High-Power 63CC 2-Stroke Petrol Engine for Earth Auger, Brush Cutter & Mini Tiller , High Torque Spare Engine for Post Hole Digger & Cultivator

Specifications

• Brand: Greenleaf
• Weight (Approx.) : 5 kg

• Fuel Used : Petrol
• Displacement : 63/68 cc
• Power : 3 hp
• Stroke : 2
• Engine Type: Air-cooled Engine
• Fuel Tank Capacity: 1.3 ml
• Fuel Consumption: 800 ML to 1250 ML Per Hour (Results may vary based on usage)
• Oil (Mixing): 40 ml - 60 ml 2T oil in 1L of Petrol
• Max. Output : 8500 RPM

The High-Power 63CC 2-Stroke Petrol Engine is a heavy-duty, versatile power unit designed to breathe new life into your agricultural machinery. Engineered for maximum torque and high RPM, this replacement engine is the perfect universal fit for Earth Augers, Brush Cutters, and Mini Tillers. Whether you are digging deep post holes, clearing dense brush, or tilling garden soil, its robust construction and efficient fuel combustion ensure consistent performance under heavy loads. Upgrade your equipment with this reliable powerhouse and experience industrial-grade efficiency in the field.

Features :

• Massive 63CC Displacement: Delivers superior power and high torque compared to standard engines, making it ideal for tough soil and thick vegetation.
• Universal Compatibility: Designed as a standard replacement for most 2-stroke earth augers, post hole diggers, and heavy-duty brush cutters.
• Easy-Start Technology: Features an optimized recoil starter and CDI ignition system for quick, effortless starting every time.
• High-Efficiency Cooling: Large finned cylinder design ensures rapid heat dissipation, preventing overheating during prolonged use.
• Diaphragm Carburetor:  Allows the engine to operate smoothly at any angle, which is essential for multi-positional brush cutting and digging.
• Durable Build Quality: Reinforced crankcase and premium alloy components extend the engine's lifespan in harsh working environments.
• Compact & Lightweight: Balanced power-to-weight ratio ensures the machinery remains manageable without sacrificing performance.