Kia’s electric campervan, based on the PV5 , includes two double beds, a 200 W solar panel, and a fully equipped kitchen.

📌 The Core Development

The PV5, Kia’s first 100% electric van, has been a huge success for the Korean automaker. After launching it at the end of last year, the PV5 has already become Europe’s top-selling small (C-segment) electric van.

Based on its modular skateboard platform, called E-GMP.S, Kia can easily swap body styles to build custom configurations.

🔍 Background & Sector Context

Although the PV5 is primarily sold in Passenger for everyday driving and Cargo for business use, Kia said the platform unlocks “endless possibilities” for different body styles and conversions, including a full-on electric campervan.

Wellhouse Leisure, a family-run campervan manufacturer based in the UK, revealed the Kia PV5 i-Camper.

📊 Industry & Real-World Impact

The fully electric campervan is “now built and ready to view,” the company said. Based on the PV5 Cargo Plus, the campervan measures 4.69 m long, 1.89 m wide, and 1.99 m tall, which is about the size of a Ford Custom.

⚡ Prefer Visual Stories on Mobile?

Experience this news piece in an interactive 5-slide visual format crafted for mobile devices & Google Discover.

View Web Story ⚡

🔮 Strategic Outlook & What Lies Ahead

Although that’s pretty small for a camper, it offers more than you’d expect. Inside, the PV5 i-Camper includes two double beds with an elevating roof, a full kitchen setup, and a 200 W solar panel.

The sliding seat system enables the two rear seats to fold flat to form a bed and can be removed entirely. The upper bed, under the pop-up roof, has “more comfy” Froli Springs.

Editorial Integrity & Multi-Source Notice: News Seconds adheres to rigorous verification and fact-checking protocols. Original reporting credited to Electrek. For primary wire documentation and full source material, visit Original Coverage at Electrek ↗.
EV
Dr. Ethan Vance Verified Editorial Staff
Chief EV & Battery Systems Fellow

Dr. Vance tracks battery cell chemistries (solid-state, LFP, sodium-ion), megawatt charging protocols, and gigafactory scaling across North America and Europe.