Right--back to the subject--this thread will be developed by Bill, Marshy & myself.
This initial post is an outline of where we are going. We are going to use FOS Guidelines, but later this month we will move onto the detailed proposed metods within the Policy Document.
The simplest concept to illustrate is a settled loan that has run its course with no complications,refunds or seyttlements
The FOS guidlines sayRefund as
See one of our basic spreadsheets below which Bill has filled in the base details at the top & it thn opens out to produce a PPI Refund of £6,267& 8% stat interest of £1,371.91 TOTAL = £7,63.75.
The key Apportionment Factor (see concept of 2 Loans thread above) was 20.613% in this case. (ie ratio of PPI Loan/Total of both loans)
Right, this the simplest case possible--below are increasingly more complex cases which we will develop further - basically the Apportionment Factor (Ratio) will become dynamic and these complex cases can only be anaysed with mathematical spreadsheets--which we will develop
I think it best if we subdivide discussions into the various scenarios with Settled Loans--I detail below my thoughts on this below--but would appreciate comments if anybody can think of any other cases we should consider also
You will soon see in these discussions that the effective Apportion Factor % changes in B & G especially- it is impossible to do without the aid of spreadsheets
Turbo
This initial post is an outline of where we are going. We are going to use FOS Guidelines, but later this month we will move onto the detailed proposed metods within the Policy Document.
The simplest concept to illustrate is a settled loan that has run its course with no complications,refunds or seyttlements
The FOS guidlines sayRefund as
- if no PPI was on the agreement
- + add 8% on each payment from date of each payment.
See one of our basic spreadsheets below which Bill has filled in the base details at the top & it thn opens out to produce a PPI Refund of £6,267& 8% stat interest of £1,371.91 TOTAL = £7,63.75.
The key Apportionment Factor (see concept of 2 Loans thread above) was 20.613% in this case. (ie ratio of PPI Loan/Total of both loans)
Right, this the simplest case possible--below are increasingly more complex cases which we will develop further - basically the Apportionment Factor (Ratio) will become dynamic and these complex cases can only be anaysed with mathematical spreadsheets--which we will develop
I think it best if we subdivide discussions into the various scenarios with Settled Loans--I detail below my thoughts on this below--but would appreciate comments if anybody can think of any other cases we should consider also
- A - Simple Loan at fixed % which has been completed on schedule
- B - Simple Loan at fixed % which has been completed on schedule -- but with a PPI Refund after a few payments (say) -with ensuing reduced payments (same modified agreement)
- C - Simple Loan at fixed % which has been SETTLED by a payment--no PPI refund given
- D - Simple Loan at fixed % which has been SETTLED by a payment--and a PPI Refund given
- E - Simple Loan at fixed % which has been SETTLED by a payment- but not known so use Rule of 78 Calc-no PPI refund given
- F - Simple Loan at fixed % which has been SETTLED by a payment- but not known -so use Rule of 78 Calc-and aPPI refund given
- G - Variations on above where there are changes in the %, missed payments & arrears agreements
You will soon see in these discussions that the effective Apportion Factor % changes in B & G especially- it is impossible to do without the aid of spreadsheets
Turbo
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