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Ford has maintained a high-profile presence in the global automotive business since the early years of the 20th century, with an Australian subsidiary established in 1925. Initially assembling Model Ts, then Model As, and later a range of British models, Ford Australia produced cars and engines in earnest at two main plants in Victoria from the early 1960s, until local production ceased in 2016. Operating as a pure importer, the ‘Blue Oval’ now focuses mainly on its top-selling Ranger ute, Everest large SUV and Mustang muscle car. Fun fact: Ford Australia has sponsored the Geelong 'Cats' Australian Football League team since 1925, which is claimed to be the longest running sporting sponsorship in the world.
The news here isn’t great, and this model Laser had just a single airbag (for the driver) in any of the forms sold in Australia at the time. So, even though the Laser represented a fairly dependable package and is now a very cheap second-hand car to buy, it can’t really be recommended for younger drivers on the basis of that limited safety package.
Even anti-lock brakes didn’t become an option for the Laser until the April 2001 facelift, at which point a passenger’s front airbag became optional in the entry-level LXi and standard on other variants. So the later version is a much safer car all round provided the original owner ticked the boxes for ABS and the second airbag.
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The symptoms here point to a stuck flasher relay. This is the electrical component that not only powers the indicator lights, but makes them flash (and produces the steady clicking sound you hear when the indicators are on). The contacts in these units can become stuck at which point the lights can become stuck on.
Why does it still happen when the ignition is off? Because the flasher relay is powered up even when the ignition is not. That’s so you can have the emergency hazard-warning lights flashing even though the vehicle is locked and the keys in your pocket. A new flasher relay unit should fix it.
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Ford’s EcoBoost engines have a bit of a track record with blown head gaskets thanks to the fundamental design of the crankcase where it meets the cylinder head. Given the relatively high turbo-boost pressure some of these engines use to produce their impressive performance, the head gasket can fail.
But it’s also fair to say that this engine design has also seen its share of overheating problems, blown turbochargers and coolant leaks (often into the cylinders). With that in mind, don’t bother guessing what the problem is, allow a mechanic to inspect the engine and give you a professional opinion based on facts.
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