Description
If you’ve been thinking about an electric car but are still unsure because of factors such as limited range and ease of charging, then this may be the perfect car for you. This Toyota C-HR Plug-In Hybrid offers the best of both worlds. It combines Toyota’s renowned self charging hybrid system with an additional electric motor. As a hybrid it has a petrol engine which you can top up at any petrol station, as you would a conventional car. In addition to this, you have an electric motor which you can charge through a standard plug, or you may decide to install a home charger. All of this adds up to fantastic choices for you, the user. If the majority of your journeys are commuting to and from work, then a short daily charge will allow you to travel up to 41 miles on electric only, allowing many drivers to travel all week on electric alone! On the occasions that you need to make longer journeys, you can travel part of your journey on electric and the rest with the self charging hybrid system, meaning that you’ll have no worries about your electric range, or having to plan your trip around electric charging stations.
This is a 2024 Toyota C-HR 2.0L Petrol Plug-in Hybrid, presented in GR SPORT trim. As a VVT-h GR SPORT variant, this car comes with the reassurance of having only one previous owner and a full dealership service history, with the last service performed in April 2025 at 9,568 miles. It also benefits from a suite of features designed to enhance your driving experience, including automatic headlights, intelligent front parking sensors with clearance sonar and automatic braking, a wireless mobile phone charger, and a blind spot monitor for added safety. The vehicle also comes with a Protection Plus Pack.
This Toyota is Toyota manufacturer approved and meets Euro 6 emission standards. It offers peace of mind with a warranty lasting until 2026 and an MOT valid until April 2027. These assurances, alongside the comprehensive service history, set this vehicle apart, demonstrating its superior care and condition compared to other similar models.