Sub-pillar · MVA

MVA settlement calculator.

A jurisdiction-tuned settlement value for motor vehicle accident cases. Calibrated to a held-out MVA test set at 92% accuracy. Designed for the intake call, not the demand-letter draft.

Predict your MVA case in 60 seconds.

The number on the left is a sample. Enter your own case (jurisdiction, liability, injury severity, medical specials) and we return your jurisdiction-tuned number with a 90% confidence band. Six questions, about a minute. The prediction is free; the trial only unlocks the comp set and the demand-letter export.

Predict your case →

Free · 60 seconds · no signup to start · plaintiff-only by design. The optional 14-day trial is $0 today, then $499/mo, cancel anytime.

Same clear-liability rear-end, same $24K in medical specials, three very different numbers: a median of $485K in Texas (Harris Co.), $305K in California (Alameda), $112K in Florida (Miami-Dade). Jurisdiction is the largest single factor in an MVA number, and it is the one a flat multiplier misses.

198,000
MVA verdicts and settlements in the training data
Held-out test set accuracy on MVA, MdAPE
±8–14%
Typical confidence band, moderate severity tier
50
US jurisdictions with calibrated MVA folds

The 92% figure is MdAPE measured on a held-out test set the model never saw in training. The method, the per-jurisdiction calibration, and how MdAPE is defined are documented on the methodology page. Every prediction is shown with its 90% confidence band, never the range alone.

What moves an MVA settlement number — at intake, before the retainer

Motor vehicle accident cases are the most predictable category in plaintiff personal injury. The severity gradient is well-defined, medical histories are well-documented, and jurisdiction-level verdict data is dense. That predictability is the reason the MVA fold of the Predict model holds 92% MdAPE accuracy against held-out cases — and the reason the confidence bands on MVA predictions run tight (±8–14% at the moderate severity tier).

MVA severity ladder · multiple of medical specials
Soft tissueNo treatment past 4 weeks
1–2×
ModerateCervical / lumbar strain
3–4×
SevereFracture · surgery · ongoing
6–7×
CatastrophicTBI · paralysis · permanent
10–14×
Multipliers shown are typical ranges in tort states. The same severity tier in a no-fault state caps materially lower — PIP/serious-injury thresholds dominate the calculus. Catastrophic cases are often policy-bound rather than damages-bound.

Six inputs do most of the work at the intake call:

  • Jurisdiction. The single largest factor. A clear-liability low-speed rear-end with moderate cervical strain and $24K in medical specials settles for a median of $485K in Texas · Harris County, $305K in California · Alameda, and $112K in Florida · Miami-Dade. Same fact pattern, different number — because no-fault economics and jury composition vary by an order of magnitude across states.
  • Liability clarity. Rear-impact crashes with admitted fault represent the cleanest MVA category — clear liability multiplies predicted value against a 50/50 comparative case at the same severity. Probable liability lands in the middle. The model does not pretend a contested case is worth the same as an admitted one.
  • Injury severity. Soft-tissue cases (no treatment past 4 weeks) settle at small multiples of medical specials. Moderate cervical or lumbar strain — the most common MVA injury — settles at 3–4× multiples in tort states. Severe injuries (fracture, surgery, ongoing therapy) move to 6–7× multiples. Catastrophic injuries are jurisdiction-dependent and often bracket-bound by policy limits.
  • Medical specials. The anchor. The "multiple of meds" heuristic is a reasonable first approximation but the multiplier varies by 30–50% across jurisdictions at the same severity tier — which is why a static multiplier-based spreadsheet misses on real cases.
  • Property damage. A weak signal on settlement value but a useful sanity check on severity claims. A $200 PD claim with $40K in chiropractic specials reads as low-credibility to a jury — the model down-weights cases where PD and meds diverge sharply.
  • Plaintiff-counsel reputation. Not an intake-form field, but a real factor — known plaintiff verdicts move higher in dense markets. The full Predict model uses verdict history at the firm level once a case is loaded into the platform.

No-fault states change the math

Twelve states operate no-fault auto regimes: Florida, Michigan, New York, New Jersey, Pennsylvania (choice), Massachusetts, Kentucky (choice), North Dakota, Hawaii, Kansas, Minnesota, and Utah. In a no-fault state, the MVA plaintiff is restricted to medical and economic damages under PIP/no-fault thresholds unless the injury crosses a serious-injury threshold defined by state statute.

The consequence for MVA case valuation is dramatic. Soft-tissue and moderate cases in no-fault states settle for fractions of what the same case would return in a tort state. A $24K-specials moderate-severity rear-end settles for a median of $78K in New York · Bronx (no-fault) versus $485K in Texas · Harris (tort). The Predict model is jurisdiction-aware on the no-fault distinction — it does not produce a tort-state number for a no-fault-state case.

The full per-state breakdown — median MVA settlement, comparative-fault rule, no-fault status, comparable verdict density — lives on the state-by-state calculator hub.

The 12 no-fault states · why the same case settles for less
FL$112K
MI$96K
NY$78K
NJ$88K
PA$104Kchoice
MA$92K
KY$118Kchoice
ND$84K
HI$108K
KS$98K
MN$112K
UT$94K
No-fault medianNY · Bronx
$78K
Tort-state medianTX · Harris
$485K
Figures are model output on a standardized case: a moderate-severity, clear-liability rear-end with $24K in medical specials, held constant across states. Same case · same severity · same medical specials. The only thing that changes is the no-fault status. The model is jurisdiction-aware on the no-fault distinction, it does not return a tort-state number for a no-fault case. See the jurisdiction calibration.

Why the bands are tight on MVA

Confidence bands on MVA predictions run notably tighter than on premises liability or other case types. Three reasons:

  • Verdict density. The training set contains 198,000 MVA outcomes — versus 72,000 for premises liability. More data, tighter folds, narrower bands.
  • Standardized case anatomy. MVA cases share a common structural skeleton — liability, severity, medical specials, property damage, jurisdiction. The features are well-defined and well-populated. Premises cases vary more in the underlying fact pattern (slip-and-fall versus retail premises versus commercial property) and the model accordingly carries more uncertainty.
  • Comparative-fault stability. MVA liability is binary more often than premises liability — clear or contested, but rarely the long-tail of comparative-fault exposure that drives the bands wide in PL.

The Accurately Predicting MVA Cases post documents the per-jurisdiction MdAPE calibration in detail — the methodology behind the held-out test results that produced the 92% accuracy figure.

Band width · MVA vs PL · why MVA runs tighter
MVA · moderate
± 8–14%
PL · moderate
± 12–18%
198K
MVA verdicts vs 72K PL · more data, tighter folds
5
standardized MVA features · liability, severity, specials, PD, jurisdiction
Binary
MVA liability — clear or contested. Rarely the long comparative-fault tail.
The tighter band is the model earning its keep. Wider PL bands aren't a flaw — they're the methodology being honest about cohort thinness in premises cases.

What the calculator does not do

The free calculator on this page runs the demo model — the same architecture as the full Predict model, but with fewer secondary signals. It produces a real number on real inputs, which is the point. What it does not do:

  • It does not cite the comparable-verdict cohort for your specific case. The full model surfaces 5–10 cited comps from the training set; the demo model returns the headline number with the density indicator only.
  • It does not factor in plaintiff-counsel reputation, judge composition, or per-county settlement medians. Those signals require a case loaded into the platform.
  • It does not produce a demand letter. The full Predict subscription generates a demand-letter-ready valuation block as a downstream artifact of the prediction.

Those features run inside the 14-day free trial. No credit card at signup.

Related

Related calculators and methodology.