0.20%, and the rear – skidding about 0.16%. When the
pressure in the front tires was 80 kPa, front and rear wheels
were rolling without slip or skid in case when pressure in
the rear tires was about 123 kPa (in Fig. 3, this area is
marked with a dotted circle). Extending such analysis, from
Fig. 3 we can determine that when the tractor is traveling
without a load (on the front-mounted loader), front and
rear wheels can drive without slip or skid in case when
front/rear tires are inflated to the following pressures,
respectively: 80/123; 120/160; 160/200; 200/240 kPa (in
Fig. 3, these points are marked by dashed circles).
The results of the tests show that for the 4WD tractor
with front-mounted loader traveling without a load, a
sequence of pressures in front and rear tires exists, which
0.20%, and the rear – skidding about 0.16%. When the
pressure in the front tires was 80 kPa, front and rear wheels
were rolling without slip or skid in case when pressure in
the rear tires was about 123 kPa (in Fig. 3, this area is
marked with a dotted circle). Extending such analysis, from
Fig. 3 we can determine that when the tractor is traveling
without a load (on the front-mounted loader), front and
rear wheels can drive without slip or skid in case when
front/rear tires are inflated to the following pressures,
respectively: 80/123; 120/160; 160/200; 200/240 kPa (in
Fig. 3, these points are marked by dashed circles).
The results of the tests show that for the 4WD tractor
with front-mounted loader traveling without a load, a
sequence of pressures in front and rear tires exists, which
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