This classic British model is more than just a car; it's a Kiwi memory. Assembled right here in New Zealand, it represents a time of local industry and affordable family motoring. Today, you'll find them lovingly restored at car shows or serving faithfully as economical everyday vehicles.
Rust, Lucas electrics, weak original suspension, overheating (especially with engine modifications).
WOF tips
Rust (sills, floor, wheel arches), Brakes (especially rear drums), Suspension (worn bushings), Steering linkages (play), Electrics (Lucas systems can be temperamental).
About the Ford Cortina 220 / 240
This vehicle symbolizes a less complicated era, offering simple mechanics, iconic British styling, and surprising reliability when properly cared for. It represents the heart of the New Zealand family car scene during the 1960s. Addressing known vulnerabilities such as rust, quirky Lucas electrics, and potential overheating is crucial for ownership.
Why It Matters: The legacy of this model extends beyond everyday driving. Its spirited involvement in rallies and club racing, including legendary events like the Benson & Hedges 500 series, underscores its surprising performance capabilities and rich motorsport provenance.
Questions owners ask
What are the common rust spots I need to watch out for on my 1965-1967 Ford Cortina in New Zealand?
Like many cars of its era, the Ford Cortina (1965-1967) is prone to rust. Key areas to inspect regularly include the sills, floor pans, wheel arches, and around the headlights. Early detection and treatment are crucial to prevent significant structural damage and ensure your Cortina passes its WOF.
My Ford Cortina keeps overheating, especially after I made some engine modifications. What could be the cause?
Overheating can be a common issue, especially with engine modifications. Ensure your cooling system is functioning correctly. Check the thermostat, water pump, radiator, and coolant hoses for any signs of wear or blockage. Upgrading to a higher-capacity radiator might be necessary if the engine modifications significantly increase heat output. Consider a coolant flush and inspection every 5,000km.
Where can I get replacement parts for the notoriously unreliable Lucas electrics on my Ford Cortina 1965-1967 in NZ?
CARFIX stocks 82 SKUs for the Ford Cortina 1965-1967, including components relevant to the Lucas electrical system. While we may not have complete wiring harnesses, check our website for replacement bulbs, fuses, and some switches that are compatible with your vehicle. Search using your vehicle's year and model for the most accurate results.
What are the key things a Warrant of Fitness (WOF) inspector will check on my 1965-1967 Ford Cortina?
When taking your 1965-1967 Ford Cortina for a WOF in New Zealand, expect the inspector to pay close attention to rust (especially in the sills, floor, and wheel arches), the condition of the brakes (particularly the rear drums), suspension components (worn bushings are common), steering linkages for excessive play, and the functionality of the Lucas electrical system (lights, indicators, etc.).
The suspension on my Ford Cortina feels soft and wallowy. What's the best way to improve it?
The original suspension on the Ford Cortina is known to be somewhat weak. Replacing worn bushings is a good starting point. Consider upgrading the shocks/struts to improve handling and ride quality. Check the springs for sagging, as they may need replacing too. CARFIX stocks SHOCKS / STRUT FRONT for the Ford Cortina.
What's the recommended service interval for a 1965-1967 Ford Cortina?
The recommended service interval for the 1965-1967 Ford Cortina is every 5,000km. Regular servicing is crucial to maintaining its reliability and performance.
I'm planning to do some club racing with my Cortina. What are the most important things to upgrade for better performance?
Given the Cortina's motorsport history, upgrading the suspension, brakes, and cooling system are crucial for club racing. Stiffer springs, performance shock absorbers, and improved brake pads will significantly enhance handling and stopping power. Addressing potential overheating issues with a larger radiator and improved cooling fan is also essential.