Rotalla Setula 4 Season RA03
The Rotalla Setula 4 Season RA03 is an all-season tire designed for passenger cars. These tires deliver good performance on dry and wet asphalt, as well as on lightly snow-covered roads. Driving with these tires will be smooth, comfortable, and quiet.
Model price starts at €48
Choose a size
Available Rotalla Setula 4 Season RA03 sizes
9 offers from €48 to €91
- Original price was: €78.00.€48.00Current price is: €48.00.
- Original price was: €77.00.€54.00Current price is: €54.00.
- Original price was: €79.00.€56.00Current price is: €56.00.
- Original price was: €87.00.€64.00Current price is: €64.00.
- Original price was: €100.00.€77.00Current price is: €77.00.
- Original price was: €102.00.€79.00Current price is: €79.00.
- Original price was: €105.00.€82.00Current price is: €82.00.
- Original price was: €110.00.€87.00Current price is: €87.00.
- Original price was: €114.00.€91.00Current price is: €91.00.
More about Rotalla Setula 4 Season RA03 tyres
The Rotalla Setula 4 Season RA03 is an all-season tire designed for passenger cars. These tires deliver good performance on dry and wet pavement, as well as on lightly snow-covered roads. Driving with these tires will be smooth, comfortable, and quiet.
Key features of the Rotalla Setula 4 Season RA03
+Good performance on dry and wet pavement.
+Wide drainage grooves that effectively disperse water and snow.
+Smooth, comfortable, and quiet ride.
+Elastomers in the rubber compound make this tire flexible across a wide temperature range.
+Sawtooth sipes improve traction on slippery road surfaces.
Rotalla Setula 4 Season RA03 Tread Pattern
The Rotalla Setula 4 Season RA03 tread pattern is symmetrical and directional, featuring several wide drainage grooves that excel at dispersing water and snow. The sawtooth sipes integrated into the tread pattern, combined with tread blocks arrangedat a 90° angle to one another, enhance stability, maneuverability, and traction on slippery road surfaces. The tread pattern is made from a unique rubber compound and performs effectively across a wide temperature range.