One-click install
npx skills add https://github.com/open-neko/openneko --skill lbo-model-open-neko
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: lbo-model
Source: https://github.com/open-neko/openneko/tree/main/packages/llm/assets/builtin-skills/lbo-model
Command: npx skills add https://github.com/open-neko/openneko --skill lbo-model-open-neko

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Building accurate, investment banking-quality leveraged buyout (LBO) models in Excel is time-consuming, error-prone, and requires deep expertise in financial modeling conventions, formula accuracy, and professional formatting standards. This Skill eliminates that manual burden by automating the process of populating LBO templates with correct, dynamic formulas and validated calculations.

Core Features & Use Cases

  • Full LBO Model Construction: Builds complete LBO structures including sources and uses, operating projections, debt schedule with cash sweep, exit multiple analysis, and IRR/MOIC sensitivity tables.
  • Professional Formatting & Conventions: Enforces standard investment banking color coding, sign conventions, number formatting, and formula best practices aligned with the excel-author skill's standards.
  • Use Case: Private equity analysts can use this Skill to quickly generate sponsor-case valuation models for potential acquisitions, or finance teams can build illustrative LBOs for pitch decks and investment committee presentations.

Quick Start

Use the lbo-model skill to build a complete leveraged buyout model for the acquisition of [target company name] using the provided assumptions, including all required sections, dynamic formulas, and sensitivity analysis.

Frequently Asked Questions about lbo-model

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I build a leveraged buyout model in Excel for private equity analysis?

You can build a leveraged buyout model in Excel by automating the population of dynamic formulas for sources and uses, debt schedules, and IRR sensitivity tables. This approach enforces standard investment banking formatting and formula conventions to ensure accurate sponsor-case valuations.

What is included in a complete LBO Excel model for investment committee presentations?

A complete LBO Excel model includes sources and uses balancing, operating projections, a debt schedule with cash sweep waterfall logic, exit multiple analysis, and IRR/MOIC sensitivity tables. These components provide the dynamic, formula-driven structures required for investment committee analysis.

Can I generate dynamic LBO sensitivity tables in Excel without manual formula errors?

Yes, generating dynamic LBO sensitivity tables in Excel can be automated while validating calculations to prevent manual formula errors. The process enforces standard modeling conventions, applying professional color coding and number formatting aligned with investment banking standards.

Does openpyxl support creating professionally formatted LBO models with debt schedules?

Yes, openpyxl supports creating professionally formatted LBO models with debt schedules by programmatically writing dynamic formulas and applying investment banking color coding. This enables automated generation of complex structures like cash sweep waterfalls and exit multiple analyses directly in Excel.

What is the best way to automate sponsor-case valuation models for pitch decks?

The best way to automate sponsor-case valuation models for pitch decks is using a programmatic Excel modeling approach that enforces standard LBO conventions. This ensures accurate sources and uses balancing, debt schedule waterfalls, and validated IRR calculations without manual formatting burden.

Why does my LBO model have unbalanced sources and uses or broken debt schedules?

Unbalanced sources and uses or broken debt schedules in an LBO model often result from manual formula entry errors or improper waterfall logic. Automating the model construction enforces strict balancing and standard debt waterfall conventions, validating formulas to eliminate these structural discrepancies.