SHELL HELIX ULTRA ECT 0W-30
Shell Helix Ultra ECT fully synthetic formulation uses Shell’s most advanced emissions-compatible technology to help gasoline engine exhaust catalysts and keep diesel particulate filters clean and protects it from ash build-up that can block the exhaust system and lead to reduced engine performance.
Helps to protect high-performance engines from power and performance-robbing deposits.
Unsurpassed sludge protection
No other motor oil can keep your engine closer to factory clean1
Developed with special antioxidants
Helps to provide excellent oxidation protection throughout the oil-drain interval.
Low viscosity and low friction
Up to 2.1% greater fuel economy2
Exceptional low-temperature performance
Easier starting in cold weather; faster oil flow for quicker engine warm-up3.
High resistance to mechanical stress
Maintains viscosity and stays in grade throughout the oil-change interval.
Low evaporation formulation
Low oil consumption for less frequent top-up.
1 Based on Sequence VG sludge test results using 0W-40.
2 Based on ACEA M 111 fuel economy results vs the industry reference oil.
3 Compared with higher viscosity oils.
Shell Helix Ultra ECT 0W-30 is suitable for use in vehicles currently using SAE 5W-30 or 10W-30 grades, providing enhanced engine protection and fuel economy1.
1 Applicable to vehicles where an API SN or ACEA C3 oil is required
Specifications, Approvals & Recommendations
- API SN
- ACEA C3
- MB-Approval 229.51
The product specifications listed above may vary from time to time and may not all be available for sale in the United Kingdom. To obtain a specific recommendation for your vehicle from our UK product portfolio, please use our free online oil recommendation tool, Shell Lubematch.
More from the Shell Helix product range
Give your engine superior performance and protection with the advanced benefits of Shell Helix Ultra ECT 0W-30 – our most advanced formulation to date. The latest in our high-quality range of fully synthetic motor oils, it’s proven to deliver greater performance than ever before.