| Manufacturer |
Renault |
| Price |
- |
| Model |
7050 |
| Equipment Type |
- |
| Factory |
|
RENAULT 7050 POWER
ENGINE DETAIL
The Renault 7050 tractor features a robust MWM 3-cylinder air-cooled engine, offering a displacement of 2.7L, which can provide reliable performance in various agricultural applications. With a power output of 41.6 hp, it strikes a balance between adequate horsepower for lightweight tasks and fuel efficiency, making it suitable for small to medium-sized farms. However, air-cooled engines may present challenges in extreme temperatures, requiring careful management during prolonged operation.
| Description |
MWM 3-cylinder air-cooled |
| Displacement |
165.7ci / 2.7L |
| Power |
41.6hp / 31.0kW |
RENAULT 7050 ENGINE
The Renault 7050's MWM 2.7L 3-cylinder engine combines efficiency with compact design, offering a balance of power and weight for various agriculture tasks. This setup provides a favorable torque-to-weight ratio, ideal for nimble operations in tight spaces; however, its smaller displacement may limit performance in heavy-duty applications. Maintenance accessibility is typically upper-tier due to its compact engine layout, but ensure regular servicing to optimize lifespan and operational reliability.
| Description |
MWM 2.7L 3-cyl |
RENAULT 7050 TIRES
The Renault 7050 tractor features Ag rear tires sized 12.4-11/32, offering enhanced traction and stability on various terrains. This specification is advantageous for operations requiring maneuverability in tighter spaces while maintaining a lower center of gravity. Challenges may arise in terms of flotation in softer soils, so consider tire pressure adjustments based on operating conditions to optimize performance.
DIMENSIONS & TIRES
The Renault 7050 tractor features a rear tire size of 12.4, which typically indicates a narrower tire profile that can enhance maneuverability and reduce soil compaction. However, the narrower tires may also limit traction in softer conditions, potentially impacting performance in challenging terrains such as mud or loose soil. When considering use on varied landscapes, it’s essential to evaluate tire width in relation to load requirements and field conditions for optimized efficiency.
