1990 Volvo 740 GL 2.0i petrol from UK and Ireland
Summary:
Reliable, comfortable and BIG!
Faults:
No faults (apart from both side light bulbs going - £3.49 the pair).
Shock absorbers all due for replacement, not a fault as these do naturally wear out. Watch out for self-leveling shocks at the back of the estate; these are very expensive to replace. You can downgrade to standard ones if you are on a budget, in which case the springs have to be changed as well (but still cheaper than the self-leveling shocks option).
Squealing clutch can be a problem on models around this year. I didn't believe it when the main dealer told me that Volvo used a coating formula for the clutch plate that had this problem, but independent garages have confirmed this fact. Ours has just squealed its way through 18,000 miles, and still no sign of the clutch failing.
General Comments:
Well it's big! Once you have owned a 240, 740 or 940 (or their variants), you will never be phased by anything that the local timber merchant can sell you!
But, because it's rear wheel drive, it turns on a relative sixpence, meaning that it's brilliant on the school run when you have to do three-point turns in a road that a Ford Escort wouldn't try!
Fuel consumption is surprisingly good for such a big car, I calculated 29Mpg in normal driving (school runs, shopping, carrying small planets in the back, that sort of thing...). The 2.0i engine struggles when pulling away, but overtaking is actually very good if you remember to take it down through the gears before pulling out.
If you want a car that is very reliable, comfortable and BIG, then this is the car for you. If you want a Ferrari, then buy a Ferrari!
Would you buy another car from this manufacturer? Yes
Review Date: 2nd March, 2003
29th Jan 2005, 21:28
Just so you know, you cannot turn on nor turn off a turbo. It is controlled by the exhaust. It's a beautiful thing, power on demand. The further you press the gas pedal to the floor, the more air and fuel is drawn into the engine. This equals higher exhaust pressure which turns the turbo faster, forcing more air into the engine. If you force more air into the engine it will demand more fuel to keep the fuel/air mixture stokeometric. More air and fuel equals more power. So, in a nutshell, if you don't want "turn on the turbo" don't mash the pedal to the floor.