2025 Porsche Taycan Turbo Data Assessment

By Peter Tran, EditorUpdated October 16, 2026MethodologySources: EPA specifications, NHTSA records, modeled assumptions

Automated assessment, not a hands-on review. Reliability proxies do not predict breakdowns; running economics excludes purchase price and depreciation.

58
out of 100
B-
#60 of 103 sedans · class median 61
Reliability proxies60
25% of overall
Efficiency57
25% of overall
Economics58
50% of overall

What these numbers mean for this model

This assessment uses the 2025 Porsche Taycan Turbo (Automatic (A2)) specification row: 292 miles rated range, 2.60 mi/kWh, and 97 kWh usable battery. It does not average every trim or model year. Its efficiency score is 57/100 within Sedan peers. Changing the available peer set can change its relative score.

Fuel comparison: Porsche Panamera, 22 MPG, in the same Sedan body class. Modeled annual fuel savings are $1,068; negative means the gas rival is cheaper to fuel. This is not an exact trim or purchase-price match. Local rates and charging habits can change the result; use the ownership calculator before making a purchase decision.

Evidence gaps

  • Recall records span available model-family records, not verified fleet exposure or complete year coverage. Check your VIN separately; zero stored recalls does not mean none exist.
  • No model-specific issue checklist is available; this metric receives a neutral score.
  • Battery estimate: 2.0% per year, based on an assumed default, scored neutrally. The underlying curve is not independently verified here.
  • Charging speed is modeled from peak power; weather, battery temperature, and the charging curve can produce a different result.
  • This assessment remains usable but is excluded from search indexing until model-specific issue and battery evidence and an adequate same-class cohort are available.

What drives the score

Reliability proxies — 60/100

Recorded recall campaigns0 campaigns 60

0 campaigns across 1 model years with records. Coverage and fleet exposure are unverified, so this metric is neutral (60), not a breakdown-rate estimate. Zero records does not establish reliability.

Documented owner issuesNot yet curated 60

No curated issue list yet — scored neutrally rather than assumed clean.

Battery degradation2.0% / yr 60

Assumed 2.0%/yr — no model-specific curve; scored neutrally (60).

Efficiency — 57/100

EPA efficiency2.60 mi/kWh 44

Miles per kWh vs other sedans. Drives every cost figure on this site.

EPA range292 mi 65

Rated combined range. Expect 20-30% less in freezing weather.

Fast-charge speed100 mi / 10 min 76

Modeled from peak 320 kW using a 72% taper assumption; not a measured charging test.

Economics — 58/100

Energy cost per mile8.9¢/mi 44

Scenario assumptions: 80% home at 17¢/kWh, 20% public DC at 48¢/kWh; not live rates.

Fuel savings vs gas rival$1,068/yr 86

Against the Porsche Panamera (22 MPG) at $3.92/gal, 12,000 mi/yr.

Modeled capacity-loss allowance$256/yr 60

Illustrative lost capacity × $132/kWh. Not a repair bill, replacement quote, resale loss, or probability of failure.

Road-trip charging cost$18.45 / 100 mi 44

Cost of 100 miles bought entirely at public DC fast chargers.

Ownership numbers at a glance

Energy cost per mile
8.9¢
Annual energy cost (12k mi)
$1,070
Fuel savings vs gas rival
$1,068/yr
Fast-charge speed
100 mi per 10 min
Modeled capacity-loss allowance
$256
NHTSA recall campaigns
0

Assumes 12,000 mi/yr, 80% home charging at $0.17/kWh and public DC at $0.48/kWh, gas at $3.92/gal. Scoring model v1.1.

Charging cost in your ZIP5-year cost of ownershipReal-world range

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