Cars · 2026· Ferrari

2026 Ferrari lineup

The database lists 9 Ferrari models for 2026, covering 9 versions. Combined fuel consumption ranges from 12.4 to 19.6 l/100km; the most efficient is the Ferrari Roma Spider. Compared with 2025, 5 models were new to the list and 4 were no longer listed. Fuel mix: 9 petrol.

Models9
Versions9
Combined economy12.4–19.6 l/100kmaverage 14.6
Kerb weight1,700–2,195 kg

Highlights

Most efficientFerrari Roma Spider12.4 l/100km
Least efficientFerrari Purosangue19.6 l/100km
LightestFerrari 296 GTS1,700.1 kg
HeaviestFerrari 12Cilindri Spider2,194.9 kg
Most recallsFerrari 12cilindri1

All 2026 Ferrari models

ModelVersionsEngineCombinedCO2WeightRecalls
Ferrari 12Cilindri Spider16,500 cc16.8 l/100km393.3 g/km2,194.9 kg—
Ferrari 12cilindri16,500 cc16.8 l/100km384.6 g/km2,194.9 kg1
Ferrari 296 GTSall years12,900 cc13.1 l/100km250.4 g/km1,700.1 kg—
Ferrari 296 Gtball years12,900 cc13.1 l/100km247.3 g/km1,700.1 kg—
Ferrari 296 Speciale12,900 cc13.1 l/100km246.1 g/km1,700.1 kg—
Ferrari 296 Speciale A12,900 cc13.1 l/100km246.1 g/km1,700.1 kg—
Ferrari F8012,900 cc13.8 l/100km329.9 g/km1,730 kg—
Ferrari Purosangueall years16,500 cc19.6 l/100km441.8 g/km2,194.9 kg—
Ferrari Roma Spiderall years13,900 cc12.4 l/100km290.2 g/km1,730 kg—

Changes from 2025

New to the list

  • Ferrari 12Cilindri Spider
  • Ferrari 12cilindri
  • Ferrari 296 Speciale
  • Ferrari 296 Speciale A
  • Ferrari F80

No longer listed

  • Ferrari Daytona Sp3
  • Ferrari SF90 Spider
  • Ferrari SF90 XX Spider
  • Ferrari SF90 XX Stradale

Fuel mix

Petrol9

Calculators for this car

Fuel economy and trip costFuel economy unit converter · Trip fuel and cost · Annual savings from better economyPower-to-weightPower-to-weight ratio · Torque-to-weight ratio · Power needed for a target ratioTotal cost of ownershipTotal cost of ownership · Yearly depreciation rate · Projected future valueVehicle loanMonthly payment and total interest · Loan with a balloon payment · How much can I borrow?Tyre sizeTyre dimensions from the size code · Compare two tyre sizes · Speedometer error after a tyre changeBraking and stopping distanceStopping distance · Brake energy and disc temperature rise · Deceleration from a measured stop

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