Cars · Lotus · Lotus Emira

2025 Lotus Emira

16 specifications · 6 categories ·2 sources · US market · all years →

#5 most fuel-efficient two-seaters of 2025

Lotus Emira
Calreyn88 ·CC BY-SA 4.0 · Illustrative image of the model, not necessarily this exact version

Engine

Displacement3,500 cc214 cu inS9
Cylinders6S7
FuelRegular GasolineS7
Engine familySLTXV03.5JHBS9

Fuel economy

Combined11.2 l/100km21.0 mpgS7
Urban13.1 l/100km18.0 mpgS7
Extra-urban9.1 l/100km26.0 mpgS7

Emissions

CO2256.6 g/kmS7
Emission standardL3ULEV125S9

Transmission and drive

TransmissionAutomatic (S6)S7
Gears6S9
DriveRear-Wheel DriveS7

Dimensions and weight

Kerb weight1,470.1 kg3,241 lbS9
Gross weight1,769.9 kg3,902 lbS9

Body and chassis

Vehicle typeLDV/Passenger CarS9
EPA size classTwo SeatersS7

Calculated

Derived from the figures above, not taken from a source.

Fuel per 15,000 km1,680 litrescalc
Per cylinder583 cccalc
Fuel cost per year$1,987calc
Cost per 100 km$13.25calc

Versions

VersionDisplacementTransmissionCombinedCO2
Lotus Emira 3.5l Automatic (S6)3,500 ccAutomatic (S6)11.2 l/100km256.6 g/km
Lotus Emira 3.5l Manual 6-spd3,500 ccManual 6-spd12.4 l/100km285.8 g/km

Sources

  • S7 FuelEconomy.gov PD-USGov
  • S9 EPA Light-Duty Test Data PD-USGov

Every figure on this page comes from one of these datasets. Verify against manufacturer documentation before relying on it for repair or purchase decisions.

Calculators for the 2025 Lotus Emira

Fuel economy and trip costFuel economy unit converter · Trip fuel and cost · Annual savings from better economyOpens with this vehicle’s figures filled inPower-to-weightPower-to-weight ratio · Torque-to-weight ratio · Power needed for a target ratioOpens with this vehicle’s figures filled inTotal 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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