Case File
efta-01458271DOJ Data Set 10OtherEFTA01458271
Date
Unknown
Source
DOJ Data Set 10
Reference
efta-01458271
Pages
1
Persons
0
Integrity
Extracted Text (OCR)
Text extracted via OCR from the original document. May contain errors from the scanning process.
I September 2015
Corporate Credit: Back to school - The edge of normality
Figure 5: Average BBB Spread Change in the lead up to and post the First US Hike (left) and Last US Hike (right) in a
Cycle. Data across 12 rate cycles since 1950.
•BBB Credit Spread (Avg) •BBB Credit Spread (Med)
40
30 •
0
2
•
10 •
-10 •
-20 -
-30 -
-40 -
-50
I
glif
irs
trill
ir
e \c1.4% Act
I, Kt V-6 41/41
stg itLe
/tee
er
tr
Sotto. Deatache Boni. GOV. Moons
•BB8 Credit Spread (Avg)
70
60
50
40
30
20
100
-1
-20
• 888 Credit Spread (Med)
cri ,—.0.-disbrA..a iii it ril IA
es elite,
g1/44} .t4-6
(Le
ct*
4400
fr fr i
CSL
niti,bre./
1•4‘
esereene
The caveat would be that we haven't seen the spread tightening in this cycle in
the lead-up to a potential hiking cycle that we normally do. This perhaps
illustrates that the historical context for this cycle is highly uncertain but at
face value the immediate impact of a rate hike is not usually negative for credit.
This lag impact of a monetary hiking cycle fits in with our model for predicting
the default cycle outlined in our 2015 Default Study published back in April.
Here we showed how the level of real yields and the shape of the yield curve
tended to help predict where the default rate would be in 30 months time. At
the moment, real yields are still structurally low and although the US yield
curve (between Fed Funds and 10 year Treasuries) has flattened from its most
recent peak at the end of 2013, it is still relatively steep. The model (Figure 6)
does forecast that perhaps the low point in defaults is behind us but we are
still likely to stay below average over the next couple of years. The risks will
start to materialise if the Fed starts a cycle of rate rises and the long-end rallies
ensuring a significantly flatter yield curve. At that point our model would
suggest a faster pace of rising defaults 30 months later.
Figure 6 1.15 HY Default Rate Model vs. Actual Default Rate
16%
Default Rate I%)
—Model Default Rate I%)
14%
R'=46%
12%
10%
8%
6%
4%
2%
0%
1988
1992
1996
2000
2004
2008
2012
2016
Savor Datchs Berk AbeWs
Given that spreads tend to move around 9 months (on average) before defaults
pick up (Figure 7) then maybe we can see how a rate hike cycle could start to
materially hit credit markets just over a year and half after the first hike. Clearly
this assumes old relationships hold which is clearly not a given in this unique
cycle. However it's the only framework we have.
Page 4
Deutsche Bank AG/London
CONFIDENTIAL — PURSUANT TO FED. R. CRIM. P. 6(e)
CONFIDENTIAL
SDNY_GM_00264289
DB-SDNY-0118105
EFTA01458271
Forum Discussions
This document was digitized, indexed, and cross-referenced with 1,400+ persons in the Epstein files. 100% free, ad-free, and independent.
Annotations powered by Hypothesis. Select any text on this page to annotate or highlight it.