mcp server
LeaseIQ Pro
Exact lease finance calculations: equipment structuring, solvers, amortization, auto lease & loan
Description as published by the maintainer. Source
- version 1.0.0
- archived
archived — The linked repository returns 404. It was deleted, renamed or made private.
What this server can do
5 functions, named and described by the server itself. Parameter names are shown because they say more about what a function does than its name usually does.
calculate_auto_lease(apr, msrp, term, docFee, mileage, rebates, taxRate, msdCount, taxMethod, downPayment, moneyFactor, sellingPrice, tradeInEquity, acquisitionFee, capitalizeFees, dispositionFee, isZeroDriveOff, registrationFee, residualPercent)- Exact consumer car lease calculator using real captive-lender math: money factor rent charge, residual-based depreciation, state tax methods (monthly on payment, upfront on selling price, upfront on total lease, TAVT), fee capitalization, zero-drive-off iteration, and multiple security deposit (MSD) money-factor discounts with ROI. Accepts either a money factor (e.g. 0.00225) or an APR (auto-converted). Use to verify dealer quotes, compare lease offers, or compute drive-off and lease-end buyout amounts. Required: msrp, term, residualPercent.
calculate_auto_loan(rate, term, salesTax, downPayment, vehiclePrice, tradeInCredit, purchaseMethod)- Exact auto loan payment calculator for vehicle purchases. Computes monthly payment, total interest, total cost, and upfront cash for financed purchases, or the all-in cost for cash purchases. Useful together with calculate_auto_lease for lease-versus-buy comparisons. Required: vehiclePrice.
calculate_lease(steps, taxRate, leaseTerm, taxMethod, skipMonths, downPayment, fundingDate, interestRate, equipmentCost, paymentTiming, residualValue, leaseStartDate, residualPercent, upfrontPayments, interestOnlyTerm, paymentFrequency, paymentStructure, balloonPercentage, skipPaymentAmount, additionalClosingFees)- Deterministic commercial equipment lease and finance calculator. Computes the exact periodic payment for equipment leases and equipment financing agreements: level payments, balloon, step-up/step-down, custom payment streams, interest-only periods, and skip/seasonal structures. Regression-tested against Excel-verified amortization to the penny. Use this instead of estimating lease payments: LLM arithmetic on compounding interest is unreliable, this engine is not. Returns payment, tax, interim rent, and totals (total interest, total of payments, final balance). Required: equipmentCost, leaseTerm, interestRate.
generate_amortization_schedule(steps, taxRate, leaseTerm, taxMethod, skipMonths, downPayment, fundingDate, interestRate, equipmentCost, paymentTiming, residualValue, leaseStartDate, residualPercent, upfrontPayments, interestOnlyTerm, paymentFrequency, paymentStructure, balloonPercentage, skipPaymentAmount, additionalClosingFees)- Generates the complete period-by-period amortization schedule for a commercial equipment lease or finance agreement: payment date, payment amount, interest portion, principal portion, and remaining balance for every period, plus totals. Supports all payment structures (level, balloon, step, skip/seasonal, interest-only) and both 30/360 and Actual/365 day counts. Use when the user needs the full payment schedule, a payoff balance at a specific period, or interest/principal splits for accounting. Required: equipmentCost, leaseTerm, interestRate.
solve_lease_structure(solveFor, leaseTerm, interestRate, equipmentCost, paymentTiming, residualValue, targetPayment, paymentFrequency)- Newton-Raphson reverse solver for commercial equipment leases. Given a known target payment, solves for the unknown deal variable: the implicit interest rate (yield) buried in a quote, the term length, the residual value, or the present value of a payment stream. This is the tool for questions like "what rate am I really paying?", "what residual makes this payment work?", or "what is this payment stream worth today?". Multi-variable iterative solving that LLMs cannot do reliably by hand. Required: solveFor, targetPayment.
Last successful function declaration observed on . Source: https://leaseiq-pro.mcpize.run/mcp. We list what the server declared; we do not call any of these functions.
Endpoint status observed on . Source: https://leaseiq-pro.mcpize.run/mcp.
Signals
These are separate measurements of different things. They are deliberately not combined into one score, because a popularity number that mixes website traffic with saves and stars cannot be checked or acted on.
| Signal | Value | What it measures | Window | Observed | Source |
|---|---|---|---|---|---|
| Latest published version | 1.0.0 | Latest version string the maintainer published to the registry. | as of fetch | Model Context Protocol | |
| Registry record last updated | 2026-07-05 | When the registry record was last updated by its maintainer. | point in time | Model Context Protocol | |
| First listed in the MCP Registry | 2026-07-05 | Date this server was first published to the official MCP Registry. Not a usage or quality measure. | point in time | Model Context Protocol | |
| repository status | not_found | GitHub returned 404 for the repository the maintainer listed. The project was deleted, renamed or made private, so the listing points at nothing. | as of fetch | GitHub | |
| mcp tools declared | 5 tools | Number of functions the server itself declared when asked to list them. This is what the server offers an agent, not a measure of how well any of them work. | as of probe | leaseiq-pro.mcpize.run | |
| mcp endpoint status | ok | The server listed 5 functions when asked. | as of probe | leaseiq-pro.mcpize.run |
Where to get it
This record as data
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