BIWS: Leveraged Buyouts and LBO Models

What is a leveraged buyout, and why does it work?

A leveraged buyout is when a private equity firm uses equity and a significant amount of debt to acquire another company. It works because debt amplifies returns, and by putting up a smaller amount of their own capital they can realize larger returns even with the interest payments by adding value to the business through EBITDA growth, multiple expansion, or debt paydowns before ideally selling it.

Why do PE firms use leverage when buying companies?

They use the leverage to amplify their returns. By putting up less of their own capital, they can drive higher IRR. However, the downside is amplified as well. Also, since the PE firm is tying up less of its own capital on the deal, it gives them the flexibility to pursue other acquisitions.

Walk me through a basic LBO model (without the full financial statements).

To begin, you have to make assumptions about the purchase price, debt and equity, interest rate on debt, and growth and margins for the company. With these assumptions, you will create a sources and uses schedule to determine how much investor equity the PE firm puts up and how cash and fees affect anything (private company acquisitions typically leave the seller with no debt and no cash.

Project out the income statement for the targeted holding period, typically 5-7 years, making sure to factor in new interest payments on the debt being used. Then, get to FCF by projecting out CFO and CapEx on the cash flow statement. This free cash flow tells you how much cash the company can put towards paying down debt principal balances.

Once you have these statements projected, calculate you implied returns by applying a targeted multiple to the final year’s EBITDA to get the enterprise value at which the company will be sold. Back out equity value by adding cash and subtracting debt, and calculate IRR and MoM by comparing to the amount of capital you put in.

Can you explain the legal structure of a leveraged buyout and how it benefits the private equity firm?

When making a leveraged buyout, a PE firm benefits because they don’t have to put debt on their actual balance sheet. They create a separate “holdco” that just holds the portfolio company that they are acquiring. That is where the debt, their equity, and any external or management equity lives. This isolates the impact of any financial failure or risk onto the company’s balance sheet and keep the private equity firm in the clear. Though, in the case of failure the PE firm still faces large reputational risks.

What assumptions impact a leveraged buyout the most?

A leveraged buyout is largely impacted by the purchase price and the exit assumptions. Then, the amount of debt will also play a big role with how much it amplifies those returns. The operational assumptions, seen through growth and EBITDA margins and free cash flow impact the amount of debt that can be paid down and the EBITDA amount on which the exit multiple will be applied, so they have the next most significant impact. Lastly, you need to make assumptions on the interest rates of the debt, how large principal repayments are, and other terms that how a relatively smaller impact on the LBO.,

How do you select the Purchase Multiples and Exit Multiples in an LBO model?

Just like in M&A, if the company is public you need to budget for a 10-30% premium over where shares currently trade, and then back into the implied EV/EBITDA multiple from there.

For private companies, you are going to have to rely more so on comps, precedent transactions, and a DCF of the seller.

When you calculate your returns, you want to make sure your exit multiple is in-line with where the company has previously traded and not far above the entry multiple, or else your return assumptions are likely indexing too heavily on a speculative multiple expansion.

Because of this, you typically want to sensitize you multiple assumptions to make sure the LBO works across many different possible outcomes.

What is an "ideal" candidate for an LBO?

In simple terms, the ideal candidate is the one where it is undervalued enough that you can pay a very favorable price, because that makes it a lot easier to clean it up realize its true value.

That said, some additional qualities you want to look for is stability, in margins, management, and, most importantly, cash flows. You want to look for a relatively fragmented market, you want to look for a company with a balance sheet and credit history that is conducive to taking on meaningful amounts of debt; this means a strong asset base to use as collateral and modest capex. Finally, you need to look for ways to increase value whether that is growing EBITDA or paying down debt quickly, and then realizing that value through hopefully M&A but potentially an IPO or recaps.

How do you use an LBO model to value a company, and why does it set the "floor valuation"?

To value a company with an LBO, you determine what IRR the PE firm would deem adequate for the investment opportunity, and then based on your projections for the company and its exit multiple Wait a minute, how is an LBO valuation different from a DCF valuation? Don’t they both value the company based on its cash flows?at the end of that period, you determine what multiple the PE firm would be willing to enter at to achieve their desired IRR.

This represents the floor because it is the very highest amount they would be willing to pay to achieve a specific return.

Wait a minute, how is an LBO valuation different from a DCF valuation? Don’t they both value the company based on its cash flows?

A DCF finds the intrinsic value of a company into perpetuity based on the sum of its future cash flows, discounted back into present-day dollars. An LBO only looks at what the company is worth on a 5-7 year investment horizon, usually based on an EBITDA multiple at the end, and looks at the company’s ability to pay off debt.

The DCF is trying to determine what the company could be worth based on future cash flows, the LBO is trying to determine what the most a PE firm will pay for a company is based on a targeted return.

How is a leveraged buyout different from a normal M&A deal?

A normal M&A deal is typically financed with a combination of cash, debt, and equity and involves the combination of two companies’ operations, often in the hope of creating synergies. To judge an M&A deal, the buyer typically looks at whether it will be accretive or dilutive to EPS

An LBO is only financed with cash and debt, and it only deals with the seller’s operations. To gauge success, the buyer looks at their IRR and MoM since they plan to sell the company in a matter of 5-7 years.

A strategic acquirer usually prefers to pay for acquisitions with 100% Cash – so why would a PE firm want to use Debt in an LBO?

A strategic acquirer is looking to integrate the company they are acquiring within the buyer’s business to make it stronger or grow faster or some other benefit to the overall business. So, they only care about getting the cheapest financing possible to that their costs going forward aren’t too high that they offset incremental benefits to EPS.

A PE firm is looking to “flip” the company they are buying in the medium-term. Since they are looking to realize value through a sale, they want to put up as little of their own capital as possible, which means they are willing to incur the burden of added interest expenses for the benefit of letting debt amplify their returns from the eventual value realization event. The PE firm also benefits from not having the debt sit on their own balance sheet.

How could a private equity firm boost its returns in an LBO?

They can borrow more, generate cash to pay down more debt, grow EBITDA, or create multiple expansion. Also, if they are paying off debt very quickly, they can use dividend recaps to increase their IRR with a special dividend payment.

IRR Calculation: 2x MoM in 3 years

~25%

IRR Calculation: 2x MoM in 5 years

~15% IRR

IRR Calculation: 3x MoM in 3 years

45% IRR

IRR Calculation: 3x MoM in 5 years

~25% IRR

The 3-year IRR in an LBO is 35%, and the Exit Equity Proceeds are $1,000. What is the initial Investor Equity?

Multiple / IRR: A 3x multiple over 3 years is a ~45% IRR, and 2x over 3 years is a ~25% IRR, so a 35% IRR is around a 2.5x multiple.

Investor Equity: $1,000 / 2.5 = $400 (mental math: $400 * 2 = $800, half of $400 is $200, and $800 + $200 = $1,000).

A PE firm invests $50 in a leveraged buyout in Year 0 and takes the company public in Year 3. It sells 1/3 of its stake each year in Years 3 – 5, and its total stake is worth $100 in Year 3. Assume no changes in the value of the stake and estimate the IRR.

• Multiple: $100 / $50 = 2x.

• Period: The “average exit year” in this IPO is Year 4.

• IRR: A 2x multiple in 3 years is a 25% IRR, and a 2x multiple in 5 years is a 15% IRR. So, a 2x multiple in 4 years should be around a 20% IRR.

A PE firm acquires a $100 million EBITDA company for a 12x multiple using 50% Debt.

The company’s EBITDA grows to $150 million by Year 5, but the exit multiple drops to 10x. The company repays $300 million of Debt and generates $100 million of additional Cash in this period. What’s the approximate IRR?

• Investor Equity: $100 12x (1 – 50%) = $1,200 50% = $600.

• Exit Enterprise Value: $150 10 = $1,500.

• Net Debt Upon Exit: $600 Initial Debt – $300 Repaid Debt – $100 Cash = $200.

• Exit Equity Proceeds: $1,500 – $200 = $1,300.

• Multiple / IRR: $1,300 / $600 is just above a 2x multiple over 5 years, but it’s well below a 2.5x multiple (since $600 * 2.5 = $1,500). Therefore, the IRR should be between 15% and 20%, but closer to 15%. A reasonable guess might be the 16-17% range.

A PE firm acquires a $100 EBITDA business for a 10x multiple, and it believes it can sell it again in 5 years for the same 10x multiple.

It funds the deal using 6x Debt / EBITDA, and the company repays 50% of this Debt over the 5 years, generating no extra Cash. How much EBITDA Growth is required to realize a 25% IRR?

• Investor Equity: $100 10 40% = $400. We know it’s 40% Equity because the total price was 10x EBITDA, and the Debt was 6x EBITDA, so 4x / 10x = 40%.

• Multiple / IRR: A 25% IRR over 5 years is a 3x multiple.

• Exit Equity Proceeds: Therefore, the PE firm must earn back $1,200 upon exit.

• Net Debt Upon Exit: There’s $600 of Debt in the beginning and $300 left at the end.

• Exit Enterprise Value: So, the Exit Enterprise Value must be $1,200 + $300 = $1,500.

• Required EBITDA: $1,500 / 10 = $150, so EBITDA must grow by 50%.

• Investor Equity: $500 6 (1 – 50%) = $1,500. • Exit Enterprise Value: $600 9 = $5,400.

• Net Debt Upon Exit: $1,500 (1 – 75%) = $1,500 25% = $375 (mental math: $1,500 20% = $300 and $1,500 30% = $450, so $375 is right in the middle).

• Exit Equity Proceeds: $5,400 – $375 → Round this to $400, so $5,400 – $400 = $5,000.

• Multiple: $5,000 / $1,500 → Approximately 3.3x because $1,500 3 = $4,500 and $1,500 * 4 = $6,000.

• Holding Period: The “average exit year” is 5 because the PE firm sells 25% of its stake in Year 4, 25% in Year 5, 25% in Year 6, and 25% in Year 7. Technically, it’s Year 5.5, but we’re rounding down because we’ll also round down the multiple in the next step, which offsets this.

• IRR: We’ll round down the 3.3x multiple to 3x and round down the holding period to 5 years, so the approximate IRR is 25%.

A PE firm uses $800 of Investor Equity and $1,400 of Debt to acquire a $200 EBITDA company. It then sells the company for a 10x EBITDA multiple in Year 5.

The company repays 50% of its Debt by Year 5, and it issues $100 in Dividends in Years 3 – 5. How much EBITDA Growth is required to earn a 25% IRR?

• Multiple / Investor Equity: A 25% IRR over 5 years is a 3x multiple. Therefore, the PE firm must earn $2,400 total from Dividends and the Exit Equity Proceeds (technically, a bit less than that because some of the Dividends arrive before Year 5).

• Exit Equity Proceeds: We know that $300 of this $2,400 total comes from Dividends, so the required Exit Equity Proceeds are only $2,100.

• Exit Enterprise Value: $2,100 + the remaining Net Debt. The company has repaid $1,400 * 50% of the Debt, so $700 remains. $2,100 + $700 = $2,800.

• Exit EBITDA = $2,800 / 10 = $280. So, EBITDA must grow by $80 over the initial $200, which is 40% growth. However, the better answer is “Slightly less than 40% growth due to the Dividends in Years 3 and 4.”

How do you calculate the internal rate of return (IRR) in an LBO model, and what does it mean?

IRR is the average annualized return of an investment, or the effective compounded interest rate.

You calculate the IRR by making the Investor Equity (Cash) that a PE firm contributes a negative, and then using positives for Dividends to the PE firm and the Net Proceeds to the PE firm upon exit.

Then, you apply the IRR function in Excel to all the numbers, ensuring that you’ve entered “0” for any periods where there’s no cash received or spent.

If there are no Dividends or other distributions or contributions in between purchase and exit:

IRR = (Exit Proceeds / Investor Equity) ^ (1 / # Years) – 1

How can you quickly approximate the IRR in an LBO? Are there any rules of thumb?

The key rules include:

• 2x Multiple in 3 Years = ~25% IRR

• 2x Multiple in 5 Years = ~15% IRR

• 3x Multiple in 3 Years = ~45% IRR

• 3x Multiple in 5 Years = ~25% IRR

If you get a multiple or holding period between these, you can use averages to estimate the IRR (e.g., a 2.5x multiple in 5 years is a ~20% IRR).

A PE firm acquires a $100 million EBITDA company for a 10x purchase multiple and funds the deal with 60% Debt.

The company’s EBITDA grows to $150 million by Year 5, but the exit multiple drops to 9x. The company repays $250 million of Debt in this time and generates no extra Cash.

What’s the IRR?

Initially, the PE firm uses 40% Equity, which means $100 million 10x 40% = $400 million.

The Exit Enterprise Value = $150 million 9x = $1,350 million (Mental Math: $150 million 10x = $1.5 billion and subtract $150 million).

The initial Debt amount was $600 million, and the company repaid $250 million, so $350 million of Debt remains upon exit.

The Equity Proceeds to the PE firm are $1,350 million – $350 million = $1 billion.

$1 billion / $400 million = 2.5x, which is between 2x and 3x over 5 years; since 2x over 5 years is 15% and 3x is 25%, this IRR is approximately 20%.

A PE firm acquires a $200 million EBITDA company using 50% Debt at an EBITDA purchase multiple of 6x.

The company’s EBITDA grows to $300 million by Year 3, and the exit multiple stays the same.

Assuming the company pays its interest and required Debt principal but generates no additional Cash, what is the MINIMUM IRR?

The Purchase Enterprise Value is $200 million 6x = $1.2 billion, and the PE firm uses $600 million of Investor Equity and $600 million of Debt. The Exit Enterprise Value in Year 3 is $300 million 6x = $1.8 billion. The PE firm realizes the minimum IRR when the Equity Proceeds are at their minimum level. For that to happen, the company must repay no Debt and generate no additional Cash. We already know the company generates no additional Cash, so we have to calculate the Equity Proceeds under the assumption that the company repays no Debt. $1.8 billion – $600 million = $1.2 billion, which is a 2x multiple over 3 years.

That corresponds to a ~25% IRR (technically, 26%), so that is the minimum in this scenario.

A PE firm acquires a $200 million EBITDA company using 50% Debt at an EBITDA purchase multiple of 6x.

The company’s EBITDA grows to $300 million by Year 3, and the exit multiple stays the same.

How does the IRR change if the company repays ALL its Debt but nothing else changes?

If the company repays the full Debt balance, the PE firm gets the full Exit Enterprise Value of $1.8 billion as Equity Proceeds at the end (i.e., $1.8 billion – $0 = $1.8 billion).

The firm has tripled its money in 3 years, which is a ~45% IRR (technically, 44%).

These results tell us that the IRR will be between 25% and 45% depending on the Debt repayment.

You buy a $100 EBITDA business for a 10x EBITDA multiple, and you believe you can sell it in 5 years for a 10x multiple.

You use 5x Debt / EBITDA to fund the deal, and the company repays 50% of that Debt over 5 years.

How much does EBITDA need to grow over 5 years to realize a 20% IRR?

A 2x multiple in 5 years is a 15% IRR, while a 3x multiple is a 25% IRR, so a 20% IRR should be around a 2.5x multiple.

Initially, we buy the business for an Enterprise Value of $1,000, using $500 of Investor Equity and $500 of Debt. We need to earn back $1,250 in proceeds at the end, since 2.5 * $500 = $1,250.

The company repays $250 in Debt, which means that $250 in Debt remains at the end.

Therefore, we need to sell the company for an Exit Enterprise Value of $1,250 + $250 = $1,500. Since the Exit Multiple stays the same at 10x, EBITDA must grow to $150 over 5 years.

A PE firm acquires a business for a 12x EBITDA multiple, using 5x Debt / EBITDA, and plans to sell it in 5 years. The company’s initial EBITDA is $100, and it grows to $200 by Year 5.

If there’s no Debt repayment and no additional Cash generation, what exit multiple do we need for a 25% IRR?

Initially, we buy the company for an Enterprise Value of $1,200 using Debt of $500 and Investor Equity of $700. To realize a 25% IRR over 5 years, we need to triple our money by earning $2,100 in proceeds at the end. No Debt is repaid, so we need to sell the company for an Exit Enterprise Value of $2,600. Therefore, if EBITDA grows to $200 by Year 5, we need an exit multiple of $2,600 / $200 = 13x.A PE firm acquires a business for a 12x EBITDA multiple, using 5x Debt / EBITDA, and plans to sell it in 5 years. The company’s initial EBITDA is $100, and it grows to $200 by Year 5.

A PE firm acquires a business for a 12x EBITDA multiple, using 5x Debt / EBITDA, and plans to sell it in 5 years. The company’s initial EBITDA is $100, and it grows to $200 by Year 5.

Assume the company repays 75% of the initial Debt balance over 5 years.

What exit multiple do we need for a 25% 5-year IRR?

75% of $500 in Debt is $375, which means that $125 in Debt remains at the end. We still contributed $700 in Investor Equity initially, and therefore need to earn back $2,100 in proceeds at the end. Therefore, we need to sell the company for an Exit Enterprise Value of $2,100 + $125 = $2,225. As a result, we need an exit multiple of $2,225 / $200 = 11.1x (you can round this to 11x).

A private equity firm acquires a $200 EBITDA company for an 8x EBITDA multiple using 50% Debt.

It wants to sell the company in 3 years, but it’s difficult to find buyers, so the firm decides to take the company public instead.

If this company’s EBITDA increases to $240, it repays ALL the Debt over 3 years, and the PE firm takes it public and sells off its stake evenly in Years 3 – 5 at a 10x EBITDA multiple, what’s the approximate IRR?

Initially, the PE firm pays $1,600 for this company and uses $800 in Investor Equity and $800 in Debt. The PE firm sells its stake in the company for an Exit Enterprise Value of $240 * 10x = $2,400, and all the Debt has been repaid by this point, so the Proceeds to the PE Firm are $2,400. Tripling our money in 3 years would be a 45% IRR, and tripling it in 5 years would be a 25% IRR.

Since this is an IPO and the stake is gradually sold off between Year 3 and Year 5, the “Average Year #” for receiving the proceeds is 4. As a result, the IRR is somewhere in between these figures – we could approximate it as a 35% IRR (it’s actually 32%).

A private equity firm acquires a $200 EBITDA company for an 8x EBITDA multiple using 50% Debt.

It wants to sell the company in 3 years, but it’s difficult to find buyers, so the firm decides to take the company public instead.

If this company’s EBITDA increases to $240, it repays ALL the Debt over 3 years, and the PE firm takes it public and sells off its stake evenly in Years 3 – 5 at a 10x EBITDA multiple

How does the IRR change if, after going public, the company’s share price drops by approximately 10% per year in Years 4 and 5?

A 10% share price decline each year means that the EBITDA multiple falls to 9x and then ~8x. The “average” EBITDA multiple at which the PE firm sells its stake is ~9x rather than 10x. Therefore, the Proceeds to the PE Firm decline from $2,400 to $2,160, since $2,400 – $240 = $2,160. The multiple is $2,160 / $800 = 2.7x. A 2.5x multiple over 5 years is a 20% IRR, while a 2.5x multiple over 3 years is a ~35% IRR, so we’d expect an IRR in between those. But it will be closer to 35% since 2.7x is above 2.5x. We could approximate this IRR as 30%; in real life, it is exactly 30%.

What’s the approximate IRR if a PE firm acquires a company using $500 of Investor Equity, sells it for $1,000 in Equity Proceeds in Year 3, and receives a Dividend of $250 in Year 2?

A 2x multiple in 3 years normally corresponds to a ~25% IRR, but the Dividend turns this into $1,250 / $500 = 2.5x, which is halfway between a 2x and 3x multiple. Based on “3x in 3 years = ~45% IRR,” you might think that the IRR would be around 35% here. But the Dividends arrived in Year 2 instead of Year 3, so it’s higher than that. We would approximate it as “Between 35% and 40%” – in Excel , it is 39%.

A PE firm acquires a company with $100 in EBITDA, which grows to $150 by the end of 7 years, at which point the PE firm sells the company for a 10x EBITDA multiple.

The PE firm uses $500 of Debt initially, and the company has $300 of Net Debt remaining upon exit.

If the PE firm realizes an approximate IRR of 10% on this investment, what was the purchase multiple?

The Exit Equity Proceeds to the PE Firm are 10x $150 – $300 = $1,200. We don’t know what multiple a 10% IRR over 7 years corresponds to, but we can estimate it as: • 2x → 100% / 7 75% = ~14% 75% = Between 10% and 11%. • 3x → 200% / 7 65% = ~28% * 65% = Between 18% and 19%. Therefore, we can say the multiple is approximately 2x. This means that the PE firm must have used $600 in Investor Equity in the beginning. Since the PE firm used $500 of Debt, the Purchase Enterprise Value was $500 + $600 = $1,100, and the purchase multiple was $1,100 / $100 = 11x.

Could a private equity firm earn a 20% IRR if it buys a company for a Purchase Enterprise Value of $1 billion and sells it for an Exit Enterprise Value of $1 billion after 5 years?

That is certainly possible. If they put up $400M of their own equity to begin with and were able to pay down the entire debt principle of $600M, they could realize this return.

Could a private equity firm ever earn a 20%+ IRR if it buys a company using Investor Equity of $1 billion and gets back exactly $1 billion in Equity Proceeds at the end of 5 years?

Mathematically, this is possible, but in reality, it is nearly impossible. For the PE firm to earn a 20% IRR in this scenario, the acquired company would have to issue extremely high Dividends and/or do multiple Dividend Recaps during the 5-year holding period. Most companies cannot pay anything close to a 20% Dividend Yield, so this scenario is exceptionally unlikely.

What’s the true purchase price in a leveraged buyout of a public company, and why do you create a Sources & Uses schedule?

The true purchase price of an LBO depends on the treatment of debt and cash and fees. These variables create differences on top of the equity value you must pay for the company’s shares. For the PE firm, they use Investor equity in the sources and uses schedule to fill the gap between the debt they can raise and the total purchase price they end up paying for the acquisition.

How does the Sources & Uses schedule differ in a cash-free, debt-free leveraged buyout of a private company?

In a cash free, debt free LBO of a private company, there is going to be no excess cash from the company or pre-existing debt in the S&U schedule. So, the PE firm is going to have to pay down whatever debt remains on top of the new debt it must issue, and then it will plug with the investor’s equity.

It uses this capital towards the purchase EV of the seller, not the purchase equity value since the debt and cash is at 0. Another use is also fees, like issuance or transaction fees.

OK, but what if this private company has additional Working Capital targets/requirements, or it needs more Cash or less Debt when the transaction closes?

In this case, that is going to be added to the PE firms uses, and they will have to source more capital through debt or investor’s equity to be able to cover these needs. It is also the case that the company could have excess cash or existing debt, which would reduce the sourcing needs of the PE firm, however then it cannot be cash-free, debt-free deal

What is the actual difference between cash-free, debt-free deals and non-cash-free, debt free ones? Is there any difference?

The main difference relates to how much cash the company has after the deal takes place, which impacts how much investor equity or debt the PE firm needs to use. If there is excess cash, then the PE firm can use that to pay down existing debt, and it reduces their initial obligations.

There is a difference with debt as well, but usually the entire Existing debt balance must be repaid and replaced in the case of a “change of control” anyways even if the deal isn’t a debt-free, so the amount of debt that existed or didn’t in the first place isn’t too relevant.

How do you determine how much Debt a PE firm might use in an LBO and how many tranches there would be?

To figure out a reasonable amount of debt, you can look at comparable transactions to see what Debt/EBITDA levels other acquirers used, or look at company comps to see what leverage peers with high debt have. You use this same technique to determine how many turns of EBITDA apply to different tranches.

But, that is just to look at the debt the company starts with. You need to project out interest coverage and leverage over time to make sure that the company will be able to get them to a reasonable level in a reasonable timeframe.

Can you describe the different types of Debt a PE firm might use in a leveraged buyout and why it might use them?

Broadly speaking, Debt is split into Secured Debt and Unsecured Debt, which some people also label “Bank Debt” and “High-Yield Debt” or “Senior Debt” and “Junior Debt.”

Secured Debt consists of Term Loans and Revolvers, is backed by collateral, tends to have lower, floating interest rates, may have amortization (required principal repayments), and uses maintenance covenants such as limits on the company’s Debt / EBITDA and EBITDA / Interest.

Early repayment of principal is allowed, maturity periods tend to be shorter (~5 years up to 10 years), and the investors tend to be more conservative.

Unsecured Debt consists of Senior Notes, Subordinated Notes, and Mezzanine, and is not backed by collateral; interest rates tend to be higher and fixed rather than floating, there is no amortization, and it uses incurrence covenants (e.g., the company can’t sell Assets above a certain dollar amount).

Early repayment is not allowed, maturity periods tend to be longer (8-10+ years), and the investors tend to be hedge funds, merchant banks, and mezzanine funds.

Why do the less risky, lower-yielding forms of Debt amortize? Shouldn’t amortization be a feature of riskier Debt to reduce the risk?

Amortization does reduce risk, but it also reduces returns. If the principal balance of debt decreases, so do the interest payments made back to creditors, which over the life of a loan reduces their IRR. Lower returns, then, are characteristic of lower risk debt.

Also, early repayment creates interest-rate risk for creditors who now have to re-deploy their capital into potentially less attractive investments.

Why might a PE firm choose to use Term Loans rather than Subordinated Notes in an LBO if it has the choice between two capital structures with similar leverage levels?

With term loans, the PE firm gets two benefits: first, the term loans carry a lower interest rate so the company’s expenses on the debt are lower, which feeds into the second benefit, which is that term loans can typically be paid off early whereas subordinated loans typically cannot. The more debt the company can pay down while the PE firm owns it, the greater the return for the equity holders, which is the PE firm.

**Also, term loans have maintenance covenants, which would likely allow for greater flexibility to divest asses, participate in M&A, or make large expenditures compared to the incurrence covenants that are characteristic of subordinated notes.

Why might a PE firm do the opposite and use Subordinated Notes instead?

Subordinated notes can offer extra utility in a couple of circumstances. First, if the PE firm doesn’t believe that the company can meet the maintenance covenants that a term loan would enforce, then they might not have a choice. For example, if they knew Debt/EBITDA was going to spike in the first year even though down the line they’d be able to get it down to normalized levels.

Second, subordinated notes can reduce the amount of cash interest expense by accepting PIK interest. This can be helpful for companies that don’t yet have stable cash flows, or may plan to make large capital expenditures or acquisitions in the near future.

Why might Excess Cash act as a funding source in an LBO, and why might its usage also cause controversy?

Excess cash can be a funding source if it is used to buyback its own shares, meaning the PE firm needs to source less investor equity or debt in the first place. It also increases the proportional value of the existing owners, like management they may have rolled over.

However, the controversy would surround the argument that that excess cash should be returned to the shareholders that previously owned the company in the form of a special dividend.

What’s the point of assuming a Minimum Cash balance in an LBO?

The point is that every company is going to need cash for working capital, cash to keep the business operating. That’s why it’s unrealistic to assume the entire cash balance could be used in any type of LBO or acquisition.

***Even in a cash-free, debt-free deal, the company starts building back up its cash reserve immediately. Also, the minimum cash balance needs to be used to calculate the Cash Flow available for debt repayment.

How might you estimate this Minimum Cash balance if the company doesn’t disclose it?

You might look at how low its Cash balance has fallen historically, or you might look at Cash as a % of Total Expenses or Total Cash Expenses and see how that figure has trended in the past. For example, if Cash has always been between 5% and 10% of (COGS + OpEx), you might make the Minimum Cash balance 7.5% of (COGS + OpEx).

How does a Management Rollover affect the Sources & Uses schedule in an LBO?

A management rollover reduces the amount of sources needed for an LBO. Because part of the ownership in the company is already decided and being provided by their interest, the PE firm can use the debt they were going to use and then have a smaller gap to plug with their investor equity. This causes reduced ownership by the PE firm.

You’re setting up the Transaction Assumptions for an LBO, but you don’t have any information on the Debt Comps. How might you estimate the interest rates on Debt?

You can look at the debt/ebitda levels in the industry the company operates in and look at the average credit ratings at different levels. Then, based on the amount of debt you assume is used in the LBO and what the debt/ebitda would become, estimate a credit rating for the company post-LBO. From there, use the credit default spread method above the risk free rate to get the approximate interest rate.

How do transaction and financing fees factor into an LBO model?

These fees are upfront cash costs that increase the sources needed for the LBO. Transaction fees are a cash expense that reduces cash and retained earnings, and could be made up of fees to lawyers, investment bankers, consultants, etc.

The financing fees on the debt reduce the book value of the debt and the cash received from the issuance. These fees are amortized on the income statement as a part of interest expense, which increases the book value of the debt, but is added back on the cash flow statement. Despite these background mechanics, the company is paying interest on the face value of the debt, not the book value.

Can you explain how to adjust the Balance Sheet in an LBO model?

Like a normal M&A deal, you write down the CSE of the seller to 0, which gets replaced by the investor equity from the PE firm, goodwill and other intangible assets are created to fill the gap, and if there are existing deferred taxes they will be written down or adjusted to reflect the asset write-ups/downs created during the acquisition.

New debt is added, existing debt is adjusted, and cash is changed based on any cash kept or used in the transaction through fees paid or shares bought back.

Finally, any financing fees or transaction fees reduce the book value of debt and CSE respectively.

How is Purchase Price Allocation different in LBO models? Does it matter more or less than in M&A deals?

The process of purchase price allocation is largely equivalent in both an M&A and LBO process, you still write down CSE, write up assets, adjust deferred taxes and based on fees.

However, it is a lot simper for LBOs because PE firms only care about the cash flows, capacity for debt repayment, and IRR. So, the nuance of things like D&A on asset write-ups, which impacts EPS but not cash flows, is unimportant to an LBO model.

How do you project Free Cash Flow and Cash Flow Available for Debt Repayment in an LBO model?

You project free cash flow as CFO - CapEx, but you exclude adding back SBC as a non-cash expense because you want to reflect its economic impact on the company through the income statement, not with added shares which complicate your projection of the future equity value per share. If you are using IFRS, you have to make sure to deduct the full lease expense from FCF.

Then, Cash Flow Available for Debt Repayment as Free Cash Flow + Beginning Debt - Required obligations like mandatory principal repayments - Minimum Cash Balance.

How is the “Free Cash Flow” in an LBO model different from the FCF in a DCF?

First, the purpose is quite different since FCF in an LBO model determines a company’s ability to repay Debt, not the implied value of the entire company. Second, FCF in an LBO model starts with Net Income, not NOPAT, and so it deducts the Net Interest Expense. But it’s also not Levered FCF since it does not deduct the Debt principal repayments. Finally, while FCF is the endpoint in a DCF, you have to go beyond it in an LBO model because of the company’s Beginning Cash, Minimum Cash, and other obligations such as required Debt principal repayments.

Why might a company’s FCF in an LBO model differ from its Cash Flow Available for Debt Repayment?

Because to get from FCF to Cash Flow Available for debt repayment, you have to add beginning cash balance for the period, you have to subtract any mandatory obligations like debt principal repayments, and you have to subtract the minimum cash balance for the company. That way, you aren’t just reflecting that period’s free cash flow, but all the cash from all sources available to actually make discretionary debt principal repayments.

What does the “tax shield” in an LBO mean?

Just like in a typical DCF, the “tax shield” relates to the interest expense on the debt reducing the amount of taxable income for the company. Obviously, the company’s cash flows are still lower than if they had no debt and no interest expense, but the tax deductibility of the interest expense means that net income is down by less.

How do you set up the formulas for Mandatory and Optional Debt Repayments in an LBO model?

For a given tranche, you will look at the initial amount of debt raised and the amount of debt remaining. To calculate the mandatory debt repayment, you then take the minimum of the % of the debt amortizing * initial amount of the debt and the debt remaining; that way you don’t pay more than you owe.

Now, for the optional payment, you look at the minimum of the cash flow available to pay off remaining debt and the amount of debt actually remaining. That way, you can only pay as much towards the debt as cash flow you have, or if that exceeds the debt, then the amount of debt you have, again preventing you from overpaying.

How do cash flow sweeps affect the Optional Repayments?

Cash flow sweeps are when a specific percentage of cash flow left over from mandatory debt repayments is automatically used to make discretionary payments towards the debt principal of a given tranche.

How do you use a Revolver in an LBO model?

A revolver is like an overdraft account for the company to use if its Free cash flow + existing cash balance isn’t high enough to satisfy their mandatory debt principal repayments. It provides a line of credit to the company that they then have to repay with interest.

Which metrics and ratios might you calculate in an LBO, and what do they tell you?

Some of the metrics and ratios you are going to look at for an LBO are going to be leverage, with Debt/EBITDA, and the ability for the company to make interest payments, with EBITDA/Interest Expense, and then FCF conversion. What each of these metrics do is measure ability of the company to take on and generate the cash flow to pay down different amounts of debt.

By looking at how ratios like Debt/EBITDA and EBITDA/Interest Expense might change over time, the PE firm can deduce how risky the transaction might be, or how much it could potentially amplify its returns by issuing a large but appropriate amount of debt.

FCF conversion, if it grows, can tell you that the LBO has good potential to increase the company’s value through paying down debt and generating cash.Since an LBO is based on Free Cash Flow, why do you focus on EBITDA and TEV / EBITDA in the assumptions?

Since an LBO is based on Free Cash Flow, why do you focus on EBITDA and TEV / EBITDA in the assumptions?

EBITDA can be a proxy for CFO is the sense that it strips out capital structure, major non-cash expenses, and capital intensity. It is also easy to calculate. Therefore, it is often used by lenders and potential acquirers.

Also, since EV/EBITDA is capital structure neutral, it is a lot more stable and resilient than equity-based multiples, which may widely change from large initial debt load or debt repayments, both of which would impact interest expense greatly. Because of this feature, it makes the entry and exit multiple more comparable.

Moreover, TEV/EBITDA is a valid multiple even if net income is negative, which could occur from high interest expenses.

What are the different exit strategies available to a private equity firm in a leveraged buyout, and what are the advantages and disadvantages of each one?

The two main exit strategies for a private equity firm are M&A and IPO.

M&A is the cleanest break for a PE firm. They get to sell their entire stake and wipe their hands of any risk. The disadvantage here is that, if the acquirer improves the business even more, the PE firm loses out on some upside potentially. Also, it creates a large one-time taxable event.

An IPO is less desirable. They cannot dump all of their shares are once, so selling over time can reduce IRR, and if the stock price falls then their returns are lower too. However, they do have the opportunity to partake in upside from the stock potentially going up.

Now, if neither of those are possible, they have the capacity to potentially instate dividend recaps where they pay the equity investors out with cash by paying dividends or levering more debt onto the company and using the proceeds as dividends. This can boost IRR and satisfy investors in the short-term, however, the PE firm still controls the company, which now has more debt, which keeps the risk in their hands.

What IRR and MoM multiple do PE firms typically target?

It depends on the size and industry of the deal, as well as the time horizon, but generall a PE firm will seek an IRR over 20% and an MOM of 2-3x. This ensures that investors receive an adequate return for the illiquidity and complexity associated with Private equity investments.

Would you rather achieve a high IRR or a high MoM multiple in a leveraged buyout?

PE firms care more about IRR because that’s how they’re measured, but over short time frames, it’s better to earn a high multiple, and over longer time frames, it’s better to earn a high IRR. Also, if the PE firm has already exceeded its hurdle rate, it will focus more on MoM multiples.

**Also, LPs don’t want capital returned too quickly because then they have the risk of making a new investment in a new environment.

Why might a PE firm have to use an IPO rather than an M&A deal to exit an LBO?

It could be that there is no demand for a strategic acquisition from competitors or other market participants. It could also be that the company is the largest, and no other firm is big enough to actually acquire it. In both these cases, an IPO would become a more viable option than M&A.

Why might a PE firm have to resort to a Dividend Recapitalization for its exit in an LBO?

If M&A isn’t feasible because of size or industry demand, or an IPO isn’t feasible because of an underdeveloped market, bad public market sentiment or perceptions related to the reputation of the company, then dividend recaps might be the only feasible way for the PE firm to return capital to LPs on a time horizon that they are satisfied with.

What are the main differences between an IPO exit vs. an M&A exit?

The main difference is when the PE firm gets their proceeds and how much risk they are taking.

In M&A, the PE firm gets their return immediately upon to close of the deal and have no more risk related to that company left.

In an IPO, the PE firm must gradually sell over time after the company goes public, and this introduces market risk through movements in the stock price.

***IPOs also tend to be priced based on forward P / E multiples rather than trailing TEV / EBITDA multiples, which could be better or worse depending on the company.

What are the advantages and disadvantages of a Dividend Recapitalization for the exit?

There is no real “advantage” other than the fact that any company with sufficient cash flow could issue Dividends to the PE firm to support this strategy; unlike with M&A and IPO exits, there are no specific industry, regulatory, or size criteria. But the disadvantage is that it will be extremely difficult for the PE firm to realize anything close to a 20% IRR solely with Dividends. Just think about how few public companies have Dividend Yields that exceed even 5%.

In an LBO, is it better for the company to repay the Debt principal with its excess cash flow or issue Dividends to the PE firm?

There won’t be much difference in MoM multiples: any cash flow that the company does not use to repay Debt goes to Dividends instead. For example, $100 million in Dividends in Year 3 means that in Year 5, the remaining Debt balance will be $100 million higher, so the Exit Equity Proceeds will be $100 million lower. However, issuing Dividends will almost always result in a higher IRR because money today is worth more than money tomorrow. The PE firm earns its proceeds earlier, so the IRR is higher. This might not be true in scenarios with PIK (Paid-in-Kind) Interest, where the Interest accrues to the Debt principal, but companies typically can’t repay PIK Debt early.

What might trigger “Multiple Expansion” in an LBO, and is this assumption ever justified?

A valuation multiple is shorthand for valuation: it’s an abbreviated way of expressing a company’s Discount Rate, FCF, and FCF Growth Rate. So, yes, Multiple Expansion is possible in an LBO. For example, if a company’s Return on Invested Capital (ROIC) improves and its WACC stays the same, then its FCF and FCF Growth should both increase, which should boost its exit multiple. Some PE firms aim for Multiple Expansion in deals, but it’s tough to predict and depends heavily on market conditions. Even if a PE firm improves a company’s ROIC significantly, the exit multiple might stay the same or fall if the overall market has declined.

Would you rather have an extra dollar of Debt paydown or an extra dollar of EBITDA in an LBO?

An extra dollar of EBITDA is more beneficial because it increases the company’s Exit Enterprise Value by a multiple of that dollar. If the Debt paydown increases by $1, the Exit Equity Proceeds at the end increase by $1 because the Net Debt is lower by $1. But if the Exit Year EBITDA increases by $1, then the Exit Equity Proceeds increase by $1 * [A multiple of 5-10x or more].

Can you walk me through how you might make an investment decision based on an LBO model's output?

First, you have to decide what return you are targeting and willing to accept in your base and bear case. To see if this return is feasible, you build out your base case. If the numbers don’t make sense, you reject the opportunity. If they do make sense, then you can model our a bear case. If the bear case makes it look like you could easily lose money, then you might also reject the opportunity. But, if the margin of safety feels appropriate, then you may still go ahead.

Finally, you will support your quantitative findings with actual research about the business, investment opportunity, industry, and other qualitative aspects to support the direction your numbers pushed you.

Why might you recommend AGAINST a deal even if the IRRs and MoM multiples are favorable in the Downside, Base, and Upside cases?

Opportunity might be too small for the amount of dollars you have to invest, qualitative factors like poor management or up-and-coming competition might present external risks. Additionally, if securing financing or finding a sufficient exit seem unlikely, it would hold up the deal as well.

Why might you RECOMMEND a deal even if the IRRs and MoM multiples are NOT favorable across the different cases?

The numbers obviously cannot be terrible, but the projections could reveal incremental opportunities for the company to make value accretive decisions like a dividend recap or capital structure improvements to make debt paydown easier.

How does a Returns Attribution Analysis in an LBO affect your investment decision?

A returns attribution analysis looks at where the return at exit is derived between EBITDA growth, debt paydown/cash generation, and multiple expansion. If most of your return is driven by concrete opportunities like EBITDA growth, then you may determine that it will be very possible to realize your desired IRR. If debt paydown/cash generation is the primary driver, it may seem a bit less attractive because you aren’t improving the core business, you’re just using financial engineering.

Finally, if multiple expansion makes up for a lot of that return upon exit, then you may want to reevaluate. Multiple expansion can be much more speculative.

What makes an industry more appealing or less appealing to invest in?

An industry is more appealing if it is growing fast and fragmented, because this lends itself to growth opportunities through both the core business and M&A.

An industry that is less appealing would be speculative, mature and growing LSDs or even declining, and controlled by a few key players. This stymies opportunities to add value and grow. Also, if technology is disrupting the industry or there are low barriers to entry then cash flows will be less stable.

**strong barriers to entry are also good but if the market is fragmented that is less likely

If a company has $10 million in revenue and $5 million in EBITDA, is it most appealing as an investment candidate if it plans to grow by selling 20% more units, raising its prices by 20%, or cutting its expenses by 20%?

It’s most appealing if it grows by raising prices by 20%. If the company does this, everything will “flow through” to EBITDA: the $2 million in extra revenue will result in an additional $2 million of EBITDA. If the company sells 20% more units, it will incur higher variable costs, and its EBITDA will increase by less than $2 million. And an expense reduction of 20% will result in only $1 million of additional EBITDA, which also makes less of an impact than the price increase. Investors tend to favor companies with significant pricing power because it means they have less competition and can grow with less friction.

How might a PE firm reduce its downside risk if a leveraged buyout does not perform well?

Much of the risk in leveraged buyouts comes from multiple contraction: the Exit Multiple might be lower than the Purchase Multiple. The best way to reduce this risk is to avoid acquiring companies trading at high multiples (vs. peer companies and historical multiples) and to focus on companies that are undervalued in some way.

Acquiring companies with significant Tangible Assets or non-core divisions that could be sold off also reduces the risk: in the worst-case scenario, the PE firm could recover some of its capital by selling those. A PE firm could also improve a company’s operations to reduce risk – for example, it could push management to shut down underperforming divisions or cut costs. But most of these strategies for mitigating risk depend on acquiring the right company in the first place – the PE firm can’t do much if the acquired company’s sales plummet because of a market downturn.

How would you review a Confidential Information Memorandum (CIM) or other marketing materials and decide whether to pursue a company's acquisition?

You might start by reading the first few pages of the Executive Summary in the beginning to assess the company’s industry, size, and possible valuation. Then, you would skip to the historical and projected financial statements toward the end to see if the LBO math works at all: if it seems impossible to earn a 20% IRR, even with these optimistic projections, you might reject the company right away. But if the math seems plausible, you might keep reading and go to the market/industry overview section to assess the industry growth rates, the competitors, and this company’s appeal vs. peers in the industry. If all that checks out, then you might read through the entire document, including the management team, the customers and suppliers, and the products and services.

After reading a company’s CIM, you decide to meet with the CEO. What are the top 3 questions you would ask?

You’d focus on questions that are not answered in the CIM, so the best questions depend heavily on the company, its industry, and how much information is disclosed in the CIM.

For example, if the CIM provides financial projections but little detail behind the revenue and expense numbers, and it seems like the deal might be dependent on add-on acquisitions, you might ask the following questions:

1) “What’s driving these assumptions for revenue growth of XX% and operating margins of YY%?” (Especially if they differ from the historical numbers)

2) “What’s your company’s big-picture strategy, and what do you see as the best sources of growth?”

3) “Can you tell us about your competitors and smaller companies in the market that might be open to acquisitions?”

How might you convince the management team of a company to agree to a leveraged buyout?

You might point out the many perceived benefits of a leveraged buyout. For example, the company could take its time to execute long-term plans away from the scrutiny of quarterly earnings calls and the public markets. Also, the management team could end up owning a much higher percentage of the company if you offer them an Equity Rollover or other incentives such as an Options Pool or Earn-Outs based on financial performance. Finally, it is the Board’s fiduciary duty to consider any serious acquisition offer – so if your firm offers a high enough price, the company has to consider it.

How would you present an investment recommendation on a potential LBO candidate?

You’d start by giving a clear “Yes” / “No” recommendation and stating the 3-4 main reasons that explain your decision. Then, you would go into the qualitative and market factors and the numbers that support your recommendation, including a summary of the output from the LBO model; you would also demonstrate that the deal works even in Downside scenarios. Then, you would address the Risk Factors and why you might be wrong about your recommendation, and what you could do to mitigate those risks (or what might change your mind if it’s a negative recommendation). Finally, you would conclude by restating your recommendation and using more specific details to support it.

When might a PE firm use a leveraged dividend recap in a leveraged buyout?

If the company is able to pay down a lot of its debt principal quickly, it may determine that it can boost IRR by taking on more debt to issue a dividend to the PE firm. This boosts IRR because dollars today are worth more than dollars tomorrow. It also allows the PE firm to extend their investment horizon which reduces reinvestment risk.

Walk me through how the Balance Sheet and IRR in an LBO change with a $100 leveraged dividend recap and $2 in financing fees.

On the Assets side of the Balance Sheet, you deduct the $2 in financing fees from Cash, so the Assets side is down by $2.

On the L&E side, you record $100 – $2 = $98 for the new Debt because you deduct financing fees directly from the book value of the Debt.

You also deduct $100 from Common Shareholders’ Equity to reflect the Dividends issued to the PE firm, so the L&E side is down by $2 and both sides balance.

In the IRR calculation, you reflect this $100 in Dividends to the PE firm, which boosts the IRR.

How would you model a “waterfall returns” structure where different Equity investors in an LBO receive different percentages of the returns based on the overall IRR?

For example, let’s say that Investor Group A receives 10% of the returns up to a 15% IRR (Investor Group B receives 90%), but then receives 15% of the returns (with Investor Group B receiving 85%) above a 15% IRR. How does that work?

here is the basic idea:

• First, you check the IRR for the Exit Equity Proceeds generated in the deal. For example, let’s say the deal generates $500 million in Exit Equity Proceeds; you do the calculations and find that $500 million equates to an 18% IRR for this period.

• Next, you determine the Exit Equity Proceeds that represent a 15% IRR. Here, you run the numbers and find that $450 million equates to a 15% IRR.

• You allocate 10% of this $450 million, or $45 million, to Investor Group A, and 90%, or $405 million, to Investor Group B.

• Then, you allocate 15% of the remaining $50 million ($500 million minus $450 million) to Investor Group A and 85% to Investor Group B.

Why might a private equity firm create a management options pool in an LBO, and how does it affect the model?

It provides an incentive for management in the case of an exit without having to pay them an exorbitant amount. It affects the equity available to the PE firm for their returns upon exit. If Exit Equity Value is above the initial equity value, then the IRR for management will greatly increase while, because of the scale, the PE firm’s IRR only decreases ever so slightly. Then, if the exit doesn’t add value, the PE firm owes them nothing.

Walk me through the impact of a 10% option pool in an LBO if the initial Investor Equity is $500 and the Exit Equity Value is $1,000.

The options are in the money because the Exit Equity Value exceeds the initial Investor Equity.

The Cash Payment to the PE firm for the exercise of these options is 10% $500 = $50.

Proceeds to Management are: (10% / (100% + 10%)) * ($1,000 + $50) = ~9% * $1,050 = ~$95.

The PE firm receives the Exit Equity Value of $1,000 + $50 in Cash – $95 in Proceeds to Management, which equals $955.

As a result, the PE firm’s IRR and MoM multiple will be lower, but this difference will be small.

How do add-on acquisitions affect the IRR and financial statements in an LBO?

With add-on acquisitions, you assume that the PE firm uses additional Debt and Equity to acquire other companies and combines them with the original company. You’ll see additional Debt and Equity on the Combined Balance Sheet and the acquired companies’ revenue, expense, and cash flow contributions on the statements. The IRR could increase or decrease depending on the numbers; higher-yielding add-on acquisitions (e.g., the EBITDA / Purchase Enterprise Value exceeds the original company’s) tend to increase IRR, while lower-yielding ones tend to decrease it. But it depends on the funding method as well: it’s easier to make add-on acquisitions work with 100% Debt funding because the PE firm won’t have to use additional Investor Equity.

How does a stub period affect all the calculations in an LBO model?

A “stub period” means that the deal closes not at the end of the company’s fiscal year but in between fiscal years (e.g., at the end of a quarter or a month). If there’s a stub period, you have to “roll forward” the company’s last Balance Sheet to the transaction close date and make all the adjustments based on that Balance Sheet instead. You also have to project the company’s financial statements, or at least its cash flow, Debt repayment, and Cash generation, for the months in this stub period, and use the Balance Sheet figures from the end of the stub period for the first full year in the model. You also have to use XIRR rather than IRR to calculate the deal’s IRR because of this irregular period in the beginning.

Walk me through the impact of a $1,000 Shareholder Loan with 10% PIK Interest and explain why PE firms use Shareholder Loans in leveraged buyouts.

A Shareholder Loan (SHL) lets a PE firm label its Investor Equity “Debt” and use it to reduce the company’s taxes. 10% PIK Interest lets a PE firm “deduct” a 10% IRR per year for tax purposes. On the Income Statement, you record 10% * $1,000 = $100 in PIK Interest and add back that $100 on the CFS since it is non-cash. This $100 in PIK Interest accrues to the SHL principal. The SHL keeps increasing each year, as does the PIK Interest shown on the Income Statement. The company’s taxes decrease because this PIK Interest is a tax-deductible non-cash expense. Upon exit, this “Shareholder Loan” still counts as Equity, so the PE firm must repay all the real Debt first, and it still earns the Exit Equity Proceeds. The only difference is that you may show the Shareholder Loan separately from the rest of these Exit Equity Proceeds.

In an LBO scenario, are the Preferred Stock investors better off with a 12% coupon rate and no equity participation or a 10% coupon rate and 1% of the company's Equity upon exit?

In most cases, the investors will be better off with the 10% coupon rate and 1% of the company’s Equity upon exit. This is because the Preferred Stock investors do not contribute anything in the beginning to get this 1% stake. The 1% equity participation option would be worse only if the Exit Equity Proceeds represent an IRR of less than 2%, which is possible but unlikely.

How do Subordinated Notes with call premiums affect a PE firm's exit strategy in a leveraged buyout?

Call premiums make it more expensive to repay Debt principal early – for example, the company might have to repay 105% or 103% of the principal rather than 100%. These premiums are higher in the early years and decline over time. As a result, they incentivize a PE firm to hold onto a company for a longer period rather than selling it for a “quick flip” – as doing so would result in higher penalty fees and less in Exit Equity Proceeds for the PE firm.