Views: 8550 Author: Site Editor Publish Time: 2026-06-02 Origin: https://www.agro-ltm.com/products.html
By: Shandong Lifetree Machinery Co., Ltd. — Agricultural Equipment Experts
Published: June 2, 2026 | Last Updated: June 2, 2026
Reading Time: Approx. 15 minutes
Whether you're a first-time farmer wondering "what kind of tractor do I need?" or an experienced operator looking to import tractors from China, this guide has you covered. We'll answer the most common tractor questions — from how a tractor works and how much it costs, to how to attach implements, maintain your machine, and even the history of tractors.
This is the single most comprehensive tractor resource you'll find online, written by the agricultural equipment team at Shandong Lifetree Machinery Co., Ltd., manufacturers of 50–120 HP farm tractors exported worldwide.
Table of Contents
A tractor is essentially a powerful, low-speed vehicle designed to provide high pulling force (torque) at the wheels and shafts. Unlike cars built for speed, tractors are engineered for strength, traction, and versatility. Here's how the core systems work together:
Most farm tractors run on diesel engines, which are preferred over petrol engines because diesel fuel has a higher energy density and diesel engines produce more torque at lower RPMs — exactly what's needed for pulling heavy implements through soil.
A diesel engine works through compression ignition: air is compressed to such high pressure (typically 20:1 to 25:1 compression ratio) that it heats up to 500–700°C. Diesel fuel is then injected into this superheated air, igniting spontaneously without a spark plug. This combustion drives pistons, which turn the crankshaft, producing rotational power.
Modern tractors use common-rail electronic fuel injection, which precisely controls fuel delivery for better efficiency, lower emissions, and more power compared to older mechanical injection systems.
Power from the engine flows through this chain:
Clutch: Connects and disconnects the engine from the transmission. Allows the operator to shift gears and stop without stalling the engine.
Transmission (Gearbox): Converts engine speed into various gear ratios — low gears for heavy pulling, high gears for road transport. More gears = more flexibility.
Differential: Allows the left and right rear wheels to turn at different speeds during turns, preventing tyre scrubbing and soil damage.
Final Drive: Large reduction gears at the rear axle that multiply torque one last time before it reaches the wheels.
The PTO is a rotating shaft at the rear of the tractor that transfers engine power to attached implements like mowers, balers, planters, and generators. Standard PTO speeds are 540 rpm and 1,000 rpm. The PTO essentially turns the tractor into a mobile power station — the implement doesn't need its own engine.
Tractors use a hydraulic pump (driven by the engine) to pressurise hydraulic oil, which is then used to:
Raise and lower the three-point hitch and attached implements
Power hydraulic motors on implements (e.g., planter fans, log splitters)
Steer the tractor (on models with power steering)
Operate remote hydraulic cylinders on trailers and other equipment
Invented by Harry Ferguson in the 1920s, the three-point hitch is the universal mounting system that connects implements to the tractor. Two lower arms and one upper link form a triangle, allowing the implement to pivot and follow ground contours. The hydraulic system raises, lowers, and controls the depth of attached implements.
In Simple Terms: A tractor takes the power from a diesel engine, multiplies it through a gearbox and final drive, delivers it to large rear wheels for traction, and shares it with implements through the PTO and hydraulics. Every system is optimised for pulling force, not speed.
The transmission (gearbox) is one of the most important and complex components of a tractor. It determines how the engine's power is converted into usable wheel speed and torque for different tasks.
Type | How It Works | Best For | Price Range |
|---|---|---|---|
Sliding Gear | Gears slide into mesh manually | Older/basic tractors | Lowest |
Synchromesh | Synchronised gears allow smooth shifting while moving | Most modern tractors | Mid-range |
Power Shift | Electro-hydraulic clutch packs shift gears under load | High-productivity farming | Higher |
CVT (Continuously Variable) | Belt/hydrostatic system provides infinite speed range | Premium tractors, precision work | Highest |
Main shaft: Receives power from the clutch
Counter shaft (layshaft): Carries multiple gear sets
Range selector: Provides high/low ranges, effectively doubling gear count
Synchronisers: Match gear speeds for smooth engagement
Reverse gears: Allow the tractor to back up
PTO drive gear: Takes power from the main shaft to the PTO output
Creep gears (optional): Ultra-low speeds (0.5–2 km/h) for planting and specialised work
For general farming, 12 forward + 12 reverse gears is a good baseline. This provides enough speed options for fieldwork (5–12 km/h), transport (15–30 km/h), and reverse manoeuvring. Premium tractors may offer 24+4 or even 48+48 gears with power shift.
Buyer's Tip: If you do precision work like planting or spraying, look for tractors with creeper gears or CVT. These let you maintain very slow, steady speeds — essential for even seed spacing and uniform spray coverage.
Tractor braking systems are different from car brakes because tractors often need to brake individual rear wheels separately for sharp turns in tight spaces.
Differential Brakes (Independent Left/Right): Each rear wheel has its own brake pedal (or can be locked together with a pin). Stepping on only the left brake makes the tractor turn left sharply — useful for headland turns in the field.
Wet Disc Brakes: Multiple steel discs running in oil. Self-adjusting, long-lasting, excellent for heavy-duty use. Most modern farm tractors use this type.
Dry Disc Brakes: Similar to car brake pads. Less expensive but wear faster and are more affected by dust and moisture.
Hydraulic Brakes: Use hydraulic fluid pressure to activate brake shoes or discs. Standard on most tractors above 50 HP.
Hand Brake (Parking Brake): A mechanical lever that locks the rear brakes when the tractor is parked — critical safety feature on slopes.
A tractor without properly functioning brakes is extremely dangerous, especially when:
Towing heavy trailers downhill
Operating on slopes and uneven terrain
Stopping with a heavy implement attached
Road transport at higher speeds
⚠️ Safety Warning: Always check brake function before each working day. Ensure both left and right brakes are adjusted evenly. When transporting on roads, lock both brake pedals together with the connecting pin to prevent accidental single-wheel braking, which can cause the tractor to jackknife.
The drawbar is a horizontal steel bar or clevis mounted at the rear of the tractor, used to tow trailed implements and trailers. Unlike the three-point hitch (which lifts and carries implements), the drawbar pulls equipment behind the tractor.
Fixed Drawbar: A simple steel bar welded or bolted to the tractor's rear axle housing. Simple, strong, non-adjustable.
Swinging Drawbar: Pivots side to side, allowing the trailed implement to follow the tractor more smoothly through turns.
Adjustable Drawbar: Can be moved up/down and forward/back to change the hitch point position, optimising pull angle for different implements.
Clevis / Hitch Pin: The actual connection point where the implement's tongue attaches to the drawbar using a heavy-duty pin.
Feature | Drawbar | Three-Point Hitch |
|---|---|---|
Connection | Tows behind | Carries on rear |
Implement weight | Supported by implement's own wheels | Carried by tractor's rear axle |
Traction | Less rear weight = less traction | Implement weight adds traction |
Best for | Trailers, discs, rollers | Ploughs, planters, rotary tillers |
The drawbar pull is a key specification of any tractor — it measures how much force the tractor can exert at the drawbar, typically expressed in kilonewtons (kN) or pounds of force. Higher drawbar pull means the tractor can handle larger, heavier implements.
Understanding when tractors were invented helps appreciate how far agricultural technology has come.
The earliest tractors were steam-powered traction engines, first built in the 1850s in England. These massive machines could pull ploughs across fields but were heavy, expensive, and required a crew to operate. By the 1880s, steam tractors were being used in American agriculture.
In 1892, John Froelich built the first successful gasoline-powered tractor in Iowa, USA. By 1908, companies like International Harvester and Henry Ford were mass-producing affordable tractors. Ford's Fordson Model F (1917) became the first tractor to sell over 500,000 units, making mechanised farming accessible to ordinary farmers.
In 1931, Caterpillar introduced the first diesel-powered tractor. Diesel engines offered more torque, better fuel economy, and greater durability. By the 1950s, diesel had become the standard fuel for farm tractors worldwide.
The late 20th century brought four-wheel drive, power shift transmissions, cab enclosures, GPS guidance, and precision agriculture technology. Today's tractors are sophisticated machines with computer-controlled engines, GPS auto-steering, and telematics — a far cry from the steam engines of the 1850s.
Fun Fact: The word "tractor" was first trademarked in 1901 by the Hart Parr company in Charles City, Iowa, USA. Before that, these machines were called "traction engines."
Long tractors (also known as Long Equipment or Long Manufacturing) is an American tractor brand with roots dating back to 1946 in Tarboro, North Carolina, USA. Founded by Guillermo Long, the company originally manufactured peanut harvesting equipment before expanding into tractors.
1946: Long Manufacturing founded in Tarboro, North Carolina
1960s–1970s: Began producing tractors, initially sourcing engines and components from other manufacturers
1980s–1990s: Produced a range of utility tractors from 35–110 HP
2000s: Brand ownership changed hands several times; production was eventually moved and scaled down
Today, Long-branded tractors are no longer manufactured in significant volumes. However, used Long tractors remain popular in the American South and parts of Latin America for their simplicity and durability.
For farmers looking for affordable, reliable tractors in similar HP ranges, Chinese manufacturers like Shandong Lifetree Machinery offer modern 50–120 HP tractors with advanced features at highly competitive prices.
While you can't "make" a tractor at home (they require precision engineering and heavy industrial equipment), understanding the manufacturing process helps you evaluate quality when buying.
1 Engine Assembly: Engine blocks are cast from high-grade iron or aluminium, then machined to micron-level tolerances. Pistons, crankshafts, injectors, and turbochargers are assembled in clean-room conditions.
2 Transmission Machining: Gears, shafts, and housings are precision-machined from forged steel. Heat treatment hardens gear surfaces for durability. Assembly requires exact tolerances to prevent noise and premature wear.
3 Frame & Axle Assembly: Heavy-duty steel frames and rear axles are welded, machined, and assembled. The rear axle houses the differential and final drive gears.
4 Hydraulic System Installation: Hydraulic pumps, valves, cylinders, and oil reservoirs are installed and tested under pressure.
5 Cab & Electrical: The operator's cab (with controls, seat, HVAC, and electronics) is mounted. Wiring harnesses connect engine management, displays, and GPS systems.
6 Paint & Quality Testing: Tractors are painted in electrostatic paint booths for corrosion resistance, then undergo engine testing, PTO testing, hydraulic testing, and road testing before shipping.
Shandong Lifetree Quality: Our tractors undergo the complete manufacturing and testing process described above, with 100% factory testing before shipment. Every engine is run-tested, every transmission is checked for proper shifting, and every hydraulic system is pressure-tested.
This is the question every farmer asks first. The answer depends on four key factors:
Farm Size | Recommended HP | Typical Operations |
|---|---|---|
1–10 acres (0.4–4 ha) | 25–50 HP | Mowing, light tillage, small planting |
10–50 acres (4–20 ha) | 50–75 HP | General farming, planting, spraying |
50–200 acres (20–80 ha) | 75–120 HP | Full crop production, heavy tillage |
200+ acres (80+ ha) | 120–300 HP | Large-scale commercial farming |
Mostly mowing and light work: 25–40 HP compact tractor
Tillage, planting, and spraying: 50–100 HP utility tractor
Heavy ploughing and large implements: 100–200 HP row-crop tractor
Transport and loader work: Look for higher hydraulic capacity and loader-compatible frames
Flat, open fields: Standard 2WD or MFWD (mechanical front-wheel drive) tractors
Hilly or sloped terrain: 4WD tractors with low centre of gravity, possibly with roll-over protection (ROPS)
Wet or muddy conditions: Tractors with differential lock and aggressive tread tyres
Orchards and vineyards: Narrow, low-profile tractors designed for tight spaces
Don't just look at the purchase price. Consider total cost of ownership including fuel, maintenance, and resale value. Sometimes spending 15–20% more upfront gets you a tractor that costs 30% less to run over 10 years.
Still Not Sure? Contact our team on WhatsApp +86 178 6293 9397 with your farm size, main crops, and budget — we'll recommend the perfect tractor model for your needs, with no obligation.
"How much is a tractor?" is probably the most common question we hear. The answer varies enormously based on horsepower, brand, features, and where you buy. Here's a transparent price guide for Shandong Lifetree Machinery tractors:
Shandong Lifetree Tractor Prices (FOB China)
50 HP Tractor
$6,500
75 HP Tractor
$12,000
100 HP Tractor
$14,000
120 HP Tractor
$18,000
Prices are in USD and may fluctuate with exchange rates.
Final pricing depends on configuration, attachments, and order quantity.
* Contact our online sales team for the latest quote.
HP Range | Lifetree Price | Typical Western Brand | Savings |
|---|---|---|---|
50 HP | $6,500 | $15,000–$25,000 | 55–74% |
75 HP | $12,000 | $25,000–$40,000 | 52–70% |
100 HP | $14,000 | $35,000–$55,000 | 60–75% |
120 HP | $18,000 | $45,000–$70,000 | 60–74% |
Why Are Chinese Tractors More Affordable? Lower labour costs, efficient manufacturing scale, and direct factory-to-customer sales eliminate middleman markups. The result: comparable quality at a fraction of the price. Exchange rates fluctuate — contact us for the most current pricing.
Knowing how to properly attach implements is essential for safe, efficient operation. Here's a step-by-step guide:
1 Position the tractor: Back the tractor up slowly to the implement until the lower hitch arms align with the implement's lift pins. Use mirrors or have a spotter guide you.
2 Lower the hitch arms: Use the hydraulic lever to lower the three-point hitch arms to the lowest position.
3 Connect lower arms: Attach each lower arm to the implement's lift pins. Secure with linchpins or locking clips — never skip this step.
4 Connect the top link: Attach the upper link (top link) to the implement's top anchor point. Adjust its length to set the implement's angle (fore/aft tilt).
5 Connect PTO driveline: Slide the PTO driveline from the implement onto the tractor's PTO shaft. Secure the locking collar. Always ensure the PTO is disengaged before connecting.
6 Connect hydraulic hoses (if applicable): Match the implement's hydraulic hoses to the tractor's remote valves. Connect pressure and return lines correctly — colour-coded couplers help.
7 Test lift and operation: Raise the implement slightly and check that all connections are secure. Test PTO engagement at low RPM first. Check hydraulic functions.
⚠️ Safety Rules for Attaching Implements:
Never attach implements while the engine is running (except for final hydraulic hose connections on some modern systems)
Always use all locking pins and clips — a detached implement at speed is deadly
Check that PTO shields and guards are in place
Never step over a PTO driveline
Connecting a trailer to a tractor is one of the most common daily tasks on any farm. Here's how to do it safely:
1 Position the trailer: Ensure the trailer is parked on level ground with its parking brake set and wheels chocked.
2 Back the tractor to the trailer: Align the tractor's drawbar with the trailer's hitch tongue. Go slowly — use a spotter if visibility is limited.
3 Connect the hitch: Insert the trailer's hitch eye over the drawbar clevis. Insert the hitch pin and secure with a linchpin or R-clip. The pin must be rated for the load.
4 Connect safety chains: Cross the safety chains under the trailer tongue in an "X" pattern. This catches the trailer if it separates from the tractor.
5 Connect brake line (if hydraulic trailer): Attach the trailer's hydraulic brake hose to the tractor's brake outlet.
6 Connect electrical/lighting: Plug in the trailer's electrical connector for tail lights, brake lights, and indicators (for road transport).
7 Test brakes and lights: Before moving, test the trailer brakes and check all lights. Raise the landing gear/jockey wheel.
⚠️ Critical Safety Notes:
Know your tractor's maximum tow rating — never exceed it
When braking with heavy trailers, use both rear brake pedals locked together
On slopes, the tractor should always go downhill with the load, never uphill with the trailer pushing from behind
Reduce speed on rough terrain — trailers can bounce and become unstable
If your diesel tractor has been running with an empty fuel tank or has had its fuel filter changed, air can enter the fuel system. Air in the fuel lines prevents the engine from starting. Bleeding (purging) the air out is a straightforward process:
After running out of diesel fuel
After replacing the fuel filter(s)
After replacing fuel lines or injectors
When the engine cranks but won't start after fuel system work
1 Fill the fuel tank: Ensure the fuel tank is full of clean diesel fuel.
2 Locate the bleed screws: Find the bleed screws on the fuel filter housing and the fuel injection pump. Consult your owner's manual for exact locations.
3 Loosen the filter bleed screw: Open the bleed screw on the fuel filter housing by 1–2 turns.
4 Operate the manual fuel pump: Most tractors have a hand-operated priming pump (a small lever or plunger on the fuel pump). Pump it repeatedly until fuel free of air bubbles flows from the bleed screw. Tighten the screw.
5 Bleed the injection pump: Open the bleed screw on the high-pressure fuel injection pump. Pump the primer until bubble-free fuel appears. Tighten the screw.
6 Bleed the injectors (if necessary): If the engine still won't start, loosen the fuel line nuts at each injector (1/4 turn). Crank the engine for 10–15 seconds until fuel seeps from the connections. Tighten the nuts, starting with the cylinder closest to the pump.
7 Start the engine: Crank the engine. It may take 15–30 seconds of cranking to fire. Once started, let it idle for a few minutes and check for leaks.
⚠️ Warning: Never crank the starter motor for more than 15 seconds at a time — allow 30 seconds of cool-down between cranking attempts to prevent starter motor burnout. High-pressure diesel fuel can penetrate skin — never put your hands near injector tips while the engine is running.
A flat tire on a lawn tractor (or any tractor) is a common maintenance task. Here's how to change it safely:
Jack rated for the tractor's weight
Lug wrench (correct size for your tractor's wheel nuts)
Tire iron or bead breaker (for stubborn tyres)
New tube or tire (match the size printed on the tire sidewall)
Soapy water (for bead lubrication)
Tire pressure gauge
1 Park on level, hard ground: Engage the parking brake. Chock the wheels on the opposite side. For riding mowers, remove the ignition key.
2 Jack up the tractor: Place the jack under the axle or frame near the flat tire. Raise until the tire clears the ground by 2–3 inches.
3 Remove the wheel: Loosen the lug nuts (turn counterclockwise), then remove them completely. Pull the wheel off the hub.
4 Deflate and remove the old tire: If there's any air remaining, press the valve core to deflate. Use tire irons to pry the tire bead over the rim. Remove the old tube if present.
5 Install the new tire/tube: Lightly inflate the new tube just enough to give it shape (prevents pinching). Insert it into the new tire. Apply soapy water to the bead. Work the tire onto the rim using tire irons.
6 Inflate to correct pressure: Inflate to the manufacturer's recommended PSI (typically 10–15 PSI for lawn tractor rears, 15–20 PSI for fronts). Check for bead seating — you should hear a "pop" as the bead seats.
7 Reinstall the wheel: Mount the wheel on the hub, hand-tighten lug nuts in a star pattern, lower the jack, then fully torque the nuts.
Pro Tip: Prevent flat tires by checking pressure weekly, avoiding sharp objects, and applying tire sealant to small puncture-prone tyres. For farm tractors, consider tubeless tyres — they're easier to repair roadside and lose air more slowly when punctured.
Tractor accidents are a leading cause of farm fatalities worldwide. Following these rules can save your life:
DO wear a seatbelt — always, even at low speeds. It keeps you in the seat if the tractor rolls.
DO lower implements before leaving the operator's seat. Raised implements can fall if hydraulics fail.
DO check surroundings before starting — look for people, animals, obstacles, and overhead wires.
DO use ROPS (Roll-Over Protective Structure) — never remove or disable it.
DO match speed to conditions — slow down on slopes, rough ground, and when towing.
DO use handrails and steps when mounting and dismounting — three points of contact at all times.
DO keep children away from tractors and implements. Never allow riders.
DO maintain your tractor — check brakes, lights, tyres, and fluids regularly.
DO use warning flashers when driving on public roads.
DO read the operator's manual — it contains critical safety information specific to your tractor.
DON'T start the engine from outside the cab — always start from the operator's seat with the transmission in neutral.
DON'T exceed the tractor's rated capacity — for towing, lifting, or PTO loads.
DON'T operate on slopes steeper than the manufacturer's recommendation (usually 15–30° depending on model).
DON'T jump off a rolling tractor — staying on the tractor is almost always safer than jumping.
DON'T work under raised implements without proper support stands — hydraulic failure can drop them instantly.
DON'T ignore unusual noises — grinding, clunking, or whining sounds indicate problems that worsen over time.
DON'T refuel while the engine is running — shut off the engine and let it cool for a few minutes.
DON'T remove PTO shields — the PTO shaft rotates at 540–1000 RPM and can cause fatal entanglement injuries.
DON'T drive with the differential lock engaged on hard surfaces — it damages the drivetrain and makes steering difficult.
DON'T operate a tractor under the influence of alcohol, drugs, or medication that causes drowsiness.
⚠️ Statistics: According to the ILO (International Labour Organisation), tractor rollovers account for more than 50% of all fatal farm accidents. A ROPS + seatbelt reduces rollover fatality risk by 99%. Never disable your ROPS.
Importing tractors from China has become increasingly popular for farmers in Africa, South Asia, South America, and Eastern Europe. Chinese tractors offer excellent value for money with improving quality. Here's a step-by-step guide:
Look for established manufacturers (not just trading companies) with their own production facilities
Check for international quality certifications (ISO 9001, CE marking)
Request video tours of the factory
Ask for references from customers in your country or region
Verify export experience — have they shipped to your country before?
Specify your required HP range, configuration, and any customisation needs
Ask for detailed specifications including engine model, PTO power, hydraulic capacity
Request FOB (Free on Board) pricing — this is the factory price plus loading onto the ship
Ask about CIF (Cost, Insurance, Freight) pricing if you want the manufacturer to handle shipping
Start with a sample order (1–2 units) to evaluate quality before committing to a container load
Common payment terms: 30% deposit + 70% before shipment (T/T), or Letter of Credit (L/C) for larger orders
Never pay 100% upfront to an unknown supplier
A standard 20ft container holds 2–3 tractors (depending on size)
A 40ft container holds 4–6 tractors
Shipping time varies: 15–20 days to Southeast Asia, 25–35 days to Africa, 30–40 days to South America
Tractors are typically shipped fully assembled and strapped to the container floor
Check your country's import duty rate for agricultural tractors — many countries offer reduced or zero tariffs on farm machinery
You'll need: Commercial Invoice, Packing List, Bill of Lading, Certificate of Origin, and possibly a quality inspection certificate
Consider hiring a local customs broker to handle clearance
Confirm that the manufacturer provides a warranty (typically 12 months)
Ask about spare parts availability and pricing
Request an operator's manual in English (or your local language)
Ask if the manufacturer offers video technical support for troubleshooting
Importing from Shandong Lifetree Machinery: We have exported tractors to 30+ countries and have extensive experience with international logistics, customs documentation, and after-sales support. We offer FOB and CIF pricing, accept T/T and L/C payment, and provide full English manuals and video technical support. WhatsApp: +86 178 6293 9397
Two-wheel tractors (also called walking tractors or hand tractors) are popular in many Asian countries, particularly in China, Thailand, Vietnam, and the Philippines. However, adoption in Ethiopia has been limited. Here's why:
Cultural and traditional farming practices: Ethiopian agriculture has been dominated by oxen ploughing for centuries. Farmers are deeply familiar with animal traction and resistant to change. The ox is not just a tool — it's a cultural asset and a symbol of wealth.
Small and fragmented landholdings: Many Ethiopian farms are small (often under 1 hectare) and located on steep, terraced hillsides where even a two-wheel tractor is difficult to operate.
Steep terrain: Ethiopia's highland farming areas (where most crops are grown) feature very steep slopes that are challenging for wheeled machinery of any kind.
Purchase cost: Even a basic two-wheel tractor costs $500–$1,500 — a significant investment for smallholder farmers earning less than $2/day. Without access to credit or subsidies, adoption is slow.
Lack of maintenance infrastructure: Rural Ethiopia has limited access to spare parts, tools, and trained mechanics. When a two-wheel tractor breaks down, it may sit idle for weeks or months waiting for parts.
Fuel access and cost: Diesel fuel is expensive and not always available in remote farming areas. Oxen, by contrast, eat grass — which is free.
Training gap: Operating and maintaining a two-wheel tractor requires skills that many farmers don't have. Without proper training programmes, the machines are often misused or abandoned.
Several factors could increase two-wheel tractor adoption in Ethiopia:
Government subsidies or loan programmes to reduce purchase costs
Custom hiring centres where farmers can rent tractors rather than buy them
Training programmes that teach operation and basic maintenance
Adaptation of tractors for steep terrain (e.g., track systems, low-centre-of-gravity designs)
Improved rural fuel distribution networks
Interestingly, four-wheel tractors (25–50 HP) are gaining traction in Ethiopia's lowland commercial farms, where terrain is flat and farm sizes are larger. Shandong Lifetree Machinery is actively working with agricultural development partners to make affordable 4-wheel tractors accessible to Ethiopian farmers.
Q: How does a tractor work?
A: A tractor uses a diesel engine to generate power, which is transmitted through a gearbox to large rear wheels for high pulling force. The PTO (Power Take-Off) shaft transfers engine power to attached implements, while the hydraulic system controls implement height and operation. Everything is optimised for torque and traction, not speed.
Q: How much does a tractor cost?
A: Tractor prices vary by horsepower and brand. Shandong Lifetree Machinery offers competitive factory-direct pricing: 50 HP — $6,500, 75 HP — $12,000, 100 HP — $14,000, 120 HP — $18,000 (FOB China, prices subject to exchange rate fluctuations). Western brands typically cost 2–3x more for comparable horsepower. Contact our online sales team for the latest quote.
Q: What kind of tractor do I need?
A: It depends on your farm size and primary tasks. For small farms (1–10 acres), a 25–50 HP tractor is sufficient. Medium farms (10–50 acres) need 50–75 HP. Larger operations (50–200 acres) should consider 75–120 HP. Match the tractor to your biggest implement — the tractor's PTO power and hydraulic capacity must meet the implement's requirements.
Q: How do I import tractors from China?
A: Select a reputable manufacturer, request a quotation (FOB or CIF), place a trial order, arrange shipping (a 40ft container holds 4–6 tractors), clear customs in your country (check for agricultural machinery import duty exemptions), and confirm warranty and parts support. Shandong Lifetree Machinery handles the entire process for customers in 30+ countries. WhatsApp: +86 178 6293 9397
Q: How do I attach implements to my tractor?
A: Back the tractor to the implement, lower the three-point hitch, connect the two lower arms to the implement's lift pins, attach the top link, connect the PTO driveline, and attach any hydraulic hoses. Always use locking pins, ensure PTO guards are in place, and test at low RPM before full operation.
Q: How do I bleed fuel lines on my diesel tractor?
A: Fill the fuel tank, open the bleed screw on the fuel filter housing, operate the manual priming pump until bubble-free fuel flows out, tighten the screw, then repeat at the injection pump. If needed, loosen injector line nuts and crank the engine until fuel appears. Never crank for more than 15 seconds at a time.
Q: When were tractors invented?
A: The first steam-powered traction engines appeared in the 1850s. The first successful gasoline tractor was built by John Froelich in 1892. Mass production began with Ford's Fordson Model F in 1917. Diesel tractors became standard by the 1950s.
Q: What is a tractor drawbar?
A: A drawbar is a horizontal steel bar at the rear of the tractor used to tow trailed implements and trailers. Unlike the three-point hitch (which carries implements), the drawbar pulls them. Types include fixed, swinging, and adjustable drawbars.
Q: What is in a tractor transmission?
A: A tractor transmission contains gears, shafts, synchronisers, range selectors, and reverse gears. Types include sliding gear, synchromesh, power shift, and CVT. Modern farm tractors typically have 12F+12R gears or more.
Q: Why don't Ethiopian farmers use two-wheel tractors?
A: Main reasons include cultural preference for oxen ploughing, steep terrain unsuitable for wheeled machines, high purchase cost relative to farmer income, lack of maintenance infrastructure and spare parts, expensive and scarce diesel fuel, and insufficient training programmes.
Shandong Lifetree Machinery Co., Ltd. (山东生命树机械有限公司) is a professional tractor manufacturer based in Shandong Province, China. We produce 50, 75, 100, and 120 HP agricultural tractors designed for farming operations worldwide.
Factory-direct pricing — no middlemen, direct savings
Exported to 30+ countries — proven reliability across diverse climates and conditions
✅ 100% factory-tested — every tractor runs before it ships
Prices from $6,500 — unbeatable value in the global tractor market
Full warranty & parts support — 12-month warranty, video technical assistance
24/7 WhatsApp support — instant communication in English
2026 Tractor Prices — Factory Direct
50 HP $6,500 75 HP $12,000 100 HP $14,000 120 HP $18,000
USD prices, subject to exchange rate fluctuations.
Final price depends on configuration and order quantity.
* Contact our online sales team for the latest quote.
Get Your Free Quote Today
Shandong Lifetree Machinery — Affordable, Reliable Farm Tractors
WhatsApp 24/7: +86 178 6293 9397
