Question: Using the Honolulu Project; Let's presume a vehicle coming into Trim 1 from Paint Shop is worth $20,000 and each Station adds $1,000 of Value.

Using the Honolulu Project; Let's presume a vehicle coming into Trim 1 from Paint Shop is worth $20,000 and each Station adds $1,000 of Value. Let's also presume Station 14 and Station 28 are a Repair Stations and all buffers are 100% full.


 a. What is the MONETARY VALUE ($) of WIP in all the Vehicles in TCF? 


b. What is the Monetary Value ($) of the vehicle leaving Station 42? 


c. How many Vehicles are in the Buffers? 


d. In an IDEAL, PERFECT TCF Assembly; What is the Amount (#) of NON- VALUE WIP in TCF? 


e. In an IDEAL, PERFECT TCF Assembly; 


How much Money ($) in WIP could be saved versus the Current Condition? Using the Honolulu Project; Let's presume a vehicle coming into Trim 1 from Paint Shop is worth $20,000 and each Station adds $1,000 of Value. Let's also presume Station 14 and Station 28 are a Repair Stations and all buffers are 100% full.


 a. What is the MONETARY VALUE ($) of WIP in all the Vehicles in TCF?


 b. What is the Monetary Value ($) of the vehicle leaving Station 42? 


c. How many Vehicles are in the Buffers? 


d. In an IDEAL, PERFECT TCF Assembly; What is the Amount (#) of NON- VALUE WIP in TCF?


 e. In an IDEAL, PERFECT TCF Assembly;


 

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