Tailored transportation is the term for use of different transportation networks and modes based on customer and product characteristics. Tailoring transportation allows firms to achieve cost and responsiveness targets that are appropriate for the supply chain. The key drivers are density and distance, customer size, and product demand and value. These drivers can be viewed as guide for ownership of
Transportation options based on customer density and distance are summarized in the table and present cost and responsiveness tradeoffs for the supply chain.
Short distance
Medium distance
Long distance
High density
Private fleet with milk runs
Cross-dock with milk runs
Cross-dock with milk runs
Medium density
Third-party milk runs
LTL carrier
LTL or package carrier
Low density
Third-party milk runs or LTL carrier
LTL or package carrier
Package carrier
Customer size and location dictate whether a supplier should use a TL or LTL carrier or milk runs. Very large customers can be supplied using a TL carrier, whereas smaller customers can use LTL carriers or milk runs. The authors discuss a customer-partitioning procedure for combining smaller customers' shipments with larger customers in order to achieve responsiveness and cost targets.
Product demand and value determine whether aggregation strategies will benefit the supply chain. The best combinations are shown in the table:
Product Type
High Value
Low Value
High demand
Disaggregate cycle inventory but aggregate safety inventory. Use an inexpensive mode of transportation for replenishing cycle inventory and a fast mode when replenishing safety inventory.
Disaggregate all inventories and use inexpensive mode of transportation for replenishment.
Low demand
Aggregate all inventories. If needed, use fast mode of transportation for filling customer orders.
Aggregate only safety inventory. Use inexpensive mode of transportation for replenishing cycle inventory.
Key drivers for tailoring transportation include demographic factors, travel behavior, geographic characteristics, and technological advancements. By analyzing these drivers, transportation services can be customized to meet the specific needs of different communities, ensuring more efficient routes, improved accessibility, and enhanced user satisfaction. Tailoring helps optimize resource allocation, reduces congestion, and promotes sustainable practices by aligning transportation options with actual demand and usage patterns. Ultimately, this leads to a more responsive and effective transportation system.
TPPS PowerTrack provides the Department of Defense with a non-tailor-made payment system. This is used mostly for the transportation payment process.
I visited the tailor to be measured for a suit.
Drivers Differentiation is enhanced by matching competences to the opportunities and laying out strategies of Differentiation, Combination, Focus, Generic and the internet. This principle is used to add value to products or services to motivate clients to pay more.
A tailor's iron is commonly referred to as a "tailor's press" or "clapper." It is used to press seams and hems in garments, helping to achieve a crisp finish. This tool is designed to withstand high temperatures and is often used in conjunction with a steam iron for optimal results.
In Asia elephants are used for transportation. In Africa there are almost no tame elephants ans so they are not used for transportation.
Skies are used for transportation all the time - think of aeroplanes.
People used their feet to get around.
cars were used for transportation the same way as now
Some of Ireland's rivers and canals are used for transportation.
Which tribes used canoes as a mean of transportation
The very first form of transportation was walking and swimming. Then animals were domesticated and used as transportation on land and rowed and sailed vessels were used as transportation on water.