How to Convert an EV Classic Car

Electric Classic Car

How to Convert an EV Classic Car

EV classic cars give these vehicles another life by swapping the engine for an electric motor. They offer a quieter, more refined driving experience and can be more affordable to operate.

Converting a classic car to an electric vehicle can be difficult. Many classics have high-voltage electrical systems that can be dangerous to work on without proper training and tools.


As the world moves towards electric vehicles, classic cars are converting to keep up with the times. Some companies are offering bespoke conversions that allow owners to keep their beloved classics on the road with modern technology. Others are supplying kits that can be installed by DIYers. These are popular because they provide an alternative to buying a new car and can help reduce costs.

Electric cars are environmentally friendly and can be driven for longer distances before needing to be charged. They produce no harmful emissions and can be used in areas where low or zero emission zones are in place. They are also cheaper to operate than petrol or diesel cars, and owners can save on fuel costs, road tax, congestion charges and maintenance costs.

The benefits of owning an electric classic car are numerous. They can be customised with any colour and feature a stylish dashboard that provides a comfortable driving experience. EVs offer superior acceleration and torque, making them the ideal vehicle for a smooth ride. They are also quieter than traditional internal combustion vehicles, and emit no gases, reducing air pollution and mitigating climate change.

Converting your classic to an EV will not only save you money on fuel and maintenance, but it can also boost its value. As the world moves towards greener transportation solutions, these vehicles will become increasingly sought-after. This increase in demand will lead to a rise in their resale value, which makes them an excellent investment.


Taking your classic car and replacing its petrol or diesel engine Electric Classic Car with an electric motor and batteries can be a costly affair. But it is a worthwhile investment. For one thing, it will give you sustainable, green driving in a vehicle you know and love. You’ll also reduce maintenance costs as there are fewer moving parts to service and maintain.

Plus, it’s likely to increase the value of your classic car. As the popularity of these conversions grows, they’re becoming more and more affordable for enthusiasts to purchase. Many companies now specialise in converting classic cars to electric power, often using drivetrain components from their own zero-emissions models. For example, British firm Lunaz has teamed up with Singer to convert a Singer 911 into an electric EV that delivers a jaw-dropping 222 miles of range from its 50.4 kWh battery pack and rear-mounted electric motor.

Jon at ECC says that pretty much any classic car can be converted to electric power as long as it’s mechanically sound. He adds that smaller vehicles may be easier to work on because they need fewer batteries and motors, and because older cars have simpler systems without electronic sensors or climate controls to interfere with the wiring. He suggests that an EV conversion of a typical classic car will cost around PS270,000, but this includes the restoration of the donor vehicle and a brand new bespoke electric drivetrain built to your specifications by ECC.


As the world moves towards electric cars, classic car enthusiasts are finding new ways to keep their beloved models on the road. One such option is to repower them with modern electric powertrains. This process, called a restomod, can transform a vintage automobile into an electric vehicle that’s quieter and less polluting.

The conversion process usually involves removing the original engine and replacing it with an Electric Golf Cart electric motor and battery pack. While this may seem blasphemous, companies like UK-based Lunaz are offering such services. They have a variety of high-end classic cars in their portfolio, including James Bond’s car, the Aston Martin DB6.

But while the process of converting a classic car into an electric vehicle can be challenging, it can also be rewarding. The end result is a beautiful car with modern technology that’s more reliable and environmentally friendly.

In addition to a growing number of companies that specialize in retro electric conversions, there are many dedicated individuals who are willing to tackle the task on their own. The result is often an incredible vehicle that can be used for everyday commuting or for leisure purposes.

Some of these vehicles are even attracting attention from automotive manufacturers. Jaguar unveiled an electric E-Type Zero in 2017 that completely retains the iconic car’s aesthetic, while Hemmels’ Electric Pagoda reimagines Mercedes-Benz’s clean-lined W113 Series of the 1960s.


When driving an Electric Classic Car, it’s important to keep track of key performance indicators. These KPIs provide valuable insights into your vehicle’s performance, efficiency, and sustainability. They can help you make informed decisions and optimize your experience. These metrics also help you contribute to a greener automotive future.

Successful conversion of a classic car to an electric vehicle requires a high level of skill and expertise. It involves intricate electrical work and mechanical adjustments. Moreover, it must be done in a way that preserves the vehicle’s original aesthetics and historical value.

The electric motor and battery pack must be carefully integrated into the vehicle to ensure a seamless fit. They must also be placed in the right locations to ensure balanced weight distribution. This can be challenging for sports cars and convertibles, which must maintain their distinctive handling characteristics.

A quality conversion should prioritize safety features and structural enhancements. It should also use high-quality components to ensure reliability and a long lifespan. Furthermore, it should be able to meet local regulations for electric vehicles and comply with environmental standards. Home charging infrastructure may also be necessary to facilitate longer journeys. Additionally, you must track the state of your battery and maintain proper maintenance to maximize its lifespan. This will reduce the risk of damage and ensure a safe ride.