| Specifications | + Add Model search | ||
|---|---|---|---|
| manufacturing Engine & Power | |||
| Engine Horsepower | 70 PS / 51.5 kW | 60 hp / 44 kW | - |
| PTO Speeds | 540 / 1,000 rpm | 540 / 1000 rpm | - |
| Displacement | 3.6 L | 2.9 L | - |
| Cylinders | 4 | 3 | - |
| settings Transmission | |||
| Standard Type | 12F / 4R | 12F / 4R | - |
| Optional Gears | 20F / 8R, 12F / 12R, 24F / 12R | - | - |
| water_drop Hydraulics & Hitch | |||
| Pump Flow Rate | - | - | - |
| Rear Hitch Capacity | - | - | - |
| straighten Dimensions & Weight | |||
| Wheelbase | 2,342 mm / DT 2,314 mm | - | - |
| Operating Weight | 3,040 kg / DT 3,330 kg | 2,450 kg | - |
Frequently Asked Questions About Comparing Tractor Specifications
1. How do I compare two different tractor models side-by-side?
Click the 'Add Model' search box in any column, type the manufacturer or model name (e.g. 'John Deere 4020' or 'Case IH Magnum 340'), and select the tractor to instantly populate engine, transmission, hydraulic, dimension, and weight specifications.
2. Why does rated Engine HP differ from PTO HP during comparison?
Engine HP measures gross flywheel output without parasitic losses. PTO HP measures the actual usable mechanical power delivered to rotary implements at standard 540 or 1000 RPM.
3. How do I evaluate power-to-weight ratio between two tractors?
Divide the operating weight (lbs or kg) by the PTO horsepower. Heavy draft tractors typically target 100–120 lbs/HP for maximum traction, while agile utility chore tractors target 80–90 lbs/HP.
4. How does transmission type impact fuel economy and productivity?
Continuous Variable Transmissions (CVT/Vario) continuously optimize engine RPM for ground speed, saving up to 15% fuel in varied draft duties. PowerShift transmissions offer rugged durability for heavy steady pulling.
5. Why is hydraulic flow rate important when comparing loader tractors?
Hydraulic pump flow (GPM / L/min) dictates loader cycle times (lift, dump, lower speeds) and determines whether the tractor can run hydraulic motor attachments like post hole diggers or bale wrappers.
6. What does the 'Highlight Differences' button do?
Clicking 'Highlight Differences' dynamically analyzes every active column and highlights rows where numerical values or mechanical configurations differ between the compared models.
7. How do I export my side-by-side comparison data?
Click the 'Export CSV' button in the toolbar to instantly generate and download a clean spreadsheet containing all compared tractor models and their complete specification matrix.
8. Can I compare more than two tractors simultaneously?
Yes! The comparison workbench supports comparing up to 3 models simultaneously across all technical specification parameters.
9. How do I share a specific comparison setup with someone?
Click the 'Share' button to copy a direct URL containing the encoded comparison IDs (e.g. ?compare=fiatagri-70-90,john-deere-4020) to your clipboard.
10. How are displacement and torque rise compared between engines?
Larger displacement engines deliver higher low-RPM lugging torque, preventing engine stalling when encountering heavy soil conditions without downshifting.
11. What should I consider when comparing 2WD vs 4WD/MFWD models?
2WD provides lower purchase cost and tighter maneuverability in dry conditions. MFWD provides up to 35% higher pulling traction and superior front loader counterbalancing on hillsides.
12. Where can I verify the full laboratory OECD report for compared models?
Click on the tractor model title in any column header to navigate directly to the complete verified specification sheet with full test citation numbers and lab documents.