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- SteelSeries QcK Hard Gaming mouse pad Black – 63821
SteelSeries QcK Hard Gaming mouse pad Black
SteelSeries QcK Hard Gaming mouse pad Black
MPN 63821
Artikel-Nr. W128560221
EAN / UPC 813682025595
Lagerbestand
Low Friction Glide
The QcK Hard gaming surface is specifically engineered to provide maximum speed while maintaining pinpoint control.
Pinpoint Mouse Accuracy
Tested by the top mouse sensor manufacturer, developed for SteelSeries TrueMove Sensors, the enhanced surface texture optimizes mouse tracking accuracy for both optical and laser sensors.
Multi-layer Core
The multi-layer construction and solid polymer core increase durability and provide a...
Hard polyethylene surface for maximum speed
Optimized for low and high CPI tracking movements
Enhanced surface texture for pin-point accuracy
Non-slip rubber base eliminates unwanted movement
320 mm x 270 mm x 3 mm / 12.6 in x 10.8 in
Spezifikationen für 63821
Package dimensions
Gross Weight
0.3 kg
Packaging data
Menge pro Packung
1 Stück(e)
Performance
Gaming-Mauspad
Yes
Handgelenkauflage
No
Material
Polyethylene
Oberflächenfärbung
Monochromatic
Produktfarbe
Black
Waschbar
Yes
Product dimensions
Net Weight
0.3 kg
Tiefe cm
27 cm
Width (product,cm)
32 cm
Vendor information
Brand Name
Warranty
1 Jahre)
Weight & dimensions
Dicke
3 mm
Beschreibung
Low Friction Glide
The QcK Hard gaming surface is specifically engineered to provide maximum speed while maintaining pinpoint control.
Pinpoint Mouse Accuracy
Tested by the top mouse sensor manufacturer, developed for SteelSeries TrueMove Sensors, the enhanced surface texture optimizes mouse tracking accuracy for both optical and laser sensors.
Multi-layer Core
The multi-layer construction and solid polymer core increase durability and provide a consistent surface texture.
Never-Slip Base
The durable, non-slip rubber base is designed to eliminate unwanted movement and provide a solid platform for competitive gaming.
*Die oben genannten Produktdaten werden von Icecat zur Verfügung gestellt. EET ist nicht verantwortlich für eventuelle Fehler in diesem Zusammenhang.