| Manufacturer |
Shibaura |
| Price |
- |
| Model |
SD4643 |
| Equipment Type |
- |
| Factory |
Matsumoto, Japan |
SHIBAURA SD4643 POWER
ENGINE DETAIL
The Shibaura SD4643 is a diesel 3-cylinder tractor delivering 46hp (34.3kW), offering a balanced blend of power efficiency suitable for small to medium agricultural tasks. With its compact design, it excels in maneuverability within tight spaces while maintaining a robust performance for plowing and tilling. However, its limited horsepower compared to larger tractors may challenge heavier-duty applications or extensive acreage work.
| Description |
diesel 3-cylinder |
| Power |
46hp / 34.3kW |
SHIBAURA SD4643 ENGINE
The Shibaura SD4643 features a robust 3-cylinder diesel engine, providing excellent torque output and fuel efficiency, ideal for small to mid-sized agricultural tasks. Its compact design offers superior maneuverability in tight spaces, making it suitable for orchards or small farms. However, the limited horsepower may present challenges for more demanding implements or larger fields.
MECHANICAL
The Shibaura SD4643 features a 4x4 MFWD (Mechanical Front-Wheel Drive) system, enhancing traction and stability on varied terrain, which is advantageous for applications in agriculture and landscaping. The all-wheel drive capability improves maneuverability in challenging conditions, although it may increase tire wear under certain circumstances. Ensure to evaluate the tractor's weight distribution and tire selection to maximize performance and minimize potential challenges in soft or uneven ground.
DIMENSIONS
| Length |
133inches / 337cm |
| Width |
60inches / 152cm |
| Height |
78inches / 198cm |
| Weight |
4151lbs / 1882kg |
DIMENSIONS & TIRES
The Shibaura SD4643, weighing 4151 lbs (1882 kg), offers a robust base for stability during heavy-duty tasks but may limit maneuverability in tight spaces. Its weight can enhance traction on uneven terrain, beneficial for agricultural applications, although operators should be cautious of soil compaction. For optimal performance, consider balancing its weight with appropriate implements to maximize efficiency.
