The 2024 Ford Capri EV promises a compelling entry into the electric vehicle market, leveraging the robust Volkswagen MEB platform. This review delves into the key aspects of the Capri, examining its battery technology, charging capabilities, and overall driving range. We explore the different motor and battery options available, highlighting the advantages of the modular battery design and its impact on repairability and longevity. Performance specifications and real-world range estimations are also analyzed, providing a comprehensive overview of the Capri's capabilities.This in-depth assessment covers the three available battery sizes (52 kWh, 77 kWh, and a performance 79 kWh), their charging times using both AC and DC fast charging, and the resulting WLTP-estimated ranges. We discuss the performance differences between the single and dual-motor configurations and examine the impact of factors such as temperature on real-world range. Ultimately, we aim to provide potential buyers with a clear understanding of the Ford Capri EV's strengths and weaknesses to inform their purchasing decision.
Pros And Cons
- Uses a VW-designed MEB platform, which is modular and allows for repairability.
- Features a permanent magnet brushless electric motor, requiring less maintenance.
- Offers three battery size options (52 kWh, 77 kWh, 79 kWh).
- Includes a liquid-cooled battery system to mitigate degradation.
- Real-world data from similar vehicles suggests long-term battery health.
- Offers various charging options: three-phase 11 kW AC charging (6-8 hours), single-phase charging (16-24 hours), and DC rapid charging (around 30 minutes).
- Large battery size results in a high driver seating position.
- Range varies depending on battery size and trim level (380 km - 600 km).
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Electric Motor and Platform
The Ford Capri utilizes the Volkswagen MEB platform, sharing technology with vehicles like the Audi Q4 e-tron and VW ID series. This platform offers choices of three battery sizes and two motor options: a single rear-wheel-drive motor or a dual-motor all-wheel-drive setup.
The base model features a rear-mounted VW-built AP310 permanent magnet brushless electric motor. Permanent magnet motors offer long-term reliability as the magnets are unlikely to fail. The 'brushless' aspect eliminates the need for brush replacements, increasing longevity.
Higher trims boast a more powerful motor with 550 Nm of torque or a dual-motor setup for enhanced performance. VW focused on reducing the number of ball bearings in the electric motor for less maintenance in the long term.
High-Voltage Battery and Thermal Management
The Ford Capri offers three battery options: 52 kWh, 77 kWh, and a performance 79 kWh pack. The modular battery design, a series of smaller batteries, enhances repairability compared to cell-to-body designs.
The physical size of the battery is substantial, resulting in a higher driving position. The cells are NCM 712 type from LG Chem, suggesting a recommended charge range between 20% and 80% to prolong battery life.
A liquid-cooled battery system actively manages temperature, mitigating heat-induced degradation and ensuring optimal battery performance. This system maintains the battery within a 25-30° Celsius ideal temperature range.
Charging and Range
All battery variants support three-phase 11 kW AC charging, taking 6-8 hours to fully charge depending on the battery size. Single-phase charging is slower, ranging from 16-24 hours depending on the home supply amperage and charger power.
DC rapid charging via CCS is available, providing a 30-minute charge to around 80%. WLTP range estimations are 380 km (small battery), 600 km (medium battery), and 560 km (performance battery), though real-world range may vary with conditions.
Real-world testing in ideal conditions has shown potential to achieve the WLTP range. However, temperature variations can impact range; further testing is needed to confirm the range in colder climates.
Conclusion
The Ford Capri offers a compelling combination of proven technology, a modular battery design facilitating repairs, and efficient thermal management. The range is competitive, especially for the medium and large battery variants, though the single-phase charging time might be a deterrent for some.
The vehicle's higher driving position due to the battery's size might be a factor to consider for some buyers. Overall, the Ford Capri presents a solid electric vehicle offering based on a mature platform, showcasing a balance of performance, range, and reliability.
Whether it's the right choice depends on individual needs and preferences. Those prioritizing long-range capability and quick DC charging will likely find it suitable. The modular battery design is a significant plus point for long-term ownership.