OTR TIRE
DESERT KING
Bias
DESERT KING is best suited for loose soil, sandy terrain and paver applications with desert trucks. The optimized rib tread design offers excellent flotation and directional stability. Its strong nylon casing and heavy-duty bead are specially developed for low pressure operations. DESERT KING provides also high punctures resistance and a longer tire life.
Reinforced structure designed for continuous load stress
Designed to ensure grip on uneven and challenging surfaces
Designed for intensive off-road and on-site operations
Sectors
OTR
Machineries
Desert Truck
Applications
Sandy Terrains
Loose Soil
DESERT KING - Technical data
download datasheet
SIZE
VERSION
TRA Code
Star Rating
LI/SS
RIM (REC)
RIM (ALT)
OW
OD
SLR
RC
TIRE TYPE
Tread depth
TKPH
VERSION
STANDARD
TRA Code
E7
Star Rating
LI/SS
RIM (REC)
10.00/1.5
RIM (ALT)
OW
OD
1535
SLR
635
RC
4405
TIRE TYPE
TL
Tread depth
16
TKPH
Set your values to calculate maximum load capacity
–
21.00-25DT
STANDARD
E7
15.00/3.0
1660
708
4906
TL
17.5
VERSION
STANDARD
TRA Code
E7
Star Rating
LI/SS
RIM (REC)
15.00/3.0
RIM (ALT)
OW
OD
1660
SLR
708
RC
4906
TIRE TYPE
TL
Tread depth
17.5
TKPH
Set your values to calculate maximum load capacity
–
SIZE
VERSION
US Code
TRA Code
Star Rating
LI/SS
RIM (REC)
RIM (ALT)
OW
OD
SLR
RC
TIRE TYPE
Tread depth
TMPH
VERSION
STANDARD
US Code
TRA Code
E7
Star Rating
LI/SS
RIM (REC)
10.00/1.5
RIM (ALT)
OW
OD
60.4
SLR
25.0
RC
173.4
TIRE TYPE
TL
Tread depth
20.16
TMPH
Set your values to calculate maximum load capacity
–
21.00-25DT
STANDARD
E7
15.00/3.0
65.4
27.9
193.1
TL
22.05
VERSION
STANDARD
US Code
TRA Code
E7
Star Rating
LI/SS
RIM (REC)
15.00/3.0
RIM (ALT)
OW
OD
65.4
SLR
27.9
RC
193.1
TIRE TYPE
TL
Tread depth
22.05
TMPH
Set your values to calculate maximum load capacity
–
features
The tire is designed to deliver stable and predictable performance, ensuring dependable performance under continuous heavy loads. It supports consistent productivity and operational safety throughout its service life.
High Puncture Resistance
Excellent Flotation
Durability
Stability
