Tweaksta
Senior Member
Having driven a almost 200,000km in a Subie, and 100,000km in 'real' 4WDs all over Australia, I am trying to identify exactly what makes a Subie so good.
Recently, I had a chance to drive a section of wet and boggy track which I had done regularly in the Subie (with never a problem) in a 2009 Holden Colorado 4x4 3.0 Diesel Ute (same as Isuzu) with chunky Maxxis tyres. I was in 4wd High 1st gear with barely any throttle (about 1400rpm). There was less than 100kg in the tray. Suddenly, I just felt the car sinking into the sodden ground, so I immediately started to steer left to higher ground whilst losing momentum fast. A few seconds later, all four tyres had lost traction and the car was stuck in the slippery clay and mud. 4-low was engaged and we found a pile of rocks which were used to build a bit of a track which then got us out having made a mess of everything within 10 metres.
A 'proper' 4wd with a transfer case and low range made what was normally a Sunday drive in a Subaru, a frikkin messy recovery job!
So....what is it?
Chassis dynamics?
Lower centre of gravity? Possibly (on a climb does the load become an anchor in a higher vehicle)?
Less kilograms per wheel? Yes - I'd say this is a major factor. Even more specific, kg per square centimetre of tyre contact....discuss.
Approach and departure angles? Yes, and no. If the car has crappy traction then it can't do anything with the incline it has just approached. This 4wd with it's great approach angle simply had no use for it. I'd hate to drive it with a load in the back.
Mechanical ability? Well, it speaks for itself really. If the car has **** dynamics then chucking on a transfer case isn't going to help much. This example shows that Subaru's dynamics and AWD system are good at what they do. So much so, that we would benefit from better approach and departure angles because we can climb those hills. Chuck on some ATs and it works even better.
Clearance? Yes. Clearance is a major contributor. Subies tend to have pretty good clearance with most models over 210mm. Those of us who have lifts do love the extra inch or two or three giving us an even greater range of terrains we can tackle.
Fording depth? Again, this site shows that fording in a Subie ain't a problem.
Durability? This is an interesting one. Diesel 4wd utes are certainly built heavy duty. This thing weighs almost 2 tonnes with only a single cab. Repairs on these things ain't cheap. Yet, there are stories of bent chassis around. My Subie weighs 1400kg, I have done almost 200,000km in 9 years and the most expensive repair was the clutch 2 months ago. Apart from that the only component to wear out has been the radiator.
So what am I getting at? I don't really know.
Perhaps 4wd utes aren't the best dynamically due to weight distribution, the wagons (Prado, Cruiser, Paj, Disco, Defender, FJ & FJ Cruiser, Patrol) seem to be better.
I guess I am saying that I like Subies. With an extra few inches of height, and some good rubber they do damn well. The ute has now masticated the section of track that the Subie never dug up......'nuff said.
Recently, I had a chance to drive a section of wet and boggy track which I had done regularly in the Subie (with never a problem) in a 2009 Holden Colorado 4x4 3.0 Diesel Ute (same as Isuzu) with chunky Maxxis tyres. I was in 4wd High 1st gear with barely any throttle (about 1400rpm). There was less than 100kg in the tray. Suddenly, I just felt the car sinking into the sodden ground, so I immediately started to steer left to higher ground whilst losing momentum fast. A few seconds later, all four tyres had lost traction and the car was stuck in the slippery clay and mud. 4-low was engaged and we found a pile of rocks which were used to build a bit of a track which then got us out having made a mess of everything within 10 metres.
A 'proper' 4wd with a transfer case and low range made what was normally a Sunday drive in a Subaru, a frikkin messy recovery job!
So....what is it?
Chassis dynamics?
Lower centre of gravity? Possibly (on a climb does the load become an anchor in a higher vehicle)?
Less kilograms per wheel? Yes - I'd say this is a major factor. Even more specific, kg per square centimetre of tyre contact....discuss.
Approach and departure angles? Yes, and no. If the car has crappy traction then it can't do anything with the incline it has just approached. This 4wd with it's great approach angle simply had no use for it. I'd hate to drive it with a load in the back.
Mechanical ability? Well, it speaks for itself really. If the car has **** dynamics then chucking on a transfer case isn't going to help much. This example shows that Subaru's dynamics and AWD system are good at what they do. So much so, that we would benefit from better approach and departure angles because we can climb those hills. Chuck on some ATs and it works even better.
Clearance? Yes. Clearance is a major contributor. Subies tend to have pretty good clearance with most models over 210mm. Those of us who have lifts do love the extra inch or two or three giving us an even greater range of terrains we can tackle.
Fording depth? Again, this site shows that fording in a Subie ain't a problem.
Durability? This is an interesting one. Diesel 4wd utes are certainly built heavy duty. This thing weighs almost 2 tonnes with only a single cab. Repairs on these things ain't cheap. Yet, there are stories of bent chassis around. My Subie weighs 1400kg, I have done almost 200,000km in 9 years and the most expensive repair was the clutch 2 months ago. Apart from that the only component to wear out has been the radiator.
So what am I getting at? I don't really know.
Perhaps 4wd utes aren't the best dynamically due to weight distribution, the wagons (Prado, Cruiser, Paj, Disco, Defender, FJ & FJ Cruiser, Patrol) seem to be better.
I guess I am saying that I like Subies. With an extra few inches of height, and some good rubber they do damn well. The ute has now masticated the section of track that the Subie never dug up......'nuff said.