CARFIX

Honda Fit GD First Generation (2001–2008)

The Honda Fit GD, sold internationally as the Honda Jazz, is one of New Zealand's most popular JDM imports with tens of thousands registered on Kiwi roads. This first-generation supermini revolutionised small car packaging with its Magic Seat system and remains a favourite among budget-conscious NZ owners for its reliability and fuel efficiency. With many examples now exceeding 200,000 km, understanding common failure points is essential for passing WOF and maintaining safe, economical transport.

Parts for the Honda Fit GD First Generation

Known issues

1. Rear wheel bearings wear out between 120,000–160,000 km, causing humming at speed. 2. Ignition coil failure on 1.3L i-DSI engines causes misfires, typically after 100,000 km. 3. Lower ball joint wear leads to WOF failures around 150,000 km, especially on potholed NZ roads.

WOF tips

Inspectors focus on front suspension ball joints and CV boots, rear wheel bearing play, rust in rear wheel arches and sills, brake pad thickness (rears wear faster than expected), and exhaust system integrity at the flexi-pipe section. Headlight aim frequently needs adjustment. Check handbrake travel as rear drums self-adjust poorly.

About the Honda Fit GD First Generation

<h3>Overview and NZ Market Position</h3><p>The Honda Fit GD arrived in New Zealand primarily through used JDM imports, with the 1.3L i-DSI and 1.5L VTEC variants being most common. The clever packaging, featuring Honda's Ultra Seats that fold completely flat, made it a practical choice for everything from student runabouts to small family vehicles. In NZ, you'll find both the standard Fit and the sportier Fit RS with its 1.5L engine producing 81kW.</p><h3>Known Strengths</h3><p>The Fit GD earned its reputation through genuine mechanical reliability. The L13A and L15A engines are known to exceed 300,000 km with basic maintenance. The CVT transmission, while not universally loved, proves durable when fluid is changed every 40,000 km. Fuel economy of 5.5–6.5L/100km makes it one of the cheapest vehicles to run in NZ, and parts availability remains excellent through both dealers and aftermarket suppliers.</p><h3>Common Failure Points in NZ Conditions</h3><p>Despite overall reliability, several issues affect NZ-based Fit GDs. The rear wheel bearings typically require replacement between 120,000–160,000 km, with symptoms including humming noise at highway speeds—budget $250–$400 per side fitted. The lower ball joints wear faster on NZ roads, often failing WOF around 150,000 km. The ignition coils on the 1.3L i-DSI engine are a known weak point, causing misfires; replacement coils cost $80–$120 each, and there are eight of them. Air conditioning compressors commonly fail between 150,000–200,000 km, with replacement running $800–$1,200 fitted.</p><h3>Rust and Body Concerns</h3><p>Early Fit GDs are now 17–23 years old, and rust is becoming a WOF concern. Check the rear wheel arches, lower door edges, and the seam below the rear window. Sills can rust from the inside out, particularly on vehicles that spent time in Japan's snow regions. Surface rust is treatable, but structural corrosion will fail WOF and can cost more than the car's value to repair.</p><h3>Ownership Tips for Kiwi Drivers</h3><p>For reliable long-term ownership, prioritise CVT fluid changes every 40,000 km using genuine Honda HCF-2 fluid—generic ATF will damage the transmission. The timing chain is maintenance-free but listen for rattle on cold starts after 200,000 km. Keep the idle air control valve clean to prevent rough idling in cold Southland mornings. When purchasing, favour examples with documented service history and avoid vehicles with obvious dashboard warning lights, as the ECU can be expensive to diagnose.</p>

Questions owners ask

What are some common problems I should look out for on a used Honda Fit GD in New Zealand?
Common issues on the Honda Fit GD (2001-2008) in NZ include rear wheel bearing failure (listen for humming noises, typically between 120,000–160,000 km), ignition coil failure on the 1.3L i-DSI engine causing misfires, and lower ball joint wear leading to WOF failures around 150,000 km. Rust is also a growing concern on older models, especially in the rear wheel arches and sills.
How often should I change the CVT fluid on my Honda Fit GD?
To keep your Honda Fit GD's CVT transmission healthy, change the fluid every 40,000 km. Use genuine Honda HCF-2 fluid, as generic ATF can damage the transmission. This is especially important for long-term reliability.
What should I check on my Honda Fit GD to pass its WOF in New Zealand?
WOF inspectors often check the front suspension ball joints and CV boots, rear wheel bearing play, rust in the rear wheel arches and sills, brake pad thickness (rears wear faster than expected), and the exhaust system's flexi-pipe. Headlight aim and handbrake travel are also commonly checked.
My Honda Fit 1.3L i-DSI is misfiring. What could be the problem?
Misfires in the Honda Fit's 1.3L i-DSI engine are often caused by failing ignition coils. These typically start to fail after 100,000 km. The 1.3L i-DSI engine has eight ignition coils, so diagnosing which one is the culprit is important.
Where can I get replacement rear wheel bearings for my Honda Fit 2001-2008 in NZ?
While CARFIX does not currently stock parts for the Honda Fit 2001-2008, you can find rear wheel bearings for your Fit at most reputable auto parts stores in New Zealand. Expect to pay $250-$400 per side fitted.
Is rust a major problem on the Honda Fit GD in New Zealand?
Yes, rust is becoming a significant concern on the Honda Fit GD (2001-2008) in New Zealand, especially as these hatchbacks age. Pay close attention to the rear wheel arches, lower door edges, and the seam below the rear window. Sills can also rust from the inside out.
What's the best engine oil for my Honda Fit GD and how often should I change it?
While a specific engine oil isn't specified, a good quality 10W-40 or 5W-30 oil meeting Honda's specifications is generally suitable for the Honda Fit GD. Change the oil and filter every 10,000 km for optimal engine health.