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Provides an overview of the use of airfreight, the basics of airfreight rates, the structure of door to door rates, ULD's and specs of the most commonly used ULD's. Also provides the calculation of volume chargeable weight. This is ideal for students, entrepreneurs or inhouse training as an introduction on how airfreight rates work.
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August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
Airfreight Matterspart of Freight Matters Canada Series
An introduction to Airfreight Pricing
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
Index
• Introduction• Benefits• Airfreight rates• Origin pricing • Airport /Airport pricing • Destination Pricing • Chargeable Weight Calculation
• ULD Pricing• ULD 2• ULD 3• ULD 96 inches• ULD 9• ULD 8• Airport Codes• Glossary• Contact Us
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
Introduction
The use of airfreight to move cargo on a regular basis is a 20th century phenomenon for 20th century products and onwards.
This has changed the world of the supply chain forever from the previous century. The benefits are numerous…
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
Benefits
• Faster transit times, resulting in lower risk of damage to cargo.
• “Just in time” supply chain processes reducing the size of the consignment and the amount of capital outlay. Importers buy only what is needed to fulfil their sales.
• Cleaner environment for susceptible cargo such as pharmaceuticals, electrical components, motherboards.
• More markets are reached as the traditional surface barriers are reduced.
• Significant reduction of loss for perishables, enabling fish, flowers vaccines, produce, live animals to reach more destinations intact.
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
Airfreight Rates
• Airlines and forwarders normally offerA loose rate per Kg or 6 dm3 (1 Cbm = 166 Kgs), from an airport to airport basis.
• A forwarder may provide a flat general non – hazardous rate per Kg. subject to a minimum, or provide weight breaks, Minimum, under 45 Kgs, over 45 Kgs , over 100 Kgs, over 300 Kgs, over 500 Kgs, over 1000 Kgs. Forwarders sometimes have their own consolidations which are specific flights and space pre-booked from a specific origin.
• An airline would provide rates based on TACT ( The Air Cargo Tariff) based on commodities and weight breaks (as above) and is the standard tariff for international movements. An airline would offer service on a first available flight basis but is often more expensive.
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
PricingOrigin Charges
(Currency of the origin country)
• Pick up & Haulage *1• Documentation Fee• Aviation Security –X-Ray *1• Export Clearance * 2• Export Handling i.e.. airline terminal charge *1• ACI charge *2
*1 Rate per Kg. Subject to a Minimum*2 Flat Rate per shipment
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
PricingAirport to Airport
(Currency of the origin country)
• Airfreight *1• Fuel Surcharge *1• W.R.I. (War Risks Insurance) *1
* 1 Rate per Kg. Subject to a Minimum* 2 Flat Rate per shipment
weight/volume relationship normally 1 Kg = 6 dm3
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
PricingDestination Charges
(Currency of the destination country)
• Navcan Fee *1 (applicable to Canada)• Airline Terminal Charges *1• Documentation Fee• Customs Clearance *2• Delivery * 1
* 1 Rate per Kg. Subject to a Minimum* 2 Flat Rate per shipment
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
Chargeable Weight Calculation
The formula for calculating the dimensional weight for all commodities is 166 cubic inches per pound (6000 cubic centimeters per kilogram or 366 cubic inches per kilogram).
Multiply the length by the width by the height to obtain the cubic inches (cm).• To obtain the dimensional weight in kilograms, divide the cubic inch result by 366.• To obtain the dimensional weight in pounds, divide the cubic inch result by 166.• To obtain the dimensional weight in kilograms, divide the cubic centimeter result by 6000.
If the dimensional weight is greater than the actual weight, freight will be charged on the dimensional weight.
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
ULD Pricing (1)
A Unit Load Device rate (ULD) . These are airfreight containers, and are specially configured for the aircraft. There are many different types, with different weight and dimension restrictions but not all are offered by every airline and at every airport. This is dependent on supply, aircraft type.
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
ULD Pricing (2)
Retailers of high value products, Specialized Food Importers Pharmaceutical companies would be some of the companies likely to utilize ULD’s to isolate their products from the mix of general cargoes.
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
ULD Pricing (3)
ULD’s are priced differently according to their configurations, maximum loads as well as availability.
Normally there is a flat rate up per unit to a pivot weight, e.g. 600 Kgs, 1300 Kgs etc., and then a flat rate per Kg. thereafter. Surcharges as well as origin and destination charges are extra.
The following slides indicate just some of the ULD’s in use today.
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
ULD LD2
977 kg/m2 (200 lb/ft2)
Floor Loading Limit
3.4 m3 (120 ft3)Approx. Internal
Volume
1,225 kg (2,700 lb)Maximum Gross
Weight
92 kg (202 lb)Tare Weight
1,165 kg (2,568 lb)Maximum Net Weight
8DRate Classification
LD2 Half Size Lower Deck Container (DPN, DPE Series)
Note: The RC8D is carried on the B767-200 and B767-300
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
ULD LD3
977 kg/m2 (200 lb/ft2)
Floor Loading Limit
4.13 m3 (146 ft3)Approx. Internal
Volume
1,588 kg (3,500 lb)Maximum Gross
Weight
98 kg (215 lb)Tare Weight
1,490 kg (3,285 lb)Maximum Net Weight
8Rate Classification
LD3 Half Size Lower Deck Container (AVE, AVN, AKE, AKN Series)
Note: The RC8 is carried on the A340, A330 and B777-300
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
ULD 96 in Lower Deck
96” Lower Deck Contour Pallet With Net (PMC Series)
1,465 kg/m2 (300 lb/ft2)
Floor Loading Limit
Volume 11.70 m3 (415 ft3)
Approx. Internal
6,804 kg (15,000 lb)Maximum Gross
Weight
130 kg (287 lb)Tare Weight
4,978 kg (10,975 lb)Maximum Net
Weight
5Rate Classification
Note: The RC5 (PMC Series) is carried on the B767-200, B767-300, A340, A330, B777-200 and B777-300
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
ULD LD9 Full Size Lower Deck
1,465 kg/m2 (300 lb/ft2)
Floor Loading Limit
10.6 m3 (374 ft3)Approx. Internal
Volume
5,100 kg (11,244 lb)Maximum Gross
Weight
200 kg (440 lb)Tare Weight
4,898 kg (10,800 lb)Maximum Net Weight
5Rate Classification
LD9 Full Size Lower Deck Container (AA2, AAP Series)
Note: The RC5 (AA2, AAP Series) is carried on the B767-200, B767-300, A340, A330, B777-200 and B777-300
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
LD8 Full Width Lower Deck Container (ALN, DQN, DQF Series)
977 kg/m2 (200 lb/ft2)
Floor Loading Limit
6.85 m3 (242 ft3)Approx. Internal Volume
2,449 kg (5,400 lb)Maximum Gross Weight
168 kg (370 lb)Tare Weight
2,282 kg (5,030 lb)Maximum Net Weight
6ARate Classification
Note: The RC6A is carried on the B767-200 and B767-300
ULD LD8
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
Airport Codes Canada
• YXX Abbotsford• YBC Baie Comeau• YBA Banff• XBR Brockville• YYC Calgary• YHG Charlottetown• YYQ Churchill• YCA Courtenay• YDA Dawson City• YHD Dryden• YED Edmonton Int’l• YXD Edmonton Mun.• YFO Flin Flon• YAG Fort Frances• YFC Fredericton Mun. • YMM Fort McMurray• YQX Gander• YGP Gaspe
YND Gatineau HullYYR Goose BayYQU Grand PrairieYHZ Halifax Int’lYHM HamiltonYEV InuvikYKA KamloopsYYU KapuskasingYQW KenoraYGK KingstonYKF KitchenerYQL LethbridgeYXU LondonYXH Medicine HatYLP MonctonYUL Montreal DorvalYMX Montreal MirabelYMJ Moose JawYCD NanaimoYYB North Bay
YOW Ottawa IntlYRO Ottawa RockcliffeYWA PetawawaYPQ PeterboroughYPA Prince AlbertYQB Quebec IntlYQF Red DeerYZR SarniaYXE SaskatoonYYT St. John’sYQT Thunder BayYYZ Toronto PearsonYTZ Toronto IslandYVR Vancouver IntlYYJ Victoria IntlYWG Winnipeg IntlYQI YarmouthYZF Yellowknife
Search for Worldwide Airport Codes online: http://www.nationsonline.org/oneworld/airport_code.htm
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
Glossary
All Cargo Aircraft An aircraft that is designed for cargo only and does not carrypassengers. Flights tend to be limited and many hazardous materials are limited to this type of carriage. Airway bill AWB Airfreight bill of lading for domestic and international transport that can be used for legal tender in documentary credit situations. AOG Aircraft on Ground – This is a service designation, for aircraft spares and parts that are required immediately in order to enable an aircraft to fly. Priority and after hours service are often involved. Apron The area of the airport where aircraft are parked for loading/unloadingHAWB (House airway bill) . An airway bill issued by a freight forwarder NAVCAN Canada’s civil air service provider, governing navigation, weather information,traffic control. A fee per Kg is charged for all freight in and out of Canada by Air. LD3 Lower deck container. Commonly used in passenger aircraft. Main Deck. The deck on which the major portion of payload is carried, normally known Upper Deck of an airplane. The full cargo freighter aircraft has it entire upper deck equipped for main deck type of containers/pallets while Combi aircraft uses it rear part ofthe upper deck for cargo loading. There is no upper deck or main deck type of container/pallet at passenger aircraft.MAWB (Master airway bill). An airway bill issued by an airline.
August 31, 2009 Copyright©2009Second Review Business Analysts
Second Review Business Analysts
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