipment requires controlled transportation timing.
A product has a limited shelf life and requires careful timing from origin to final delivery.
A business needs to send commercial samples internationally without waiting for a longer ocean schedule.
Air freight is used as a complementary mode when normal inventory replenishment by sea is not fast enough.
A shipment requires specific handling, packaging and transportation conditions.
Use NS Continent's tools to support cargo, weight and international shipment planning.
Calculate air-freight chargeable weight from actual and dimensional information.
Open Calculator →Calculate package volume for cartons, pallets, crates and other shipment units.
Open CBM Calculator →Explore practical calculators and tools for international cargo planning.
Open Logistics Tools →Explore estimated Indonesian import duty and tax components for planning.
Open Import Tax Calculator →Research potential product classification candidates for customs and trade planning.
Open HS Identifier →Review cargo placement and container utilization before stuffing. This tool remains available as part of the NS Continent logistics toolkit.
Open 3D Load Planner →Explore the actual air-freight service offering and shipment coordination.
Learn FCL, LCL, containers, vessel routing, documents and sea-freight planning.
Compare ocean, air, road and multimodal transportation.
Learn about cargo characteristics, packaging and handling.
Understand how customs procedures connect to international cargo.
Understand responsibilities, cost allocation and risk in international trade.
Practical answers to common questions about air cargo, chargeable weight, documents, cost and shipment planning.
Air freight works best when the shipment is understood before it is booked. Know the cargo, dimensions, gross weight, volumetric weight, chargeable weight, documentation, route, cut-off, customs requirements and delivery schedule.
Share your origin, destination, commodity, number of packages, dimensions, gross weight and required delivery schedule. NS Continent can help assess the appropriate air-freight arrangement and coordinate the logistics process.
Air freight is one of the fastest ways to move cargo internationally, but speed is only one part of the equation. Dimensions, gross weight, chargeable weight, airport handling, documentation, security, customs, aircraft capacity and cargo characteristics all influence the way an air shipment should be planned.
Air freight is the transportation of cargo by aircraft between airports or as part of a wider door-to-door logistics arrangement. Businesses commonly consider it when transportation speed, shipment urgency, cargo characteristics, product value or supply-chain continuity make air transportation appropriate.
The aircraft is only one stage of the complete logistics chain.
International air cargo can involve the shipper, freight forwarder, airline, ground handler, airport cargo terminal, customs authorities and consignee. Cargo normally moves through preparation, booking, documentation, acceptance, security, handling, flight transportation, destination processing, customs and final delivery.
Air freight is commonly considered when faster transportation is important.
Cargo dimensions can be just as important as physical weight because aircraft capacity is limited.
Airport acceptance, security, warehouse and airline handling all form part of the process.
Air freight should be selected from the shipment requirement, not simply because it is faster.
Cargo needs to arrive faster than the available ocean freight option can reasonably provide.
Production, maintenance or service operations require a component without a long replenishment cycle.
The product has limited shelf life or requires careful timing and handling.
Faster transportation and lower inventory exposure may have commercial value for the shipment.
The shipment is relatively small and faster air transportation is commercially appropriate.
Urgent replenishment is needed to help reduce the impact of potential inventory disruption.
The better question is not which mode is universally better, but which mode fits the shipment.
| Consideration | Air Freight | Ocean Freight |
|---|---|---|
| Main strength | Speed | Large-volume transportation |
| Typical planning focus | Chargeable weight, time and handling | Container, volume, routing and equipment |
| Transportation unit | Aircraft / ULD | Vessel / Container |
| Time-sensitive cargo | Common consideration | Less suitable when speed is critical |
| Large-volume cargo | Can become expensive | Often suitable |
| Weight / volume | Important for rating | Important for loading and capacity planning |
The exact sequence can vary according to origin, destination, airline, cargo type, Incoterm and local procedures.
Origin, destination, commodity, pieces, dimensions, weight and schedule are collected.
Cargo characteristics, chargeable weight, service and handling requirements are reviewed.
Applicable air freight and shipment-related charges are evaluated.
Airline space, routing and required service are coordinated.
Cargo is collected or received according to the shipment arrangement.
Air-cargo and customs documentation are prepared and checked.
Cargo moves through airport and airline operations to its destination.
Import customs, cargo release and final delivery are coordinated.
Identify exactly what is being shipped and whether it has any special handling or regulatory characteristics.
Identify cartons, pallets, crates or other shipment handling units.
Measure length, width and height of the actual shipping package.
Provide the actual physical shipment weight including applicable packaging.
State where the cargo is collected and where it must be delivered.
Provide the cargo-ready date and required delivery timing where known.
Weight and dimensions can both influence the air-freight transportation charge.
The physical weight of the shipment measured for the applicable transportation arrangement.
A calculated weight based on the space occupied by the cargo.
The applicable weight basis used to calculate the transportation charge under the relevant rating rules.
Consider a shipment measuring 100 × 80 × 60 cm with an actual gross weight of 40 kg. Using a 6,000 volumetric divisor: 100 × 80 × 60 ÷ 6,000 = 80 kg. The simplified comparison is therefore: Actual Weight: 40 kg versus Volumetric Weight: 80 kg. The applicable chargeable basis may therefore be 80 kg, subject to the airline's actual rating rules.
| Term | Main Question | Purpose |
|---|---|---|
| CBM | How much physical volume does the cargo occupy? | Volume and cargo planning |
| Actual Weight | How heavy is the shipment physically? | Physical weight measurement |
| Volumetric Weight | What equivalent weight does the cargo volume represent? | Air-freight rating basis |
| Chargeable Weight | Which weight basis applies to the freight charge? | Transportation pricing |
Incorrect dimensions can affect volumetric weight, chargeable weight, quotation accuracy, airline acceptance, warehouse handling, aircraft-space planning, palletization and final freight billing.
Describe the actual product before packaging.
Describe the package after cartons, pallets, protection and shipping materials are included.
The final handling unit can affect palletization, storage, loading and available transportation options.
The Air Waybill, commonly abbreviated as AWB, contains important information associated with the air carriage of the shipment. It can include information about the shipper, consignee, origin, destination, cargo description, number of pieces, gross weight and transportation details.
Identifies the shipping party according to the applicable shipment arrangement.
Identifies the receiving party according to the shipment documentation.
Includes relevant details such as description, pieces and weight.
Identifies the relevant airport or origin point.
Identifies the applicable destination airport or point.
Relevant shipment handling information may be included depending on the cargo.
The Master Air Waybill represents the main air-carriage relationship associated with the airline and the consolidating forwarder or relevant contracting party.
A House Air Waybill is generally associated with an individual customer shipment within a freight-forwarder consolidation arrangement.
The electronic Air Waybill, or e-AWB, is part of the industry's move toward electronic air-cargo documentation. Instead of relying on a paper Air Waybill travelling with the shipment, relevant transportation data can be processed electronically under the applicable industry framework.
Shipper, consignee, cargo description, weight, pieces, routing and handling information still need to be accurate because the underlying logistics data remains critical to the shipment.
Cargo arrives at the relevant cargo facility.
Shipment information and cargo condition are checked against applicable requirements.
Applicable aviation-security processes are performed.
Cargo may be staged or stored before movement.
Cargo may be arranged into the applicable loading unit.
Cargo is prepared for the aircraft movement.
Cargo is unloaded and transferred through destination handling processes.
Cargo proceeds toward customs, delivery or the next logistics stage.
Cargo acceptance involves checking whether a shipment is ready and suitable for the applicable air transportation arrangement. Depending on the cargo, this can include document review, package condition, dimensions, weight, security requirements, special handling information, dangerous-goods status and airline or operator requirements.
Required shipment and regulatory documents must be available and accurate.
Cargo should be packed and presented appropriately for the intended movement.
Special cargo can require additional acceptance review before transportation.
A Unit Load Device is an aircraft container or pallet-and-net combination used to consolidate and restrain cargo for air transportation. Aircraft ULDs are designed for specific aircraft and operating requirements.
An aircraft ULD should not be treated simply as a smaller version of a sea-freight container. Aircraft loading involves different geometry, structural limitations, compatibility requirements and operational procedures.
Packaging should be considered for the complete logistics chain, not just the first pickup.
Suitable carton strength, internal protection and labelling can support general cargo handling.
Can be considered where cargo requires additional mechanical protection.
Palletization can organize cargo units and support handling where appropriate.
Fragile, sensitive or temperature-related cargo may need additional protection suitable for the product.
Appropriate package identification supports handling and shipment processing.
Package strength and cargo characteristics can affect whether a shipment can be stacked.
Dangerous goods require specific review before an airline accepts the shipment.
The goods must be correctly identified under the applicable dangerous-goods framework.
Applicable packaging, marking and labelling requirements must be considered.
Required documentation and airline acceptance procedures must be satisfied.
Lithium-battery shipments can be subject to specific air transportation requirements depending on battery type, configuration, quantity, packaging and shipping condition. A commercially available battery-powered product is not automatically acceptable for every air shipment.
Aviation safety requirements can change and specific conditions may apply to the shipment. Lithium batteries should therefore be reviewed against the current applicable requirements before booking.
Perishable cargo can benefit from shorter transportation time, but speed alone does not guarantee product quality. The shipment should be planned around the actual product's temperature, packaging, handling, storage and delivery requirements.
Establish the required temperature conditions for the product.
Select a packaging solution suitable for the product and transportation environment.
Minimize unnecessary exposure to unsuitable conditions.
Consider applicable storage and handling arrangements.
Routing and connection timing can influence the shipment.
Delivery timing should match the product requirement.
Actual documentation varies according to commodity, origin, destination, Incoterm and regulatory requirements.
Core document containing important air-cargo transportation information.
Provides commercial transaction, seller, buyer, quantity and value information.
Provides package count, dimensions, gross weight and packing information.
Shipment instructions supporting forwarding and operational processes.
Used where origin documentation is required by the destination or trade arrangement.
Import or export declarations and supporting documents may be required.
Air-freight pricing is shipment-specific and should not be reduced to weight multiplied by a single rate.
The applicable weight basis used for transportation rating.
The applicable rate for the relevant lane, service and shipment.
Origin handling and other applicable shipment-related costs.
Applicable local handling and destination service costs.
Applicable airport, security and cargo-handling charges.
Duties, taxes and customs-related costs may apply.
Road transportation before or after the airport movement.
DG, temperature-sensitive, oversized or special cargo can require additional arrangements.
Urgency, priority, routing and required delivery timing can influence the available service.
Transit time, handling, customs, local charges, pickup, delivery, inventory exposure and service scope should also be considered.
Represents the actual aircraft movement between relevant airports.
May include pickup, warehouse receiving, security, airport handling, customs, cargo release and final delivery.
The aircraft is only one stage of the end-to-end shipment. The total logistics timeline can be longer because of acceptance, handling, customs and inland transportation.
Cargo moves without an intermediate airport transfer on the main air movement. This can reduce one operational connection, subject to available service.
Cargo moves through an intermediate airport before continuing toward its destination.
An air-cargo cut-off is a deadline by which cargo or required information must reach the relevant facility or party for a planned movement. Depending on the shipment, different deadlines can exist for cargo acceptance, documentation, security, customs or special-cargo procedures.
Cargo misses the planned acceptance or cut-off.
Shipment information requires correction or additional documents.
Available cargo space can change according to the operation and flight.
Cargo may require additional review before acceptance.
Weather conditions can affect aircraft and airport operations.
Destination clearance can delay cargo release even after the flight arrives.
Cargo readiness, acceptance, security, connection handling, documentation, customs and final delivery can all affect the total logistics timeline.
Air transportation and customs clearance are separate parts of the logistics process. An aircraft arriving at the destination does not automatically mean that cargo is ready for delivery.
Incoterms define important responsibilities between buyers and sellers for delivery, transportation, costs and risk. They can influence who arranges transportation and which party handles certain logistics activities.
Air-freight routing, chargeable weight, service level and applicable transportation charges must still be evaluated separately.
Air freight frequently works together with trucking. The truck may connect the shipper with the departure airport and the destination airport with the consignee.
Air cargo can pass through warehouses before departure or after arrival. Receiving, staging, storage, packing, consolidation and dispatch can all form part of the broader logistics process.
Routing depends on origin airport, destination, airline, capacity, cargo characteristics and applicable procedures.
Major Indonesian origin for international air cargo and related logistics services.
Important logistics and manufacturing location for regional and international cargo.
Other Indonesian locations may form part of an air-freight route depending on cargo and available services.
A manufacturer needs a replacement component quickly to avoid extended production disruption.
A relatively small but commercially valuable shipment requires controlled transportation timing.
A product has a limited shelf life and requires careful timing from origin to final delivery.
A business needs to send commercial samples internationally without waiting for a longer ocean schedule.
Air freight is used as a complementary mode when normal inventory replenishment by sea is not fast enough.
A shipment requires specific handling, packaging and transportation conditions.
Use NS Continent's tools to support cargo, weight and international shipment planning.
Calculate air-freight chargeable weight from actual and dimensional information.
Open Calculator →Calculate package volume for cartons, pallets, crates and other shipment units.
Open CBM Calculator →Explore practical calculators and tools for international cargo planning.
Open Logistics Tools →Explore estimated Indonesian import duty and tax components for planning.
Open Import Tax Calculator →Research potential product classification candidates for customs and trade planning.
Open HS Identifier →Review cargo placement and container utilization before stuffing. This tool remains available as part of the NS Continent logistics toolkit.
Open 3D Load Planner →Explore the actual air-freight service offering and shipment coordination.
Learn FCL, LCL, containers, vessel routing, documents and sea-freight planning.
Compare ocean, air, road and multimodal transportation.
Learn about cargo characteristics, packaging and handling.
Understand how customs procedures connect to international cargo.
Understand responsibilities, cost allocation and risk in international trade.
Practical answers to common questions about air cargo, chargeable weight, documents, cost and shipment planning.
Air freight works best when the shipment is understood before it is booked. Know the cargo, dimensions, gross weight, volumetric weight, chargeable weight, documentation, route, cut-off, customs requirements and delivery schedule.
Share your origin, destination, commodity, number of packages, dimensions, gross weight and required delivery schedule. NS Continent can help assess the appropriate air-freight arrangement and coordinate the logistics process.
Air freight is one of the fastest ways to move cargo internationally, but speed is only one part of the equation. Dimensions, gross weight, chargeable weight, airport handling, documentation, security, customs, aircraft capacity and cargo characteristics all influence the way an air shipment should be planned.
Air freight is the transportation of cargo by aircraft between airports or as part of a wider door-to-door logistics arrangement. Businesses commonly consider it when transportation speed, shipment urgency, cargo characteristics, product value or supply-chain continuity make air transportation appropriate.
The aircraft is only one stage of the complete logistics chain.
International air cargo can involve the shipper, freight forwarder, airline, ground handler, airport cargo terminal, customs authorities and consignee. Cargo normally moves through preparation, booking, documentation, acceptance, security, handling, flight transportation, destination processing, customs and final delivery.
Air freight is commonly considered when faster transportation is important.
Cargo dimensions can be just as important as physical weight because aircraft capacity is limited.
Airport acceptance, security, warehouse and airline handling all form part of the process.
Air freight should be selected from the shipment requirement, not simply because it is faster.
Cargo needs to arrive faster than the available ocean freight option can reasonably provide.
Production, maintenance or service operations require a component without a long replenishment cycle.
The product has limited shelf life or requires careful timing and handling.
Faster transportation and lower inventory exposure may have commercial value for the shipment.
The shipment is relatively small and faster air transportation is commercially appropriate.
Urgent replenishment is needed to help reduce the impact of potential inventory disruption.
The better question is not which mode is universally better, but which mode fits the shipment.
| Consideration | Air Freight | Ocean Freight |
|---|---|---|
| Main strength | Speed | Large-volume transportation |
| Typical planning focus | Chargeable weight, time and handling | Container, volume, routing and equipment |
| Transportation unit | Aircraft / ULD | Vessel / Container |
| Time-sensitive cargo | Common consideration | Less suitable when speed is critical |
| Large-volume cargo | Can become expensive | Often suitable |
| Weight / volume | Important for rating | Important for loading and capacity planning |
The exact sequence can vary according to origin, destination, airline, cargo type, Incoterm and local procedures.
Origin, destination, commodity, pieces, dimensions, weight and schedule are collected.
Cargo characteristics, chargeable weight, service and handling requirements are reviewed.
Applicable air freight and shipment-related charges are evaluated.
Airline space, routing and required service are coordinated.
Cargo is collected or received according to the shipment arrangement.
Air-cargo and customs documentation are prepared and checked.
Cargo moves through airport and airline operations to its destination.
Import customs, cargo release and final delivery are coordinated.
Identify exactly what is being shipped and whether it has any special handling or regulatory characteristics.
Identify cartons, pallets, crates or other shipment handling units.
Measure length, width and height of the actual shipping package.
Provide the actual physical shipment weight including applicable packaging.
State where the cargo is collected and where it must be delivered.
Provide the cargo-ready date and required delivery timing where known.
Weight and dimensions can both influence the air-freight transportation charge.
The physical weight of the shipment measured for the applicable transportation arrangement.
A calculated weight based on the space occupied by the cargo.
The applicable weight basis used to calculate the transportation charge under the relevant rating rules.
Consider a shipment measuring 100 × 80 × 60 cm with an actual gross weight of 40 kg. Using a 6,000 volumetric divisor: 100 × 80 × 60 ÷ 6,000 = 80 kg. The simplified comparison is therefore: Actual Weight: 40 kg versus Volumetric Weight: 80 kg. The applicable chargeable basis may therefore be 80 kg, subject to the airline's actual rating rules.
| Term | Main Question | Purpose |
|---|---|---|
| CBM | How much physical volume does the cargo occupy? | Volume and cargo planning |
| Actual Weight | How heavy is the shipment physically? | Physical weight measurement |
| Volumetric Weight | What equivalent weight does the cargo volume represent? | Air-freight rating basis |
| Chargeable Weight | Which weight basis applies to the freight charge? | Transportation pricing |
Incorrect dimensions can affect volumetric weight, chargeable weight, quotation accuracy, airline acceptance, warehouse handling, aircraft-space planning, palletization and final freight billing.
Describe the actual product before packaging.
Describe the package after cartons, pallets, protection and shipping materials are included.
The final handling unit can affect palletization, storage, loading and available transportation options.
The Air Waybill, commonly abbreviated as AWB, contains important information associated with the air carriage of the shipment. It can include information about the shipper, consignee, origin, destination, cargo description, number of pieces, gross weight and transportation details.
Identifies the shipping party according to the applicable shipment arrangement.
Identifies the receiving party according to the shipment documentation.
Includes relevant details such as description, pieces and weight.
Identifies the relevant airport or origin point.
Identifies the applicable destination airport or point.
Relevant shipment handling information may be included depending on the cargo.
The Master Air Waybill represents the main air-carriage relationship associated with the airline and the consolidating forwarder or relevant contracting party.
A House Air Waybill is generally associated with an individual customer shipment within a freight-forwarder consolidation arrangement.
The electronic Air Waybill, or e-AWB, is part of the industry's move toward electronic air-cargo documentation. Instead of relying on a paper Air Waybill travelling with the shipment, relevant transportation data can be processed electronically under the applicable industry framework.
Shipper, consignee, cargo description, weight, pieces, routing and handling information still need to be accurate because the underlying logistics data remains critical to the shipment.
Cargo arrives at the relevant cargo facility.
Shipment information and cargo condition are checked against applicable requirements.
Applicable aviation-security processes are performed.
Cargo may be staged or stored before movement.
Cargo may be arranged into the applicable loading unit.
Cargo is prepared for the aircraft movement.
Cargo is unloaded and transferred through destination handling processes.
Cargo proceeds toward customs, delivery or the next logistics stage.
Cargo acceptance involves checking whether a shipment is ready and suitable for the applicable air transportation arrangement. Depending on the cargo, this can include document review, package condition, dimensions, weight, security requirements, special handling information, dangerous-goods status and airline or operator requirements.
Required shipment and regulatory documents must be available and accurate.
Cargo should be packed and presented appropriately for the intended movement.
Special cargo can require additional acceptance review before transportation.
A Unit Load Device is an aircraft container or pallet-and-net combination used to consolidate and restrain cargo for air transportation. Aircraft ULDs are designed for specific aircraft and operating requirements.
An aircraft ULD should not be treated simply as a smaller version of a sea-freight container. Aircraft loading involves different geometry, structural limitations, compatibility requirements and operational procedures.
Packaging should be considered for the complete logistics chain, not just the first pickup.
Suitable carton strength, internal protection and labelling can support general cargo handling.
Can be considered where cargo requires additional mechanical protection.
Palletization can organize cargo units and support handling where appropriate.
Fragile, sensitive or temperature-related cargo may need additional protection suitable for the product.
Appropriate package identification supports handling and shipment processing.
Package strength and cargo characteristics can affect whether a shipment can be stacked.
Dangerous goods require specific review before an airline accepts the shipment.
The goods must be correctly identified under the applicable dangerous-goods framework.
Applicable packaging, marking and labelling requirements must be considered.
Required documentation and airline acceptance procedures must be satisfied.
Lithium-battery shipments can be subject to specific air transportation requirements depending on battery type, configuration, quantity, packaging and shipping condition. A commercially available battery-powered product is not automatically acceptable for every air shipment.
Aviation safety requirements can change and specific conditions may apply to the shipment. Lithium batteries should therefore be reviewed against the current applicable requirements before booking.
Perishable cargo can benefit from shorter transportation time, but speed alone does not guarantee product quality. The shipment should be planned around the actual product's temperature, packaging, handling, storage and delivery requirements.
Establish the required temperature conditions for the product.
Select a packaging solution suitable for the product and transportation environment.
Minimize unnecessary exposure to unsuitable conditions.
Consider applicable storage and handling arrangements.
Routing and connection timing can influence the shipment.
Delivery timing should match the product requirement.
Actual documentation varies according to commodity, origin, destination, Incoterm and regulatory requirements.
Core document containing important air-cargo transportation information.
Provides commercial transaction, seller, buyer, quantity and value information.
Provides package count, dimensions, gross weight and packing information.
Shipment instructions supporting forwarding and operational processes.
Used where origin documentation is required by the destination or trade arrangement.
Import or export declarations and supporting documents may be required.
Air-freight pricing is shipment-specific and should not be reduced to weight multiplied by a single rate.
The applicable weight basis used for transportation rating.
The applicable rate for the relevant lane, service and shipment.
Origin handling and other applicable shipment-related costs.
Applicable local handling and destination service costs.
Applicable airport, security and cargo-handling charges.
Duties, taxes and customs-related costs may apply.
Road transportation before or after the airport movement.
DG, temperature-sensitive, oversized or special cargo can require additional arrangements.
Urgency, priority, routing and required delivery timing can influence the available service.
Transit time, handling, customs, local charges, pickup, delivery, inventory exposure and service scope should also be considered.
Represents the actual aircraft movement between relevant airports.
May include pickup, warehouse receiving, security, airport handling, customs, cargo release and final delivery.
The aircraft is only one stage of the end-to-end shipment. The total logistics timeline can be longer because of acceptance, handling, customs and inland transportation.
Cargo moves without an intermediate airport transfer on the main air movement. This can reduce one operational connection, subject to available service.
Cargo moves through an intermediate airport before continuing toward its destination.
An air-cargo cut-off is a deadline by which cargo or required information must reach the relevant facility or party for a planned movement. Depending on the shipment, different deadlines can exist for cargo acceptance, documentation, security, customs or special-cargo procedures.
Cargo misses the planned acceptance or cut-off.
Shipment information requires correction or additional documents.
Available cargo space can change according to the operation and flight.
Cargo may require additional review before acceptance.
Weather conditions can affect aircraft and airport operations.
Destination clearance can delay cargo release even after the flight arrives.
Cargo readiness, acceptance, security, connection handling, documentation, customs and final delivery can all affect the total logistics timeline.
Air transportation and customs clearance are separate parts of the logistics process. An aircraft arriving at the destination does not automatically mean that cargo is ready for delivery.
Incoterms define important responsibilities between buyers and sellers for delivery, transportation, costs and risk. They can influence who arranges transportation and which party handles certain logistics activities.
Air-freight routing, chargeable weight, service level and applicable transportation charges must still be evaluated separately.
Air freight frequently works together with trucking. The truck may connect the shipper with the departure airport and the destination airport with the consignee.
Air cargo can pass through warehouses before departure or after arrival. Receiving, staging, storage, packing, consolidation and dispatch can all form part of the broader logistics process.
Routing depends on origin airport, destination, airline, capacity, cargo characteristics and applicable procedures.
Major Indonesian origin for international air cargo and related logistics services.
Important logistics and manufacturing location for regional and international cargo.
Other Indonesian locations may form part of an air-freight route depending on cargo and available services.
A manufacturer needs a replacement component quickly to avoid extended production disruption.
A relatively small but commercially valuable shipment requires controlled transportation timing.
A product has a limited shelf life and requires careful timing from origin to final delivery.
A business needs to send commercial samples internationally without waiting for a longer ocean schedule.
Air freight is used as a complementary mode when normal inventory replenishment by sea is not fast enough.
A shipment requires specific handling, packaging and transportation conditions.
Use NS Continent's tools to support cargo, weight and international shipment planning.
Calculate air-freight chargeable weight from actual and dimensional information.
Open Calculator →Calculate package volume for cartons, pallets, crates and other shipment units.
Open CBM Calculator →Explore practical calculators and tools for international cargo planning.
Open Logistics Tools →Explore estimated Indonesian import duty and tax components for planning.
Open Import Tax Calculator →Research potential product classification candidates for customs and trade planning.
Open HS Identifier →Review cargo placement and container utilization before stuffing. This tool remains available as part of the NS Continent logistics toolkit.
Open 3D Load Planner →Explore the actual air-freight service offering and shipment coordination.
Learn FCL, LCL, containers, vessel routing, documents and sea-freight planning.
Compare ocean, air, road and multimodal transportation.
Learn about cargo characteristics, packaging and handling.
Understand how customs procedures connect to international cargo.
Understand responsibilities, cost allocation and risk in international trade.
Practical answers to common questions about air cargo, chargeable weight, documents, cost and shipment planning.
Air freight works best when the shipment is understood before it is booked. Know the cargo, dimensions, gross weight, volumetric weight, chargeable weight, documentation, route, cut-off, customs requirements and delivery schedule.
Share your origin, destination, commodity, number of packages, dimensions, gross weight and required delivery schedule. NS Continent can help assess the appropriate air-freight arrangement and coordinate the logistics process.