The 2026 Maserati MCPURA is a petrol sports car with RWD and seating for 2. It belongs to the MCPURA (Gen 1) generation. The Coupe is the version described here, and the figures below refer to that configuration unless noted otherwise.
Performance
The featured Coupe version develops 630 hp and 720 Nm (531 lb-ft) of torque. Its listed 0-100 km/h time is 2.9 seconds, which is exceptionally rapid even by modern performance-car standards. Top speed is listed at 320 km/h (199 mph). Its power output is about 13% above the peer average. Its 0-100 km/h time is about 14% quicker than the peer average. The figures establish its straight-line performance on paper, but they do not substitute for measured braking, handling or ride-quality tests.
Fuel economy and range
The listed fuel consumption is 11.5 L/100km. Fuel-tank capacity is 60.0 litres (15.9 US gallons). Recorded CO2 emissions are 261 g/km. Consumption, emissions and range can be measured under different regional procedures, so like-for-like comparisons should use the same market and test cycle.
Dimensions and practicality
Its exterior dimensions are 4,667 mm (183.7 in) in length, 2,178 mm (85.7 in) in width, and 1,226 mm (48.3 in) in height, while the wheelbase measures 2,700 mm (106.3 in). Cargo capacity is listed at 150 litres (5.3 cu ft). The cabin is configured for 2 occupants. Listed curb weight is 1,475 kg (3,252 lb). That cargo volume is about 29% below the peer average. The measurements are useful for comparison, although seat comfort, access and the shape of the load area still need to be judged in person.
In perspective
Compared with nearby petrol sports car models from the same period, the 2026 Maserati MCPURA is strongest on acceleration and power, while cargo capacity stands out as the principal numerical compromise. That conclusion is drawn from the recorded specifications rather than a road test. A final choice should also account for local pricing, equipment, comfort and a test drive.
Prepared by CarsbySpec. Peer context: 2025-2027 petrol sports cars in the CarsbySpec database. This page is built from the structured specifications displayed here; missing values are not estimated. Read the methodology.
