Friday, Sep 21, 2018 at 09:48
I don't know why anyone would want to know the weight on each individual axle, as the vehicle stands on the showroom floor.
That figure is simply one that is only relevant to engineers involved in designing handling and
suspension tune of the vehicle.
The individual axle load weight varies, the instant passengers or cargo are loaded.
The important numbers are each axles load capacity, the vehicle GVM and the GCM.
Each of these figures must be watched carefully, to make sure they aren't exceeded by overloading.
If the rear axle is showing overload, the cargo must be shifted forward, or the accessory lightened, or moved to a different position.
The GVM of the 76 Series is 3300kg - that figure can't be exceeded - and it doesn't matter where the 3300kgs of weight is positioned over the length of the vehicle, as long as the individual axle capacity is not exceeded.
The simple problem that reoccurs continually, when owners are loading up and travelling, is that manufacturer GVM's and GCM's are very easily exceeded - and the aftermarket
suspension and engineering crowds are making a "nice little earner" out of supplying heavier axles, and carrying out engineering improvements to enable uprated GVM's and GCM's.
Weight distribution hitches are designed simply to transfer heavy towbar loadings from the rear axle to the front axle, to prevent major load imbalances.
WDH's do not have any specifications on what the actual weight distribution between front and rear axles must be.
There's a good article linked below, with extensive explanations centred around 4WD vehicle loading, handling, weight of accessories, weight distribution, and many other discussion angles, with regard to setting up your vehicle for touring.
Nowhere in that article is there anything about the individual front and rear axle load weights at the ground, on the showroom floor - apart from pointing out that the individual axle load limits imposed by the manufacturer must not be exceeded.
Whichcar - vehicle loading and GVM explained
Cheers, Ron.
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