McLaren

McLaren Sabre

McLaren Sabre
Photo: Mr.choppers / Wikimedia Commons · CC BY-SA 3.0

The official data lists one version of the McLaren Sabre (2020), in the United States.

At a glance

Years in the data
2020
Markets
United States
Engines
4.0 L
Fuels
Petrol
Lowest consumption (United States)
13.1 L/100 km (EPA)

What is the McLaren Sabre?

The Sabre is a bespoke McLaren supercar developed through McLaren Special Operations. It was created for a select group of United States clients. MSO commissions sit at the individual end of McLaren’s range, where cars can be tailored to an owner’s vision. The Sabre’s mid-engined layout and sculpted coupe body give it a purposeful sports-car shape.

Engines and power

The Sabre has a 4.0-litre petrol engine. Its United States EPA listing is for the 2020 model year.

Fuel consumption and CO₂

The EPA combined rating is 18 MPG, with a listed figure of 13.1 L/100 km. Test procedures differ by market: Europe uses WLTP or, for older vehicles, NEDC; the United States uses EPA testing, and Canada uses the 5-cycle test.

Where was the Sabre sold?

The Sabre appears in United States EPA figures for the 2020 model year.

Questions and answers

What kind of car is the McLaren Sabre?

It is a bespoke, mid-engined supercar developed through McLaren Special Operations.

What engine is listed for the Sabre?

It has a 4.0-litre petrol engine.

How economical is the Sabre on the EPA test?

Its combined EPA rating is 18 MPG, with a listed figure of 13.1 L/100 km.

Which market and model year does the Sabre appear in?

It appears in United States EPA figures for the 2020 model year.

All Sabre versions

United States 1 version

Model years sold in the USA, from the EPA and the Department of Energy (fueleconomy.gov). MPG on the EPA test; litres per 100 km = 235.215 ÷ MPG.

Years and versionEngineFuelGearboxDriveConsumption (combined)CO₂
20204.0 LPetrol7-speed automated manualRear-wheel drive18 MPG (13.1 L/100 km) EPA308 g/km

Official figures are measured on standard test procedures and differ between markets. Your consumption depends on how, where and in what conditions you drive.