The presentation made to the Business School MSc - Shipping & Logistics students and faculty at Plymouth University by Mark Taylor. The author debates the case between the "Just In Time" and "Just In Case" methodologies and the symbiotic relationship between "understanding the problem" & operational output/productivity. All views expressed are solely that of the author with the exception of when other sources are cited & referenced.
60. Destination
In-theatre sources
/facilities
MOU/Contracts
Logistic Options
Distance
Intra-theatre LoCs
/MSRs
Extended LoC
Duration
Activity Profile
Strategic ability to
sustain
Recuperation
Demand
Attrition
Stock Levels/Risk
Inflow
/Consumption
Deployment
DOA
Ready to Move
LPT
Deployment/
Sustainability
Timeline – Deployment + Sustainability
Time
Resupply
33Sustainment
(Force Element
Days of Supply)
7 17 39
Maximum inflow of 7 T every 3 Days, against Steady State
Consumption of 9 T every 3 Days
2430 28 26 2212
Logistic
Preparations
Force Element 1
Force Element 2
Force Element 3
Force
Generation
Deployment
Force
Preparation
Ready in Theatre
Synchronise Deployment/Sustainability
61. Destination
In-theatre sources
/facilities
MOU/Contracts
Logistic Options
Distance
Intra-theatre LoCs
/MSRs
Extended LoC
Duration
Activity Profile
Strategic ability to
sustain
Recuperation
Demand
Attrition
Stock Levels/Risk
Inflow
/Consumption
Deployment
DOA
Ready to Move
LPT
Deployment/
Sustainability
Timeline – Deployment + Sustainability
Time
Resupply
33Sustainment
(Force Element
Days of Supply)
7 17 39
Maximum inflow of 7 DOS every 3 Days, against Steady
State Consumption of 9 DOS every 3 Days
2430 28 26 2212
Logistic
Preparations
Force Element 1
Force Element 2
Force Element 3
Force
Generation
Deployment
Force
Preparation
Ready in Theatre
Synchronise Deployment/Sustainability
LOGISTIC RISK
Here is the process. Assume given Ex DW and SCPs that process is reasonably ingrained.
Focus for Ex BT is product out from process, the problem. You own the problem and product.
Therefore revision of process will be kept to min, maximise time to analyse problem and produce product.
But remember that you are small team in reality this process has lots of specialists involved and in many instances FLCs and CCs will be involved as the engine room to answer FQs etc.
Basic definition – some nations include functions we don’t (eg US, NATO and the position of Personnel Support)
Not rocket science !
Not tied to a specific corps or barnch – spans all components
Many many interfaces – between different parts of armed forces, civilians and contractors
hence more opportunity for things to go wrong ???
This is a personal list – not found in any manual
Complex – an overused word but true in this case. Complex due to increasing demands of customers (I want it tomorrow) and what they want eg TV and gym equipment on op deployments
Tangible – not like morale or fighting spirit. If you aint got it you aint going anywhere
Constrained – this is nothing new. Not just a factor of recent economic pressures. There is simply never enough logs- commanders will always have to prioritise between conflicting demands and make hard decisions.
Tempo – at the operational level, the time required to make logs happen is significant- much longer to deploy and prepare for operations than it is to draw an arrow on the map or chart
Not just for specialists – if you leave it to hard specialists then you will get the wrong answer, probably on an excel spreadsheet, too late. The better informed you are about logs the more likely the commander will be able to do what he wants.
Hence the following conclusions:
JDP 4 example – only doctrinal part of this lecture
Build up 3 separate component logs chains
Point out where Joint Logs assets are – will be returned to later
TELIC case study.
Fiirst consider planning difficulties caused by late change from Northern option to Southern deploynebt in late 2002
Firstly get an idea of scale – the distance from Umm Qasr to Nasiriyah is approx the same as Dover to Chester – significant internal LOC as well as strategic LOC
Firstly the air laydown. Can only support this number of DOBs ina well found theatre with plenty of HNSand little asymmetric threat
Could mention here the acquisition of two new CVS which gives other options for delivering air power to these theatres but also poses other logs challenges
Maritime lofC.
Not just grey funnel support to RN shiips but also the commercial SLOC
Consider the number of chokepoints en route to Guld 0 Gibraltar, Suez, Hormuz
At the strat level we now have Joint and unified Equipment and Support organisatuion
Read more in their glossy magazine !
Can’t argue with the logic – the challenge now is to make this huge organisation work !
This slide shows the problem when the the single services are overlaid on this - all of the single services have their own 3* Chiefs of Materiel within DE&S. Quite rightly they are responsible for looking after their own services.
however, for Joint Operations the Jt Commander and his JFLog CC are responsible for prirotisation.
This is fine so long as the joint priorities are all agreed by the single services…. Does anyone have any examples where these priorities do not align ? ( Could discuss major programmes and rivalry over eurofighter, CVS and FRES )
Here is the process. Assume given Ex DW and SCPs that process is reasonably ingrained.
Focus for Ex BT is product out from process, the problem. You own the problem and product.
Therefore revision of process will be kept to min, maximise time to analyse problem and produce product.
But remember that you are small team in reality this process has lots of specialists involved and in many instances FLCs and CCs will be involved as the engine room to answer FQs etc.
Great aim - but a difficult lecture
Half of you already asleep
Half of you already convinced – mainly logistics officers
And the other half still struggling with the basic maths…
But this isn’t easy lecture to give. Last year the presenters dared to be different and it didn’t go so well…
Great aim - but a difficult lecture
Half of you already asleep
Half of you already convinced – mainly logistics officers
And the other half still struggling with the basic maths…
But this isn’t easy lecture to give. Last year the presenters dared to be different and it didn’t go so well…
Great aim - but a difficult lecture
Half of you already asleep
Half of you already convinced – mainly logistics officers
And the other half still struggling with the basic maths…
But this isn’t easy lecture to give. Last year the presenters dared to be different and it didn’t go so well…
This pres focuses on shaping and constraining
Looking forward to creating the conditions for sustainability (flexibly)
We will now concentrate on the CSS Planning factors; these are used to predict and plan for the CSS requirement.
Talk through.
Local Infra:
APODs and SPODs, road/rail networks
Resources and Facilities Available
Locally – Host Nation (MOU ?), Allies and CONDO
Food, fuel, freight transport
Regionally – Forward Mounting Bases
Local Infra:
APODs and SPODs, road/rail networks
Resources and Facilities Available
Locally – Host Nation (MOU ?), Allies and CONDO
Food, fuel, freight transport
Regionally – Forward Mounting Bases
In this exam[ple we look at how logs planners decide between their options.
In this case we have a Northern SLOC with 2 ports approx 6 days sail time away from UK. The internal road LOC to the force rear support area is 2 days
The alternative option is a Southern route with a single port capable of handling 7 ships per day. Here the road LOC is only 1 day but the SLOC is 2 days longer than in the North.
given the same number of ships, trucks etc, and the same size force, which is the best option for deployment ???
The answer is not straightforward – depends what the Comd wants to achieve.
Principally of concern to the LCC but can make a huge difference in quantity and volume of stock -
How much can you get - expressed in common currency per day o
Only use detail when you need detail – CSS “op art” is identifying when this is the case
Yardsticks, JDP4, ORBATS, Aide Memoire and Fmn SOPs all have their uses – make sure your assumptions are stated and clearly understood
Need to establish common understanding of logistic risk
Here is the process. Assume given Ex DW and SCPs that process is reasonably ingrained.
Focus for Ex BT is product out from process, the problem. You own the problem and product.
Therefore revision of process will be kept to min, maximise time to analyse problem and produce product.
But remember that you are small team in reality this process has lots of specialists involved and in many instances FLCs and CCs will be involved as the engine room to answer FQs etc.
Why bother ?
Isn’t this what loggies do ?
Basic Principles and Risk
Yardsticks and Supporting Tools
Integration with Estimate process
Top Tips