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There should be a guide in your operators manual on how to ballast the tractor correctly.Hi,
Forgive my ignorance, but is there a guideline in how you calculate the weight required on the front of a tractor to help balance the load - or is it simply what goes on the back gets replicated on the front, as I am gonna need to look into this?
Quick answer: put your machine on, add front weights until you can't get the front wheels to lift by quickly dropping the clutch in a low gear.Hi,
Forgive my ignorance, but is there a guideline in how you calculate the weight required on the front of a tractor to help balance the load - or is it simply what goes on the back gets replicated on the front, as I am gonna need to look into this?
Most don,t care about compaction or don,t see it as a problem.Quick answer: put your machine on, add front weights until you can't get the front wheels to lift by quickly dropping the clutch in a low gear.
Long answer: Basic physics. The weight added to the back multiplied by the distance of it from the back axle needs to be the equivalent to the weight added to the front multiplied by the distance of those weights from the back axle. Because the front weights are much further from the back and it takes less weight on the front to counter the added weight on the back (unless it's a fully mounted 6 furrow plough which sticks out such a long way behind).
The more weight you add overall (ie: total ballasted weight of the combination) the more soil compaction you'll cause.
There should be a guide in your operators manual on how to ballast the tractor correctly.
Quick answer: put your machine on, add front weights until you can't get the front wheels to lift by quickly dropping the clutch in a low gear.
Long answer: Basic physics. The weight added to the back multiplied by the distance of it from the back axle needs to be the equivalent to the weight added to the front multiplied by the distance of those weights from the back axle. Because the front weights are much further from the back and it takes less weight on the front to counter the added weight on the back (unless it's a fully mounted 6 furrow plough which sticks out such a long way behind).
The more weight you add overall (ie: total ballasted weight of the combination) the more soil compaction you'll cause.
Most don,t care about compaction or don,t see it as a problem.
6 50kg wafer weightsYes, I did read through that, however - it is more aligned for calculating the wheel slippage for best traction whilst utilising implements that you are towing / dragging / ploughing. I am looking more for guidance on countering the weight on the back for say my PN whilst moving from point to point, as it does cause some light steering when manouvering.
Or as salesman said when I was looking , we only do one size.
Just stick a ton on and be done with it.
How big are we talking about?
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You ever thought about going Solo Comedy act - coz you sooo funny![]()
Most add ballast in error!Thank you. I'm here allweek month year
Sorry. Do you have a farm with a weigh bridge locally? Most add ballast by trial & error.
Thank you. I'm here allweek month year
Sorry. Do you have a farm with a weigh bridge locally? Most add ballast by trial & error.
Most add ballast in error!
Buy a fastrac then you don't need front weights.