Carrosserie Peerlings – Reliable Website for Auto Body Repair & Insurance Support

Carrosserie Peerlings engaged us to reimagine their digital presence with a focus on clarity, performance, and conversion. The existing website no longer reflected the quality of their services or supported modern customer expectations. Our objective was to deliver a refined, high-performing platform that not only communicates expertise but also drives measurable business outcomes through a seamless booking experience.

The legacy website was outdated and did not offer an efficient way for customers to schedule appointments. Critical elements such as insurance support, service transparency, and customer trust signals were underrepresented.

Additionally, operational limitations in the backend made it difficult for the client to manage key aspects such as service availability, holidays, and insurance data—creating friction both for internal workflows and customer interactions.

We adopted a strategy-led approach, beginning with a deep analysis of the client’s services, customer journey, and conversion goals. A structured user experience was designed in Figma, with a strong emphasis on simplifying the path from discovery to booking.

Post-approval, we translated the design into a robust WordPress solution, ensuring pixel-perfect execution while enhancing performance, scalability, and usability. Special focus was given to building a flexible and intuitive backend that empowers the client with full operational control.

The result is a sophisticated, conversion-driven digital platform that elevates Carrosserie Peerlings’ brand and operational efficiency. Customers can now effortlessly explore services, understand insurance support, and book appointments with confidence.

On the backend, the client benefits from complete control and flexibility, enabling seamless day-to-day management without technical dependency. The new platform not only enhances user experience but also serves as a scalable foundation for sustained growth and increased customer acquisition.