Genuine Royal Enfield Liquid Gun 15W-50 Semi-Synthetic Engine Oil – 1.7 Litre Pack for Classic, Meteor & Hunter – Part No. 3600076

Product Description Royal Enfield Liquid Gun 15W-50 is a high-grade semi-synthetic lubricant engineered for the modern J-Series and UCE engines. This 1.7L quantity is perfectly measured for a standard oil change on several 350cc models, eliminating the need to buy larger, more expensive cans or store leftover oil.   Manufactured by Hindustan Petroleum Corporation Ltd. (HPCL) for Royal Enfield, this oil is designed to handle the high operating temperatures of long-stroke engines. It features advanced anti-wear additives that protect critical engine components while ensuring consistent clutch engagement for motorcycles with wet-clutch systems. Using this genuine oil helps maintain your engine’s signature “thump” while keeping internal parts clean and well-lubricated. Key Features: Precision 1.7L Volume: Ideally sized for standard oil changes on J-Series motorcycles, reducing waste. Semi-Synthetic Formula: Provides the enhanced protection of synthetic oil with the reliable lubrication of high-quality mineral base stocks. Thermal Stability: Specifically rated at 15W-50 to maintain a strong oil film even under extreme engine heat. OEM Authenticity: The official factory-recommended oil that ensures your motorcycle’s warranty and performance standards are met. Wet-Clutch Compatible: Formulated to provide the right amount of friction for smooth gear shifts and to prevent clutch slippage. Technical Specifications: Part Number: 3600076 Viscosity Grade: 15W-50 Type: Semi-Synthetic Net Quantity: 1.7 Liters (at 29.5°C) Manufacturer: Hindustan Petroleum Corporation Ltd. MRP: ₹720.00 (Inclusive of all taxes) Vehicle Compatibility: Royal Enfield Classic 350 Reborn (J-Series) Royal Enfield Meteor 350 Royal Enfield Hunter 350 Royal Enfield New Bullet 350 (J-Series) Note: Always refer to your owner’s manual to confirm the exact oil capacity for your specific model year, as some UCE models may require different volumes.