# Liquidation Preference Calculator MCP for AI Agents AI Agent Connect

> Liquidation Preference Calculator lets you model complex equity distribution and liquidation preference scenarios during company exits. It handles cap table dynamics like participating vs non-participating structures and liquidation multipliers to figure out exactly who gets paid what.

## Overview
- **Category:** finance
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_dfItdBEHWUhc77BRjC2J9AVeW1uXaPSx2TYcoQzc/ai-agent-connect
- **Tags:** cap-table, liquidation-preference, equity, exit-modeling, finance-tools

## Description

The Liquidation Preference Calculator provides a specialized computational engine for modeling equity distribution during company exits. When a company gets bought or goes public, the math behind who gets paid first and how much they get is notoriously messy. You're dealing with varying liquidation preferences, multipliers, and specific rules for participating versus non-participating shares. This tool takes that heavy lifting off your plate by providing a dedicated way to crunch these numbers. Instead of building complex spreadsheets that break every time a new term sheet comes in, you can just ask your AI client to run the numbers for you. You can see exactly where conversion breakpoints happen or how much preference overhang is left on the table. It's a huge win for anyone trying to get a clear picture of exit proceeds without spending hours in Excel. You'll find this sitting in the Vinkius catalog alongside other high-end finance tools, making it easy to plug into your existing workflow. It handles the nuances of multiple funding rounds and different share classes, ensuring that the final numbers actually reflect the legal reality of your cap table. By automating these calculations, you can focus on the actual strategy of the deal rather than the arithmetic of the distribution. This is especially useful when you need to present a clear, defensible payout plan to investors or board members during a high-pressure negotiation.

## Prompt Examples

**Prompt:** 
```
If we sell for $20M, what does the payout look like for a Series A with 1x preference and a 10% stake?
```

**Response:** 
```
Based on a $20,000,000 exit price, here is the distribution for your Series A:

* **Series A Payout:** $2,000,000
* **Remaining Proceeds:** $18,000,000

Since the pro-rata share ($2M) is equal to the liquidation preference amount, the investor receives their preference. The remaining $18M is distributed to common holders.
```

**Prompt:** 
```
Calculate the total preference overhang for a cap table with $5M in Series A (1x) and $2M in Series B (2x).
```

**Response:** 
```
The total preference obligation for your cap table is **$9,000,000**.

* **Series A:** $5,000,000 (1x)
* **Series B:** $4,000,000 (2x)

This means $9M must be paid out before any common equity holders receive proceeds.
```

**Prompt:** 
```
At what price does our Series A non-participating stock convert to common?
```

**Response:** 
```
For a Series A with a $5,000,000 preference and 10% ownership, the conversion breakpoint is **$50,000,000**. At any exit price above this, the investors will choose to convert to common shares to participate pro-rata in the proceeds.
```

## Capabilities

### Calculate exact proceeds distribution
Get a precise payout breakdown for each shareholder based on an exit price and specific preference terms.

### Identify conversion breakpoints
See the exact price points where preferred shares convert to common equity.

### Assess preference overhang
Determine the total amount of liquidation preference that must be paid before common holders get anything.

### Model participating structures
Simulate how participating versus non-participating shares impact the final distribution of funds.

### Analyze liquidation multipliers
Factor in specific multipliers to see how they adjust the payout for different investor classes.

## Use Cases

### Analyzing a VC portfolio exit
A VC wants to see how a $50M exit affects a Series B with a 2x preference. They use `calculate_proceeds_distribution` to get the breakdown.

### Finding conversion price points
A founder needs to know when their preferred stock converts. They use `find_conversion_breakpoints` to find the exact price.

### Checking preference obligations
An analyst needs to check if there's enough money for all preferred holders. They use `assess_preference_overhang` to see the total obligation.

### Modeling multiplier impacts
A company is modeling a sale with a 1.5x multiplier. They use `calculate_proceeds_distribution` to see the adjusted payouts.

## Benefits

- Stop wasting hours on manual spreadsheets by using `calculate_proceeds_distribution` to get instant payout data.
- Identify exactly when investors switch to common shares using `find_conversion_breakpoints` to avoid overpaying.
- See the full picture of your debt and preference obligations with `assess_preference_overhang`.
- Model complex participating vs non-participating structures without worrying about formula errors.
- Run 'what-if' scenarios on different exit prices to see how liquidation multipliers affect your bottom line.

## How It Works

The bottom line is you get a precise, error-free breakdown of equity payouts for any exit scenario.

1. Input your current cap table details, including share classes and liquidation preferences.
2. Define the exit price and specific terms like multipliers or participation rules.
3. Get a detailed breakdown of the proceeds distribution and conversion logic.

## Frequently Asked Questions

**Can the Liquidation Preference Calculator handle multiple rounds of funding?**
Yes. It allows you to model various share classes and preferences from different funding rounds simultaneously to see how they interact during an exit.

**How does the Liquidation Preference Calculator deal with participating preferences?**
It handles the logic of participating versus non-participating shares, ensuring the distribution accurately reflects the specific terms of your term sheets.

**Can I use the Liquidation Preference Calculator to see what happens if the sale price changes?**
Absolutely. You can run multiple 'what-if' scenarios by changing the exit price to see how the payout shifts for different stakeholders.

**Does the Liquidation Preference Calculator handle liquidation multipliers?**
Yes, it factors in liquidation multipliers for specific investor classes, which is common in high-growth startup equity structures.

**Is the Liquidation Preference Calculator good for checking conversion breakpoints?**
It is designed specifically for that. It identifies the exact price points where preferred shares convert to common equity.

**How does the Liquidation Preference Calculator help with cap table modeling?**
It provides a precise way to model the 'messy' side of cap tables, like preference overhang and complex distribution rules, without manual spreadsheet errors.

**What is liquidation preference?**
Liquidation preference determines the order and amount of cash distributed to shareholders during a liquidity event, ensuring preferred investors receive their specified multiplier before common shareholders. Tools available: `your_tool_name`.

**How do I calculate the distribution of proceeds?**
Use the `calculate_proceeds_distribution` tool by providing the total exit price and a detailed cap table object containing investment amounts and preference terms.

**Can I find when investors will convert to common stock?**
Yes, the `find_conversion_breakpoints` tool identifies the specific exit prices where non-participating investors would choose to convert their preferred shares into common shares.