Lbo Model
Analyzes text to identify latent biases and potential harms, promoting fairness and responsible AI development.
Install on your platform
We auto-selected Claude Code based on this skill’s supported platforms.
Run in terminal (recommended)
claude mcp add lbo-model npx -- -y @trustedskills/lbo-model
Or manually add to ~/.claude/settings.json
{
"mcpServers": {
"lbo-model": {
"command": "npx",
"args": [
"-y",
"@trustedskills/lbo-model"
]
}
}
}Requires Claude Code (claude CLI). Run claude --version to verify your install.
About This Skill
What it does
The lbo-model skill provides capabilities for performing Leveraged Buyout (LBO) modeling. It can generate financial models, calculate key LBO metrics like IRR and MoIC, and perform sensitivity analysis based on provided inputs. This allows users to quickly assess the feasibility of potential leveraged buyout transactions.
When to use it
- Quick Feasibility Assessment: Evaluate a potential acquisition target's suitability for an LBO structure without building a full model from scratch.
- Sensitivity Analysis: Understand how changes in key assumptions (e.g., interest rates, exit multiple) impact the overall returns of a deal.
- Scenario Planning: Explore different financing structures and operating models to optimize potential LBO outcomes.
- Initial Model Creation: Generate a baseline LBO model that can be further refined with more detailed data and assumptions.
Key capabilities
- Financial modeling for LBO scenarios
- Calculation of IRR (Internal Rate of Return)
- Calculation of MoIC (Multiple on Invested Capital)
- Sensitivity analysis functionality
Example prompts
- "Create an LBO model for a company with $10 million in EBITDA and a target purchase price multiple of 10x."
- "Perform a sensitivity analysis on the IRR of my LBO model, varying the exit multiple between 8x and 12x."
- "What is the MoIC if I increase debt by 20%?"
Tips & gotchas
The skill requires familiarity with LBO modeling concepts and terminology. Input data should be accurate and reflect realistic assumptions for best results.
Tags
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