Texas Ratio

Category: Asset Quality Ratio

Overview

The Texas Ratio measures whether a bank has enough resources to cover its problem loans and assets. It divides non-performing assets (NPAs) by the sum of tangible common equity and the allowance for credit losses (also called loan loss reserves). A ratio below 100% means the bank's safety cushion is larger than its problems. Above 100%, the problems are bigger than the cushion.

The ratio gets its name from the Texas banking crisis of the 1980s, when oil prices crashed and thousands of banks across the state failed. Analysts studying those failures noticed a pattern: banks whose non-performing assets exceeded their combined tangible equity and reserves almost always failed or required government assistance. The ratio that captured this relationship became known as the Texas Ratio.

Since then, the Texas Ratio has been validated across multiple credit cycles and remains one of the most reliable early indicators of severe bank distress. FDIC research on bank failures has consistently confirmed the pattern: banks that sustain Texas Ratios above 100% for extended periods face significantly elevated failure risk. The ratio's enduring value comes from its straightforward logic. It answers a simple question: does this bank have enough tangible resources to absorb its credit problems?

Formula

Texas Ratio = Non-Performing Assets / (Tangible Common Equity + Loan Loss Reserves)

Result is typically expressed as a percentage.

The numerator is total non-performing assets: non-performing loans (those 90+ days past due or on non-accrual status) plus OREO (other real estate owned, which typically consists of foreclosed properties) and any other repossessed assets. These are the bank's problem assets, the ones no longer performing as expected or already seized as collateral.

The denominator combines tangible common equity (total equity minus goodwill, other intangible assets, and preferred stock) with the allowance for credit losses. Tangible equity represents the hard capital shareholders have in the business, stripped of acquisition-related accounting entries like goodwill that cannot absorb real losses. The allowance is the reserve set aside specifically to cover expected loan losses. Together, these two components represent all the tangible resources a bank has available to absorb its credit problems.

Interpretation

The Texas Ratio captures the relationship between the size of a bank's credit problems and its capacity to absorb them. A lower ratio means the bank has plenty of room to handle its problem assets. A higher ratio means those problems are starting to crowd out the bank's available resources.

Below 50%, the bank has substantial capacity relative to its problem assets, and near-term distress risk is low. Between 50% and 100%, problem assets are significant but still within the bank's absorptive capacity. Close monitoring is warranted at these levels, especially if the ratio is trending upward.

Above 100%, problem assets exceed the bank's combined tangible equity and reserves. Historically, banks that sustained ratios above this level for extended periods have faced a high probability of failure, enforcement actions, or forced recapitalization. The 100% threshold is significant because it means that even if the bank depleted every dollar of its reserves and tangible equity, it still could not cover its problem assets at face value.

Typical Range for Banks

Well-managed banks during normal economic conditions typically maintain Texas Ratios between 5% and 30%. Many of the strongest banks run below 10%, reflecting very clean loan portfolios and ample capital buffers.

During credit downturns, ratios can spike above 50% for banks with concentrated credit exposure. In severe regional or industry-specific downturns, some banks have seen their Texas Ratios exceed 100% within just a few quarters as asset quality deteriorated faster than capital could be raised.

Texas Ratios above 100% have historically been strongly associated with bank failures or FDIC-assisted transactions. Analysis of FDIC failure data shows this threshold has been a reliable distress marker across the savings and loan crisis, the 2008 financial crisis, and smaller regional downturns in between.

Generally Favorable

Texas Ratios below 20% indicate that problem assets are modest relative to the bank's tangible resources, suggesting minimal near-term financial distress risk. Ratios below 10% reflect very clean asset quality with ample capital and reserves. Banks consistently maintaining single-digit Texas Ratios are typically well-run institutions with conservative underwriting standards and strong credit cultures.

Potential Concern

Texas Ratios above 50% warrant close monitoring and deeper analysis of the specific non-performing assets and their expected recovery values. At this level, credit problems are consuming a material portion of the bank's loss-absorbing capacity.

Ratios above 100% are a critical warning sign. The bank's tangible resources may be insufficient to absorb its problem asset exposure without raising additional capital, selling assets, or receiving some form of external assistance. Banks at this level typically face intense regulatory scrutiny and often become candidates for enforcement actions or assisted transactions.

Important Considerations

• The Texas Ratio is a point-in-time snapshot that does not account for the bank's ongoing earnings capacity. Pre-provision net revenue (PPNR), which measures earnings before credit costs, can absorb losses over time. A bank with a 75% Texas Ratio and strong PPNR may be in a better position than one at 60% with weak earnings, because the first bank can earn its way through the credit problems while the second cannot.
• Not all non-performing assets result in total loss. Collateralized non-performing loans may recover a significant portion of principal through liquidation, and OREO is often sold at or near carrying value. The Texas Ratio treats every dollar of NPAs as equally risky, which overstates the actual exposure for banks with well-collateralized portfolios. A bank with a 90% Texas Ratio backed primarily by first-lien commercial real estate loans may face far lower actual loss risk than the headline number suggests.
• The denominator uses tangible common equity, which excludes goodwill and other intangible assets. For banks that have grown through acquisitions and carry significant goodwill on their balance sheets, the Texas Ratio will be higher (and look worse) than a version using total equity. This is intentional. Goodwill cannot absorb credit losses in a real-world scenario, so stripping it out gives a more accurate picture of the bank's true loss-absorbing capacity.
• The Texas Ratio was developed empirically during the 1980s Texas banking crisis and validated through subsequent failure analyses, including extensive FDIC research on bank closures. While not infallible, it has maintained strong predictive value across multiple credit cycles. Its simplicity is part of its strength: the ratio requires only a few data points and produces a single number that quickly separates healthy banks from those approaching distress.
• The Texas Ratio does not reflect off-balance-sheet exposures such as unfunded loan commitments, letters of credit, or derivative positions. A bank with a low Texas Ratio but significant off-balance-sheet risk may have vulnerabilities not captured by this metric. For the most complete picture of a bank's credit risk profile, the Texas Ratio should be considered alongside measures that account for total exposure.

Related Metrics

• Non-Performing Assets (NPA) Ratio — The NPA ratio measures the same problem assets in the Texas Ratio numerator but expresses them relative to total assets rather than to the bank's loss-absorbing capacity.
• Non-Performing Loans (NPL) Ratio — The NPL ratio captures the loan component of the Texas Ratio numerator, excluding OREO and other repossessed assets.
• Tangible Common Equity (TCE) Ratio — TCE forms the primary component of the Texas Ratio denominator, representing the equity-based loss absorption capacity.
• Loan Loss Reserve Ratio — Loan loss reserves are the other component of the Texas Ratio denominator, representing the reserve-based loss absorption capacity.
• Net Charge-Off Ratio — Net charge-offs reduce both the Texas Ratio numerator (removing NPAs) and denominator (depleting reserves and earnings that build equity), with the net effect depending on loss severity.
• Pre-Provision Net Revenue (PPNR) — PPNR represents the earnings capacity available to absorb losses beyond what the Texas Ratio's static denominator captures.
• Reserve Coverage Ratio — Reserve coverage measures loan loss reserves relative to non-performing loans, while the Texas Ratio takes a broader view by including all NPAs in the numerator and adding tangible equity to the denominator. Together they show both the adequacy of reserves specifically and the total capacity to absorb losses.

Bank-Specific Context

The Texas Ratio occupies a unique position in bank analysis. Unlike most financial ratios that apply broadly across industries, the Texas Ratio was built specifically for banks, by analysts studying bank failures. That origin gives it both historical credibility and practical relevance that generic financial metrics lack.

The ratio's strength comes from its simplicity. It compares the problem (non-performing assets) to the resources available to absorb the problem (tangible equity plus reserves). This straightforward framework has proven effective across multiple credit cycles, from the savings and loan crisis through the 2008 financial crisis and beyond.

Why the Texas Ratio Matters More Than Individual Components

Looking at NPAs alone tells you the size of the problem, but not whether the bank can handle it. A community bank with $50 million in NPAs and $200 million in combined tangible equity and reserves is in a very different situation than one with the same NPAs but only $40 million in resources. The Texas Ratio captures this relationship in a single number.

Regulators and credit analysts also use the Texas Ratio as a screening tool to identify banks that warrant closer examination. During periods of economic stress, a rising Texas Ratio often precedes formal supervisory actions like memoranda of understanding, consent orders, or in severe cases, bank closure proceedings.

Metric Connections

The Texas Ratio can be decomposed mathematically: Texas Ratio = NPA Ratio x (Total Assets / (TCE + ACL)). This decomposition shows the ratio is driven by two forces: the size of problem assets relative to total assets, and the adequacy of tangible capital and reserves relative to total assets.

The ratio can increase from either side. Rising NPAs push the numerator up, while shrinking TCE or reserves pull the denominator down. During credit downturns, both forces often work simultaneously. Charge-offs and provision expense reduce earnings, which slows capital formation through retained earnings. At the same time, new loans migrate to non-performing status, expanding the numerator.

The connection to profitability metrics is direct. Pre-provision net revenue (PPNR) represents the earnings capacity that can rebuild the denominator over time. A bank with strong PPNR can provision heavily, replenish reserves, and retain earnings to grow tangible equity, all of which work to bring the Texas Ratio back down. Weak PPNR leaves no margin for recovery.

Common Pitfalls

The 100% Threshold Is Not a Pass/Fail Line

Treating 100% as a binary cutoff is the most common mistake. A bank at 95% with improving NPA trends and strong pre-provision earnings may be on a clear recovery path, while a bank at 70% with rapidly deteriorating credit quality and weak earnings may be heading toward failure. The direction and velocity of the Texas Ratio matter as much as the absolute level. Always look at the trend over several quarters rather than a single data point.

Ignoring Asset Composition

The Texas Ratio does not distinguish between collateralized and uncollateralized NPAs. A 100% Texas Ratio backed entirely by first-lien commercial real estate loans, where recovery rates might be 60% to 80%, represents a fundamentally different risk profile than a 100% ratio driven by unsecured consumer loans with recovery rates below 20%. Investigating the composition and collateral backing of NPAs gives a much more accurate picture of actual loss exposure.

Direction Matters as Much as Level

A Texas Ratio that improved from 120% to 80% over the past year may indicate a bank in recovery, while a ratio that went from 30% to 80% over the same period signals accelerating distress. The same 80% reading means very different things depending on which direction the bank is traveling. Trend analysis is essential for distinguishing between banks working through legacy problems and banks entering a new period of credit deterioration.

Across Bank Types

Community Banks

Community banks with geographic and loan-type concentrations tend to show more volatile Texas Ratios. A single large commercial real estate default can materially change the numerator at a $500 million asset bank in a way that would barely register at a $50 billion regional. This concentration risk means community bank Texas Ratios can swing from healthy to concerning within a few quarters during localized economic stress.

Regional and Diversified Banks

Larger regional banks typically maintain more stable Texas Ratios due to portfolio and geographic diversification. Their NPA levels move more gradually because problems in one lending segment or market are diluted by healthy performance elsewhere. However, when a large regional bank's Texas Ratio does spike, it often signals a widespread credit problem rather than an isolated loss event.

Banks in Economically Sensitive Regions

The Texas Ratio's original use case remains relevant today. Banks concentrated in economically sensitive regions (energy-dependent areas, agricultural communities, single-industry towns) can experience rapid Texas Ratio deterioration when their local economy turns down. The 1980s oil bust in Texas, agricultural stress in Midwest farming communities, and housing market collapses in specific states have all produced localized spikes in Texas Ratios while the broader banking industry remained healthy.

What Drives This Metric

Numerator Drivers: NPA Formation and Resolution

The numerator increases when loans become non-performing (moving past 90 days delinquent or to non-accrual status) or when foreclosed properties are added to OREO. It decreases when NPAs are resolved through charge-offs, successful loan workouts, borrower payments bringing loans current, loan sales to third parties, or OREO dispositions.

The pace of NPA resolution matters enormously. Banks that aggressively work through problem assets by charging off clearly impaired loans and selling distressed properties can bring their Texas Ratios down faster than banks that allow NPAs to linger on the books hoping for recovery.

Denominator Drivers: Capital and Reserves

Tangible equity grows through retained earnings and shrinks through losses, share buybacks, dividends, or goodwill impairment. Reserves increase through provision expense and decrease through charge-offs. During credit downturns, the denominator can deteriorate from multiple directions at once: charge-offs deplete reserves while losses reduce the earnings that would otherwise build equity.

Macroeconomic Conditions

Broad economic conditions affect both sides of the ratio simultaneously. Recessions increase NPAs while reducing bank earnings and pressuring the denominator. Interest rate environments also matter indirectly: rising rates can stress borrowers with variable-rate debt, increasing the likelihood of defaults, while also potentially compressing bank margins if funding costs rise faster than asset yields.

Related Valuation Methods

• Peer Comparison Analysis — Peer comparison analysis uses the Texas Ratio as one of several asset quality metrics to assess relative risk profiles among similar banks. Banks with significantly higher Texas Ratios than peers typically warrant valuation discounts.
• Price to Book Valuation — The Texas Ratio directly affects price-to-book valuations because elevated problem assets erode tangible book value. Banks with high Texas Ratios typically trade at discounts to book value, reflecting the market's expectation that unrealized losses will reduce equity.

Frequently Asked Questions

What is the Texas Ratio and how do I calculate it?

The Texas Ratio divides non-performing assets by the sum of tangible common equity and loan loss reserves, serving as a stress indicator that measures whether a bank's tangible resources can absorb its problem asset exposure. Read more →

How do I evaluate the credit quality of a bank's loan portfolio?

Evaluating credit quality requires examining multiple metrics together, including the NPL ratio, net charge-off ratio, reserve coverage, and provision trends, alongside the composition of the loan portfolio itself. Read more →

How do I calculate the Texas Ratio?

The Texas Ratio divides NPAs (non-performing loans + OREO) by the sum of tangible common equity and the allowance for credit losses. A result above 100% is a critical stress signal. Read more →

Where to Find This Data

The Texas Ratio must be calculated from component data found in a bank's quarterly (10-Q) and annual (10-K) filings. Non-performing asset totals appear in the credit quality disclosures, tangible common equity requires adjusting total equity for goodwill and intangibles from the balance sheet, and the allowance for credit losses is reported directly on the balance sheet.

Some bank research platforms and screening tools calculate the Texas Ratio directly as part of their asset quality analysis. The FDIC's Uniform Bank Performance Report (UBPR) provides the underlying data components for individual banks and can be accessed through the FDIC's website. Analyst reports on bank stocks frequently include the Texas Ratio alongside other asset quality metrics, particularly during periods of credit stress when the ratio receives heightened attention.