Senior on the cover is not senior in the waterfall: a holding company bond ranks behind every creditor of the company that owns the assets, unless a guarantee lets it in.
A holding company bond is paid only from the equity of the operating company that owns the assets, so it ranks behind every operating company creditor, secured or not, whatever its documents call it. In an illustrative structure worth $950M, $400M of holdco notes recover 25.0 cents without a guarantee and 53.8 cents with an upstream guarantee from the operating company. The guarantee is worth 28.8 points, and every point of it comes out of the trade creditors' recovery.
Worked in full in The Distressed Debt Investor by Julian R. Sterling, with every figure reproduced in a free workbook.See the book on Amazon →
Structural subordination is the most common way a distressed investor gets the ranking of a bond wrong. The notes are "senior" because nothing at the holding company ranks ahead of them. But the holding company owns only shares, and shares are paid last. Before pricing a holdco bond, the waterfall has to be built by entity, not by label.
| Claim | Entity | Ranking | Amount |
|---|---|---|---|
| First lien term loan | OpCo | Secured on all OpCo assets | 600 |
| Trade and other unsecured claims | OpCo | Unsecured | 250 |
| Senior notes | HoldCo | Senior at HoldCo; holds OpCo shares only | 400 |
| Total claims | 1,250 |
Enterprise value of the operating company is $950M, and the notes trade at 30. The question is whether OpCo guarantees the notes on an unsecured basis, which turns them into a direct claim at OpCo alongside the trade creditors.
Without guarantee: notes recovery = MIN(notes, MAX(0, EV − OpCo secured − OpCo unsecured))
With guarantee: notes recovery = notes × MIN(1, (EV − OpCo secured) ÷ (OpCo unsecured + notes))
In Excel: =MIN(Notes,MAX(0,EV-TL-Trade)) and =Notes*MIN(1,MAX(0,EV-TL)/(Trade+Notes))
Without a guarantee. The term loan takes 600, leaving 350. Trade creditors at OpCo are owed 250 and take all of it, leaving 100 of equity value for the holding company. The notes recover 100 ÷ 400 = 25.0 cents. Bought at 30, that is a loss of 16.7 per cent.
With an upstream guarantee. After the term loan, the same 350 is shared by a pool of 650: 250 of trade and 400 of notes. Each recovers 350 ÷ 650 = 53.8 cents. The notes receive 215.4 instead of 100, and the trade creditors 134.6 instead of 250. Bought at 30, the notes return 1.79x, a gain of 79.5 per cent.
| Claim | Amount | No guarantee | Cents | Guarantee | Cents |
|---|---|---|---|---|---|
| OpCo term loan | 600 | 600 | 100.0 | 600 | 100.0 |
| OpCo trade | 250 | 250.0 | 100.0 | 134.6 | 53.8 |
| HoldCo notes | 400 | 100.0 | 25.0 | 215.4 | 53.8 |
| Total | 1,250 | 950 | 950 |
The guarantee moves $115.4M from trade creditors to noteholders. Nothing is created; the notes' gain of 28.8 points is the trade's loss of 46.2 points on a smaller claim.
| EV, $M | Notes, no guarantee | Trade, no guarantee | Notes, guarantee | Trade, guarantee |
|---|---|---|---|---|
| 700 | 0.0 | 40.0 | 15.4 | 15.4 |
| 850 | 0.0 | 100.0 | 38.5 | 38.5 |
| 950 | 25.0 | 100.0 | 53.8 | 53.8 |
| 1,100 | 62.5 | 100.0 | 76.9 | 76.9 |
| 1,250 | 100.0 | 100.0 | 100.0 | 100.0 |
Without the guarantee the notes are a call option struck at $850M of value: nothing below it, then a steep climb, because every extra dollar goes to them. With it they start recovering as soon as value passes the $600M term loan, and climb more slowly because they share each dollar, taking 61.5 per cent of it. The gap between the two is widest around $850M, where the guaranteed notes recover 38.5 cents and the unguaranteed ones nothing.
For a buyer at 30, the break-even enterprise value is $970M without the guarantee and $795M with it. The guarantee is worth $175M of enterprise value, a gap wide enough to decide the trade on its own, which is why the indenture is read before the model is built.
In practice the guarantee question has three parts, and each has to be answered from the documents rather than the offering summary. Which subsidiaries guarantee, and how much of the enterprise value sits in them rather than in non-guarantor or foreign subsidiaries? Is the guarantee senior unsecured, subordinated, or limited to a cap? And can it be released, for instance when the subsidiary is sold or designated unrestricted? A guarantee from an entity that holds a third of the value moves the notes only part of the way between the two columns above, roughly in proportion, depending on how the claims are spread across entities.
The common mistake is to rank the notes by their title and place them alongside the trade creditors in a single waterfall. That gives the guaranteed answer to an unguaranteed bond, here 53.8 cents instead of 25.0, and a valuation more than twice too high. The second mistake runs the other way: assuming a guarantee is as good as written. Upstream guarantees can be limited in amount, released under the indenture's baskets, or challenged as fraudulent transfers where the subsidiary received too little in return, and any of these puts the notes back behind the trade. The third is to forget the trade claims entirely; they are often large, and in a Chapter 11 they may be paid early as critical vendors, which further thins what reaches the holding company. Model each entity's assets and claims, find the fulcrum entity by entity, and only then compute what a bond price implies about value.
A holdco bond's recovery is the residual of the operating company's waterfall, not a line in it, unless a guarantee lets it in. On these illustrative figures the difference is 25.0 against 53.8 cents at $950M, and $175M of break-even value at a price of 30. The free workbooks for this book include a case on exactly this structure, holding company notes with and without an upstream guarantee, alongside the fulcrum finder it extends.
The position of a creditor of a parent company relative to the creditors of its subsidiaries. The parent's lenders can only reach the subsidiary's assets through its equity, which is worth something only after every subsidiary creditor is paid. Here $400M of holdco notes recover nothing until operating value exceeds the $850M owed at the operating company.
It moves the notes into the operating company's unsecured pool, so they share with trade creditors instead of waiting behind them. At $950M of value the notes go from 25.0 to 53.8 cents, a gain of $115.4M, which is exactly what the trade creditors lose. For a buyer at 30 the break-even value falls by $175M.
Only at the extremes. When value covers every claim, both recover par; in the illustrative case that is at $1,250M of enterprise value. Below that, the gap is widest in the middle of the range: at $850M the opco trade claims recover par while unguaranteed holdco notes recover zero.
This article is one calculation from The Distressed Debt Investor. The book takes the same case from first principles to the decision, chapter by chapter, and every figure it prints is a live formula in the free companion workbooks.
Get the book on Amazon →Free companion files
Also on Amazon UK · Amazon Germany · Amazon France · Amazon Canada
Reading guide: credit, private credit and distressed debt → · All 1340 articles →
If this book helped, or didn’t, a few lines on Amazon are worth more than they look: they are what the next reader goes on. Write a review. The workbook stays free either way.