Tata Curvv EV Range

The Tata Curvv EV offers the highest range of 585.00 km. Please note that the range figures are as per ARAI, and the real-world range can vary depending on the driving behaviour, road conditions and weather conditions.

Tata Curvv EV Variant-wise Range

Here are the range figures for all Tata Curvv EV variants.

Creative 45

₹20.23 L

502.00 km

45 kWh Battery

18 hours estimated charging time from 15A plug

Accomplished 45

₹21.36 L

502.00 km

45 kWh Battery

18 hours estimated charging time from 15A plug

Accomplished 55

₹22.22 L

585.00 km

55 kWh Battery

22 hours estimated charging time from 15A plug

Accomplished Plus S 45

₹22.27 L

502.00 km

45 kWh Battery

18 hours estimated charging time from 15A plug

Accomplished Plus S 55

₹23.07 L

585.00 km

55 kWh Battery

22 hours estimated charging time from 15A plug

Empowered Plus 55

₹24.50 L

585.00 km

55 kWh Battery

22 hours estimated charging time from 15A plug

Empowered Plus A 55

₹25.34 L

585.00 km

55 kWh Battery

22 hours estimated charging time from 15A plug

Tips to Improve Tata Curvv EV Range

Here are a few tips to extract the best range from the Tata Curvv EV.

Avoid sudden acceleration, maintain a consistent speed and avoid sudden braking.

Make use of the regenerative braking feature, which charges the battery while decelerating the Tata Curvv EV.

Maintain optimal tyre pressure as recommended by the manufacturer.

Plan your route before you start driving to efficiently manage your driving strategy.

Maintain the Tata Curvv EV in the best condition to extract maximum performance.

Avoid hauling excessive weight and clean up the boot regularly.

Factors Affecting Tata Curvv EV Range

Awareness of the following range of factors allows smarter driving and trip planning in the Curvv EV. Good practices can significantly extend its capabilities.

Battery size: The 55kWh battery offers more range than the 45kWh version—up to 585km vs. 500km.
Driving style: Aggressive acceleration and high speeds reduce range. Smooth and steady driving maximises it.
Climate settings: Heating, A/C, and cooling the cabin uses battery energy. So, minimise the use of climate settings.
Terrain and elevations: Hilly routes and high elevations work the motor and decrease range.
Vehicle load: Heavy passenger and cargo load makes the motor work harder, reducing range.
Outside temperature: In extreme cold, more power goes to heating and the range drops.
Speed and wind: Higher speeds and driving into headwinds decrease aerodynamic efficiency.
Tyre pressure: Underinflated tyres increase rolling resistance, reducing range.
Vehicle maintenance: Poor maintenance negatively affects battery and drivetrain efficiency.
Battery age and calibration: As the battery ages, capacity and range will decrease over time.