Shell’s automotive range; including Helix passenger-car oils and Rotella heavy-duty engine lubricants—is engineered to provide exceptional engine cleanliness, wear protection, and fuel efficiency. These oils meet or exceed leading OEM and API standards (like CJ‑4/SM), ensuring optimal performance across modern gasoline and diesel vehicles
Shell Spirax S3 AS 80W-140 is a high-performance GL-5 axle oil, specifically developed for heavy-duty axles and transmissions under severe operating conditions, offering excellent oxidation stability, wear protection, and extended drain capability.
Shell Spirax S3 AM 80W-90 is a high-performance universal gear oil designed for heavy-duty axles and gearboxes, providing extended drain capability and excellent wear protection across the entire driveline.
Shell Spirax S3 ALS 80W-90 is a high-performance API GL-5 axle oil specially formulated for limited slip differentials in heavy-duty vehicles and passenger cars, providing excellent protection and smooth operation.
Shell Spirax S3 AD 80W-90 is a high-performance API GL-5 axle oil formulated for extended drain intervals and excellent wear protection in heavy-duty axles and differentials.
Shell Spirax S2 G 80W-90 is a high-quality API GL-4 automotive gear oil designed for manual transmissions and gear sets operating under mild extreme-pressure conditions.
Shell Spirax S2 ALS 90 is a high-quality GL-5 gear oil specifically designed for automotive limited slip differentials, delivering excellent wear protection and optimized friction performance.
Shell Spirax S2 A 85W-140 is a high-quality API GL-5 axle oil formulated for use in a wide range of automotive and industrial gear units operating under heavy-duty conditions.
Shell Spirax S2 A 80W-90 is a high-quality API GL-5 axle oil formulated for use in a wide variety of automotive axle units operating under heavy-duty conditions.
Shell Spirax MB 90 is a high-quality heavy-duty axle oil formulated for extreme-pressure applications in automotive transmissions and axles operating under severe conditions.