When it comes to selecting the perfect tractor for your farming needs, the Massey Ferguson 241 DI 4WD and the Mahindra YUVO 575 DI 4WD stand out as strong contenders. Both models have high-performance features, durability, and efficiency that cater to modern agricultural demands. In this article, we will compare these two tractor models in terms of engine performance, key specifications, price, and overall usability, helping farmers make an informed decision.
Engine Performance & Power
Massey Ferguson 241 DI 4WD
The Massey Ferguson 241 DI 4WD is powered by a 42 HP engine with a 2500 cc displacement. The tractor features a 3-cylinder engine that provides excellent fuel efficiency and optimal power for various agricultural operations. The liquid cooling system prevents overheating, making it suitable for prolonged fieldwork.
Mahindra YUVO 575 DI 4WD
The Mahindra YUVO 575 DI 4WD, on the other hand, boasts a 45 HP engine with a 2979 cc displacement. It is equipped with a 4-cylinder engine, ensuring enhanced torque and power delivery for heavy-duty tasks. The cooling system and superior transmission design allow for longer working hours without compromising on efficiency.
Transmission & Gearbox
Massey Ferguson 241 DI 4WD
- Gearbox: Sliding Mesh
- Clutch: Dual Clutch
- Speed Range: 540 RPM PTO with 8 Forward + 2 Reverse gears
- Hydraulics: Advanced Draft Control (ADC) for precision farming
Mahindra YUVO 575 DI 4WD
- Gearbox: Full Constant Mesh
- Clutch: Single/Dual Clutch options
- Speed Range: 540 RPM PTO with 12 Forward + 3 Reverse gears
- Hydraulics: Advanced hydraulic lifting with precision control
The Mahindra YUVO 575 DI 4WD offers a more advanced transmission system with additional gears, providing greater flexibility in speed control and enhanced fuel efficiency during operations. The Massey Ferguson 241 DI 4WD, however, provides a simpler transmission system with reliable performance.
Hydraulic Lifting Capacity
- Massey Ferguson 241 DI 4WD: 1700 kg lifting capacity
- Mahindra YUVO 575 DI 4WD: 1500 kg lifting capacity
The Massey Ferguson 241 DI 4WD has a higher lifting capacity, making it suitable for heavy-duty farming tasks such as plowing, tilling, and carrying large loads. However, the Mahindra YUVO 575 DI 4WD offers excellent balance and smooth operations for medium-sized implements.
Fuel Tank Capacity & Mileage
- Massey Ferguson 241 DI 4WD: 47 liters
- Mahindra YUVO 575 DI 4WD: 60 liters
The Mahindra YUVO 575 DI 4WD has a larger fuel tank, making it ideal for long working hours without frequent refueling. Both tractors are known for their fuel-efficient engines, ensuring reduced operational costs.
Price Comparison
Massey Ferguson 241 DI 4WD Price
The Massey Ferguson 241 DI 4WD is priced around INR RS. 7.9 Lakh - 8.65 Lakh (may vary depending on location and dealer offers).
Mahindra YUVO 575 DI 4WD Price
The Mahindra YUVO 575 DI 4WD comes at a price range of INR Rs.7.9 Lakh - 8.15 Lakh, making it a slightly costlier option but offering enhanced features. Mahindra tractor price can range from ₹3.30 lakh to ₹15 lakh, depending on the model, horsepower, and features.
Comparison with Other Models
Apart from these two models, farmers also consider other popular tractors such as:
- Massey Ferguson 1035, which is a budget-friendly option offering excellent performance in small farms.
- The Mahindra 475 DI XP Plus Price known for its high durability and powerful engine.
- Mahindra 265 DI Price: an affordable and fuel-efficient tractor ideal for small-scale farming.
Final Verdict: Which One to Choose?
Choosing between the Massey Ferguson 241 DI 4WD and Mahindra YUVO 575 DI 4WD depends on your specific farming requirements.
- If you need a cost-effective, high-lifting capacity tractor with reliable performance, the Massey Ferguson 241 DI 4WD is an excellent choice.
- If you are looking for more power, better gear options, and enhanced fuel capacity, the Mahindra YUVO 575 DI 4WD is the preferred option.
Both tractors offer exceptional reliability and efficiency, ensuring improved productivity in farming operations. The final decision should be based on individual budget, terrain type, and specific farming tasks.
