S T R E N G T H & C O N D I T I O N I N G
S T R E N G T H & C O N D I T I O N I N G
S p o r t I mpac t
T ra i n i ng T u r f
A weightlifting platform must provide support at the
moment of maximum effort. It has to be stable, uniform,
and comfortable, so users can fully concentrate on their
workouts. Sport Impact’s two vulcanized layers not only
absorb even the most violent impact from free weights,
they also reduce muscle stress and support leg exertion.
It’s a uniform and incredibly weight- resistant solution to
support the most intense training.
UNSURPASSED WEIGHT RESISTANCE.
Sport Impact is a double-layered vulcanized rubber
flooring with an extra-thick 3 millimeter wear layer that
resists traction, lacerations, and heavy loads. Ideal
for even the most intense sports activities, it ensures
athletes excellent stability due to the embossed and
non-porous surface, and the underlayment guarantees
uniform shock absorption and dimensional stability.
Workouts with power sleds enhance both resistance
and explosiveness. But this requires a surface that
enables you to control your energy—and allows only
the sled to slide.
PUSH BEYOND YOUR L IMITS.
Training Turf is designed to combine softness and
resistance: the shock-absorbing underlayment provides
optimal support for the use of training sleds, while the
surface filament construction minimizes abrasions,
enabling comfortable training even when your skin
touches the turf.
HEAVY DUTY? NO WORRIES.
TRAIN HARD ON A SOFT SURFACE.
COLOR RANGE
S141
S110 S114 S136 S154 S062
S055 S026 S008 S018 S011
S073
S P O R T I MPA C T
T RA I N I NG T U R F
C o - v u l c an i z e d mu lt i l ay e r
dua l dur ome t e r
Two different layers of solid rubber
with their own formulations, vulcanized
together to form a continuous,
seamless piece of material.
DIMENSIONS
Thickness 6 mm / 10 mm
Roll Length 13 m / 9 m
Roll Height 186 cm
Tile Size 91,35 x 91,35 cm
DIMENSIONS
Yarn Height 10 mm
Yarn Dtex 6.200 dtex
I N T E G RA T E D
F OAM BA C K I NG
An integrated under layer made
of polyurethane foam mesh, which
ensures the comfort and uniform
elastic response of the system.
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