Charged Coupé: The 2026 Toyota C-HR+, An All-Electric Marvel Redefining the European C-SUV Market: Toyota has unveiled the highly anticipated 2026 Toyota C-HR+, a groundbreaking all-electric model poised to disrupt the heart of Europe’s competitive C-SUV BEV segment. With its sleek coupé lines, engaging driving dynamics, and spacious practicality, the C-HR+ aims to connect with customers on an emotional level while delivering the reliability and convenience expected from a Toyota. Developed from the Compact SUV concept and building on the success of the Toyota C-HR, this new model is set to launch in selected European markets in late 2025, with a full rollout in 2026, joining the Urban Cruiser and bZ4X to complete Toyota’s electric SUV lineup. Offering two battery capacity options and both front and all-wheel drive, the C-HR+ reinforces Toyota’s multi-pathway strategy towards carbon neutrality in Europe by 2035.
Distinctive Design: An All-New Electric Identity: While inspired by the iconic Toyota C-HR, the C-HR+ stands as an independent model, built on Toyota’s dedicated e-TNGA battery electric vehicle platform. Its unique body and interior design exude a clean, modern aesthetic, with a wide stance and coupé-crossover silhouette that balances aerodynamic efficiency with striking visual appeal. The front bumper, grille, and headlight designs are exclusive to the model, while the rear features sophisticated full-LED combination lights and a neatly integrated spoiler, enhancing its dynamic appearance.
Spacious Sophistication: A “Class Above” Interior: The C-HR+ boasts a modern, streamlined interior that creates an open and welcoming atmosphere, enhanced by ambient lighting. With a wheelbase of 2,750 mm within an overall length of 4,520 mm, the cabin offers generous headroom and a 900 mm front-rear couple distance, providing more space than typically expected in a C-segment SUV. The interior’s high sensory quality, all-round visibility, and 416 liters of load space ensure both comfort and versatility. Features such as dual wireless smartphone chargers, rear cabin USB ports, air conditioning controls, and a panoramic roof cater to the needs of all passengers.
Power and Performance: Tailored to Customer Needs: Recognizing diverse customer priorities, Toyota will offer the C-HR+ with two battery options: a 57.7 kWh unit for the front-wheel drive model and a 77 kWh unit for both front and all-wheel drive configurations. With a maximum WLTP range of up to 600km (tentative), the C-HR+ delivers impressive performance, with the AWD version offering a prodigious 343 DIN hp and a 0-100 km/h time of just 5.2 seconds. Energy-efficient features like optimized aerodynamics, battery pre-conditioning, and a heat pump for the air conditioning system ensure a smooth and efficient driving experience.
Advanced Technology: Safety and Connectivity at the Forefront: The C-HR+ is equipped with the latest technologies for safety and connectivity, including Toyota T-Mate features and Toyota Safety Sense active safety and driver assistance systems. Standard features include a 14-inch multimedia display with EV routing, a Blind Spot Monitor, Adaptive High-beam System, and Parking Support Brake. The MyToyota app allows owners to monitor and manage vehicle functions remotely, while a Battery Care Program provides up to 10 years of peace of mind.
Summary:
- Toyota reveals the 2026 Toyota C-HR+, an all-electric C-SUV.
- Two battery capacity options: 57.7 kWh and 77 kWh.
- Front and all-wheel drive configurations available.
- Maximum WLTP range up to 600km (tentative).
- Modern design with coupé-crossover silhouette.
- Spacious interior with advanced connectivity features.
- Toyota T-Mate and Toyota Safety Sense systems for safety.
- MyToyota app for remote vehicle management.
- Battery Care Program for up to 10 years.
Disclaimer: Vehicle specifications and features are based on information provided at the time of release. Future models and features are subject to change. WLTP range and performance figures are tentative and subject to homologation.
Source: Toyota
This article was crafted with assistance from Gemini
