Mitsubishi Lancer Problems

Yes, it was fitted with an engine immobiliser from the factory.

Typically it’s around $500.

That price sound about right for a manual Lancer with those kilometres on board. If anything, it’s probably a little on the bargain side. A lot of cars need a windscreen to gain a roadworthy certificate, so that’s no big deal and, provided the car is in good condition generally, it sounds like a decent buy.

Common problems with this model often involved the electrical systems, so make sure all the lights and gadgets in the car work properly. Manual lancers also had the odd problem with a gearshift that could become disconnected from the gearbox itself. If that has happened, you’d definitely know about it as you wouldn’t be able to select gears. It’s not a huge fix if it does happen.

Other relatively common faults in this model included a faulty ABS module that needed to be replaced and this can be a big expense. Oil leaks from the front of the engine are also an issue (particularly for a roadworthy inspection). And don’t keep the ignition key in the same pocket as your phone; stray signals can wipe the key’s memory and leave you stranded.

The best way to replace your keys depends on the year, but there are cheap alternatives you can read about here.

It will be one of the following: ES, LS, Exceed, VR-X, or Evo. It’s unlikely that it will be a VR-X or an Evo, which are the performance models. It should have badges on it to identify it as an ES, LS, or Exceed. If not check the id plate. To find the location of the plate refer to your owner’s manual.

The Mazda3 and Holden Astra are both good alternative choices, but you could also consider a Toyota Corolla or Kia Rio or Cerato.

It’s unlikely, more likely it’s a problem with the throttle body. Have it cleaned out and the idle reset if needed.

Air-bags deploy according to what force the crash places on the car. There’s no hard and fast rule to this, because no two crashes are the same. So, the sensors that tell the air-bags to deploy take into account the amount of deceleration involved and compare that with a threshold reading to decide whether to deploy the bags or not.

A car travelling at very low speed that noses into a wire-rope barrier, for instance, may not decelerated sufficiently for the bags to go off. But the same car, travelling at the same low speed that is hit by a moving car coming the other way, is much more likely to deploy its air-bags.

And just because the side air-bags have deployed in a crash, doesn’t necessarily mean the front air-bags will also be deployed. Sometimes the front bags will go off in sympathy with the side air-bags, but if there was not sufficient forward deceleration, the front ones should remain intact.

However, the tule of thumb is this: In Australia, air-bags are designed to deploy at speeds above about 25km/h and, in the case of front air-bags, in any impact within roughly 30 degrees of the car’s direction of travel at the time.