Description
Fuel-Efficient Long-Haul Steer Tire
Premium Performance for Long-Haul and Regional Service
ENGINEERED TO DELIVER
The R283A Ecopia™ is a steer tire that gives you the best of both worlds: long wear life and the fuel efficiency benefits R283A Ecopia™ tires are known for. Thanks to innovative technology the R283A Ecopia™ delivers significant wear life improvement while also improving rolling resistance, compared to the previous generation.
- An achievement in eco‑friendly performance, Ecopia is Bridgestone’s most fuel-efficient truck tire.
- The SmartWay Technology program and CARB guidelines determine regulations for tractor and trailer tires that improve the overall fuel efficiency, aerodynamics and performance of your vehicles.
R283A Ecopia™ Improvements & Innovations
Tread Improvements & Innovations
- Four-Rib Design
- Enhances tread stiffness for improved fuel economy
- Optimized Tread Depth and Width
- Maximizes tread volume for long original life and lower treadwear cost per mile
- Defense Side Groove™
- Minimizes shoulder edge wear for long original life
- Equalizer Rib™
- Absorbs irregular wear, promoting uniform rib wear and higher removal mileage
- Stress Relief Sipes
- Fight irregular wear on main ribs by absorbing rib edge stresses in the footprint for long, even wear
Tire Improvements & Innovations
- NanoPro-Tech™ Polymer Technology
- Patented NanoPro-Tech™polymer limits energy loss for
improved rolling resistance and optimum fuel efficiency
- Patented NanoPro-Tech™polymer limits energy loss for
- Fuel Saver Sidewall
- Reduces heat generation and energy loss
- IntelliShape™ Sidewall Design
- Contains less bead filler volume, reducing tire weight and minimizing rolling resistance for enhanced fuel efficiency
- Innovative Tread Compound
- Together with NanoPro-Tech, this proprietary compound contributes to longer wear life
- Proprietary Shoulder Design
- Optimizes the footprint for long, even wear
- Lower Cap/Base Junction
- Designed to reduce the occurrence of irregular wear through delayed exposure to the base compound
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