INDUSTRIAL & CONSTRUCTION TIRE
MULTIMAX MP 569
Radial
Multimax
MULTIMAX MP 569 is a high-performance radial tire engineered for demanding industrial applications. MULTIMAX MP 569 is the ideal choice for equipping telehandlers and other construction equipment such as industrial tractors and excavators. The deep tread design, combined with wide shoulder lugs, ensures exceptional traction and flotation on multiple surfaces. The tire's All-Steel radial construction provides exceptional durability and superior resistance to punctures, significantly extending service life.
Advanced radial construction for demanding applications
Stable contact area for consistent traction performance
Adapted for harsh operational conditions and long duty cycles
Sectors
Industrial & Construction
Machineries
Telehandler
Excavator
Applications
Transport
MULTIMAX MP 569 - Technical data
download datasheet
SIZE
VERSION
LI/SS
RIM (REC)
RIM (ALT)
SW
OD
SLR
RC
SRI
TIRE TYPE
ECE
445/70R19.5
STANDARD
173 A8, 180 A2
14.00
1112
498
3363
TL
E11-106R-0011615
VERSION
STANDARD
LI/SS
173 A8, 180 A2
RIM (REC)
14.00
RIM (ALT)
SW
OD
1112
SLR
498
RC
3363
SRI
TIRE TYPE
TL
ECE
E11-106R-0011615
Set your values to calculate maximum load capacity
–
SIZE
VERSION
US Code
LI/SS
RIM (REC)
RIM (ALT)
SW
OD
SLR
RC
TIRE TYPE
ECE
445/70R19.5
STANDARD
173 A8, 180 A2
14.00
43.8
19.6
132.4
TL
E11-106R-0011615
VERSION
STANDARD
US Code
LI/SS
173 A8, 180 A2
RIM (REC)
14.00
RIM (ALT)
SW
OD
43.8
SLR
19.6
RC
132.4
TIRE TYPE
TL
ECE
E11-106R-0011615
Set your values to calculate maximum load capacity
–
features
The tire is designed to deliver stable and predictable performance, providing reliable performance across varying working conditions. It supports consistent productivity and operational safety throughout its service life.
Traction
Low Rolling Resistance
Self-Cleaning
Comfort
Durability
Stability
Technologies
MULTIMAX MP 569 is engineered using advanced construction principles, designed to support heavy loads while maintaining structural integrity. The design emphasizes durability, structural reliability, and suitability for demanding applications.
AROUND BKT