smart #3

PCP Finance Example

smart#3 HC11 Pro

Retail Price €44,214
SEAI Grant €3,500
Deposit / Trade-in €9,764.20
Finance Amount €30,949.80
36 Monthly Payments of €568.11
GMFV €14,711.32
Term 37
Total Cost of Credit €4,276.97
APR 6.2%
Combined Fee's (Acceptance & Completion) €63.49

OVERVIEW

It's all about action.

With its athletic curves, aerodynamic body, cutting-edge technology and beautiful looks, the smart #3 leaves a powerful impression on the roads. Whether you're heading home or out on your next adventure, it's sure to leave a smile on your face.

CHARGING

A powerful impression.

With a maximum range of 455 kms (WLTP)* and charging speeds of up to 150kW DC*, the smart #3 will get you where you need to be in no time at all.

What's more, with the BRABUS edition, the smart #3 can accelerate from 0-62mph in an astonishing 3.7 seconds, making every trip thrilling.

GALLERY

Take a ​​​​​​​closer look.

BRABUS

Performance, style & a sporty attitude.

The smart #3 BRABUS increases peak power to 315 kW / 428 hp with 543 Nm of torque, resulting in a 0-62mph time of 3.7 seconds. This is achieved by having two motors - one on each axle - giving the smart #3 BRABUS all-wheel drive.

INTERIOR

Comfortable and spacious.

The smart #3 has been made to provide space, comfort & elegance in equal measures. The high-quality interior isn't just for show - it's also high-tech. Standard features include automatic climate control with Air Filter, man-made leather seats, heated steering wheel and support for Android Auto & Apple Car Play.

†Includes delivery & related charges. Model is shown for illustrative purposes only. ††The Guaranteed Minimum Future Value (GMFV) is payable if you renew or retain the vehicle at the end of the agreement. Further charges may be applied by MSL Mercedes-Benz dealerships subject to kilometer limits/condition of the vehicle. Lending criteria and conditions apply (>18s only). The fixed Annual Percentage Rate (APR) is inclusive of a documentation fee of €63.49. To qualify for this Finance Offer; a minimum deposit of 10% is required. Rate quoted is correct as at 30th April 2024 and is subject to change. Offer available on the model in the finance example above registered from 1st July 2024 until 31st of August 2024 at MSL Mercedes-Benz dealerships. This is a Consumer Hire Purchase agreement provided by Bank of Ireland t/a Bank of Ireland Finance is regulated by the Central Bank of Ireland. Ownership remains with Bank of Ireland until the GMFV (optional final payment) is made. Warning: You may have to pay charges if you pay off a hire purchase agreement early Warning: If you do not meet the repayments on your hire purchase agreement, your account will go into arrears. This may affect your credit rating, which may limit your ability to access credit, a hire purchase agreement, a consumer hire agreement or a Buy Now Pay Later (BNPL) agreement in the future. * The ranges determined according to the standard WLTP cycle enable a comparison between manufacturers. They also include the measured range achieved through recuperation (energy recovery during braking). Individual driving style and behaviour, speed, acceleration behaviour, outside temperature, topography and the use of electric vehicles have an influence on the actual range and may reduce or even increase it under certain circumstances. The values were determined according to the prescribed EU measurement procedure. Depending on driving conditions, the value may deviate from the stated value. The charging time of the battery may vary depending on various conditions such as different ambient and battery temperatures, available power and other restrictions, as well as the use of the remote control function (e.g. remote controlled air conditioning, preheating of the vehicle, etc.). With a 7.4kW home wall box you can charge from 10% to 80% SOC (State of Charge) in under 7.5 hours. Where a 22kW on-board charger is fitted, you can charge at this speed from 10% to 80% SOC in under 3 hours under optimal conditions. The available drive power in battery-powered electric cars depends on various factors, such as the duration of the required power as well as the battery voltage and temperature. Due to these conditions, the maximum power for the specified acceleration values can achieved repeatedly but not indefinitely.