Belgium
Description
The Ecopia EP150 guarantees extremely low rolling resistance with low fuel consumption and low CO2 emissions. Its safety and reliability are optimal on wet roads and it guarantees a dynamic handling for driving pleasure in the city.
Fuel economy
High traction and stable handling in wet weather
Nano-Pro Technology™
Bridgestone’s revolutionary Nano-Pro Technology™ controls the interaction between compound elements, thus conserving energy and reducing rolling resistance.
Light weight construction
New belt material choice and innovative technologies for achieving lighter tyre construction for reduced tyre weight.
Rib-linked centre blocks
Connected block to thin rib for as more even contact pressure distribution, achieving higher braking force and grip in wet.
High angle lug grooves
Increase resistance to hydroplaning. High angle placement of lugs for most effective braking edge, best contact patch and pattern noise.
3D cut connecting ribs
Higher block stiffness for better handling performance, especially when cornering. Increased resistance to irregular wear and pattern noise emission.
Silent ACS blocks
Convex block design for Adaptive Contact Surface (A.C.S.) to precent air volume velocity, resulting into lover pattern noise emission.
Manufacturer information
EU Tyre Label
As of 01/11/2021, the European Tyre Labelling Regulation EU/1222/2009, (EU tyre label) applies. This regulation applies for all newly manufactured tyres as of CW27/2021.
The EU tyre label provides information about the criteria for fuel efficiency, wet grip and external rolling noise and is binding for all car, LGV and HGV tyres (classes C1, c2 and C3) within EU Member States.
The aim of the EU tyre label is to increase safety, environmental protection and efficiency of road traffic by promoting fuel-saving, safe and quiet tyres.
Alongside the EU tyre label, you should continue to consider the relevant tyre tests as an important factor in your decision to purchase, as the new EU tyre label tests only three important criteria. in this way, for example, the driving characteristic of summer tyres on a dry road is assessed just as little as the snow grip of winter tyres
C
Fuel efficiency
Fuel consumption is dependent upon the rolling resistance of the tyres, the vehicle itself, driving conditions and driving style. The measured rolling resistance (rolling resistance coefficient) of the tyre is categorised in classes A to E. (with the old label up to calss G)
Fitting a vehicle with class A tyres all round can lead to a reduction in fuel consumption of up to 7.5%* in comparison to the same vehicle with class E tyres all round. Commercial vehicles may have even greater reductions.
(Source: Impact analysis of the European Commission
* if measured in accordance with the stated procedures in EU Regulation 2020/7400)
Wet grip
For wet grip, the so-called wet grip coefficient is calculated from the braking distance or maximum friction value between tyre and road surface in comparison to a reference tyre, and categorised in the classes "A" (shortest braking distance) to "E" (longest braking distance). (with the old label up to class G)
Please note that road safety is highly dependent upon individual driving style. Stopping distances must always be observed. To improve road grip in wet conditions, tyre pressure must be checked regularly.
External rolling noise
The external rolling noise value is specified in decibels. In addition, a classification of A, B or C is assigned, whereby "A" represents the quietest and "C" represents the loudest rolling noise. (With the old label, with classes 1, 2 and 3, "1" represents the quietest and "3" the loudest rolling noise.
The noise emission of a tyre has an effect upon the total noise of the vehicle and influences not only driving comfort, but also environmental noise pollution.
