| Manufacturer |
Hinomoto |
| Price |
- |
| Model |
E262 |
| Equipment Type |
- |
| Factory |
Japan |
HINOMOTO E262 POWER
ENGINE DETAIL
The Hinomoto E262 features a Toyosha 3S139 diesel engine, known for its reliability and fuel efficiency due to its liquid cooling system. With a displacement of 1.4L and power output of 26hp, it is well-suited for small to medium agricultural tasks, offering good torque at lower RPMs. However, its limited horsepower may restrict performance in heavier applications, potentially necessitating a larger tractor for more demanding operations.
| Description |
Toyosha 3S139 diesel 3-cylinder liquid-cooled |
| Displacement |
84.82ci / 1.4L |
| Power |
26hp / 19.4kW |
HINOMOTO E262 ENGINE
The Hinomoto E262 tractor is powered by a Toyosha 1.4L 3-cylinder diesel engine, offering a reliable power-to-weight ratio suitable for various farming tasks. Its compact size enhances maneuverability in tight fields but may limit heavy-duty applications compared to larger models. Overall, it is well-suited for small to medium farms, prioritizing efficiency and ease of use.
| Description |
Toyosha 1.4L 3-cyl diesel |
MECHANICAL
The Hinomoto E262, a 2WD chassis tractor, is notable for its compact design suitable for small-scale agricultural operations. The 2WD configuration enhances maneuverability in tight spaces but limits traction in challenging terrain, making it less ideal for muddy conditions. Additionally, its relatively low horsepower may restrict heavy-duty applications, suggesting a perfect fit for lighter soil cultivation and gardening tasks.
DIMENSIONS
DIMENSIONS & TIRES
The Hinomoto E262, weighing 2,200 lbs (997 kg), is designed for versatility in various agricultural tasks with its compact size and reasonable weight for stability and maneuverability. Its lightweight nature can be a significant advantage when working in softer soils or confined spaces but may limit its ability to handle heavier implements or perform in extreme conditions. Users should also consider the balance between power output and weight to ensure optimal performance in specific farming scenarios.
