CVX · Bayesian revenue outlook

Chevron Corp: possible revenue paths

Model computed 2026-11-04 · Data cutoff 2026-06-30

Forecasts are conditional on the listed data cutoff. This rollout reuses the existing company datasets; it is not a fresh SEC-data refresh. Some forecast quarters may already have ended by the computation date. Read each target date before treating an estimate as a future-quarter outlook.

PyMC seasonal AR(1) quarterly log-revenue growth with Student-t shocks; posterior predictive paths include parameter uncertainty and new shocks at every horizon.

A revenue-history baseline, conditional on its assumptions. These are posterior predictive intervals for actual revenue, not confidence bands for a fitted curve. Management guidance is not a probability bound. The model does not identify customer-specific pricing, demand shocks or causal expense effects.
Chevron Corp posterior predictive spaghetti plot showing simulated future revenue paths and prediction intervals

Each line is one possible future revenue path. The 80% and 95% intervals are pointwise model probabilities, not simultaneous coverage for the whole path. The median is not an expected dollar mean. Open full-size chart.

USD · four quarters after the listed data cutoff, not necessarily after today
Quarter endingPredictive median80% predictive interval95% predictive interval
2026-09-30$71.148B$60.817B–$83.011B$53.703B–$92.929B
2026-12-31$69.747B$54.051B–$89.607B$46.031B–$105.969B
2027-03-31$66.964B$48.529B–$92.079B$39.253B–$113.184B
2027-06-30$72.964B$50.110B–$107.000B$38.635B–$136.947B

Future period-end dates are approximate: month-end issuers retain month-end dates; weekly issuers advance by 13 weeks. Future 53-week adjustments are not known.

Historical forecast checks

Each historical cutoff refits the model using only earlier observations. Across the available outcomes, the 80% intervals covered 15/16 and the 95% intervals covered 16/16. Small samples and overlapping outcomes do not establish nominal coverage; covering every outcome can indicate overly wide intervals.

HorizonCasesBayesian median MAPELast reported revenue MAPESame quarter last year MAPE80% covered95% covered
1 quarter47.14%5.30%15.75%4/44/4
2 quarters410.15%7.26%8.53%4/44/4
3 quarters414.00%12.36%4.02%4/44/4
4 quarters425.63%22.22%22.22%3/44/4

All point-forecast errors use the same historical cases. A simple baseline may have lower error than the Bayesian median; this rollout does not establish that the Bayesian model is superior for every company.

Up to four historical cutoffs spaced four quarters apart, with at least 16 training quarters; full four-quarter outcomes required. Fixed specification, no winner selection.

These are retrospective checks using latest-restated data, not forecasts archived before their outcomes. Results from DDOG or another company are not transferred to this company.

Sampling diagnostics and limitations

Maximum R-hat 1.002 · minimum bulk ESS 6086 · minimum tail ESS 3864 · divergent transitions 0. The required sampling checks passed. These diagnose computation, not predictive calibration.

Fixed priors

mu is long-run quarterly log growth; phi is growth persistence; sigma is the shock scale; season gives quarterly effects; shock_df controls tail thickness.

ParameterPrior / fixed assumption
muNormal(0,0.10)
phiNormal(0,0.5) truncated to [-0.98,0.98]
sigmaHalfNormal(0.10)
season4 Normal(0,0.15), centered to sum zero
shock_df5

Future regime changes and uncertainty over alternative model structures remain outside these intervals. The model should be scored on subsequent releases, and its forecast vintage preserved.

  • Revenue-history baseline; does not identify customer-level discounts, acquisitions or future structural breaks.
  • Intervals are pointwise, conditional on this model and priors, not guaranteed coverage or simultaneous path bounds.
  • Latest-restated historical data; retrospective tests are not archived real-time forecasts. Small test samples cannot validate nominal coverage.
  • Student-t log shocks can make dollar means undefined; point forecasts are medians.
  • Input source dates are shown separately from generation date; this rollout is not a fresh SEC download.
Earlier company analysis · preserved vintage 2026-10-14

The report below retains its original forecasts, validation and company-specific discussion. Those revenue estimates use a different model or information cutoff; they are separate from the Bayesian outlook above. Any EPS model below has not been recalculated using the new Bayesian revenue paths.

Chevron Corp CVX

Revenue Intelligence Report • 74 quarters of SEC filing data • Updated 2026-10-14 • Data through 2026-06-30

Earlier summary (2026-10-14): Chevron Corp's latest quarterly revenue is $67.2B for the period ending 2026-06-30. The model projects $206B across the next four quarters (-1.3% versus the preceding four quarters). The forecast uses SG&A data; model selection and estimation exclude the latest quarter, whose retrospective holdout error is 23.9%. These are statistical associations, not estimates of the causal effect of spending.

Investment Thesis

The ARDL forecast is based on reported revenue and SG&A data through 2026-06-30. Training MAPE measures fit to historical data; the separately reported holdout error measures a withheld quarter. Spending coefficients describe associations and do not establish causation.

Next 4 Quarters
$206.0B
-1.3% YoY
SG&A Multiplier
$38.42 per $1
Training Fit
9.3% MAPE
Retrospective holdout (Q2 FY2026): The model predicted $51.14B vs the actual $67.20B — an error of 23.9%.
Retrospective one-quarter holdout: model fitting and selection exclude this quarter. Historical inputs use the latest available restatements, so this is not a preserved real-time forecast.
Note: Chevron Corp does not report R&D expenses separately. The model uses the available expense measure without a separate R&D term.
Investor insight: Actual revenue ($67B) came in 24% above the spending-based forecast ($51B). This suggests that Chevron Corp's recent revenue growth is driven significantly by external demand factors — such as market pricing, product cycle tailwinds, or structural demand shifts — beyond what its R&D and SG&A spending alone would predict.

Revenue Forecast

CVX Revenue Forecast

Quarterly Detail

QuarterModel ForecastActual95% RangeYoY GrowthStatus
Q2 FY2026
Period end 2026-06-30
$51.14B $67.20B $42.36B–$59.91B +15.2% ✗ Outside range
Q3 FY2026
Period end 2026-09-30
$52.54B $40.13B–$64.94B +9.1%
Q4 FY2026
Period end 2026-12-31
$50.61B $35.42B–$65.80B +10.5%
Q1 FY2027
Period end 2027-03-31
$50.15B $32.61B–$67.70B +5.5%
Q2 FY2027
Period end 2027-06-30
$52.69B $33.08B–$72.30B -21.6%

Seasonal Factors

Multiplicative seasonal adjustment: These factors capture Chevron Corp's systematic quarterly revenue patterns relative to the trend model. A factor of 1.05 means that quarter typically runs 5% above the underlying trend; 0.95 means 5% below. Factors are computed as the median of (actual / fitted) across all available quarters.
Fiscal QuarterSeasonal Factorvs TrendInterpretationObs.
FQ1 (Jan–Mar) 0.9722 -2.8% In line with trend 18
FQ2 (Apr–Jun) 1.0781 +7.8% +7.8% above trend 17
FQ3 (Jul–Sep) 1.0003 +0.0% In line with trend 17
FQ4 (Oct–Dec) 0.9836 -1.6% In line with trend 17

Spending and Revenue

CVX Spending Timing
Reading this chart: Each line shows the cumulative revenue association per $1 of spending over subsequent quarters. These estimates describe historical associations and do not establish causation.

Time-Varying Spending Associations

Time-varying analysis: A penalized spline model (GAM) tracks the association between log spending and log revenue over 74 quarters. Its coefficients describe conditional historical associations, not causal returns on spending.
Current SG&A elasticity: -0.2786x
The model-term chart shows relative absolute term magnitudes. Its percentages are not shares of revenue or causal contributions to growth.

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