CAT 302 CR vs Bobcat E20 Mini Excavators
Compare the CAT 302 CR and Bobcat E20 mini excavators to determine which model offers superior performance, features, and value. This side-by-side comparison highlights engine power, operating weight, and dig depth to help you choose the best compact excavator for your property or small construction projects.
The CAT 302 CR is a compact mini excavator powered by a 21-hp diesel engine. It offers an operating weight of 4,987 lbs and a maximum dig depth of 101.2 inches. The machine features a retractable undercarriage, allowing it to pass through narrow openings as small as 42.9 inches wide.
The Bobcat E20 is a zero tail swing mini excavator equipped with a 13.9-hp diesel engine. It has an operating weight of 4,306 lbs and a maximum dig depth of 101 inches. The E20’s retractable undercarriage narrows to 39 inches, making it ideal for confined spaces.
CAT 302 CR Pros:
Higher engine horsepower (21 hp) for improved performance
Greater operating weight enhances stability during operation
Retractable undercarriage for tight access
Fuel-efficient diesel engine
CAT 302 CR Cons:
Wider minimum width may limit access in extremely narrow spaces
Limited operator comfort features
No zero tail swing design
Smaller fuel tank may require frequent refueling
Bobcat E20 Pros:
Zero tail swing design for enhanced maneuverability
Narrower minimum width (39 inches) for superior accessibility
Wider operator area for increased comfort
Standard auxiliary hydraulics for attachments
Bobcat E20 Cons:
Lower engine horsepower compared to CAT 302 CR
Lighter operating weight may affect stability
Higher ground pressure may affect performance on soft ground
Potentially higher cost due to additional features
Bobcat vs. CAT 302 CR:
The CAT 302 CR offers a higher horsepower engine and greater operating weight, making it suitable for users prioritizing power and stability. However, it falls short in maneuverability and operator comfort. The Bobcat E20 stands out with its zero tail swing design and narrower width, making it a better option for projects requiring enhanced accessibility and comfort.