Can your current tractor navigate narrow greenhouse aisles without getting stuck-or worse, damaging crops when turning?

Do manual tasks like plowing, fertilizing, and weeding eat up 45–75 hours per hectare, leaving you with sky-high labor costs and tight deadlines?

Are traditional farm machines guzzling fuel, roaring loudly, and polluting your greenhouse's enclosed space-harming both your crops and your team's comfort?

Is your machinery so complex that older workers or those new to farming can't learn it quickly? (We know how tough that makes labor shortages.)

for greenhouses-not a one-size-fits-all tractor. The 35HP Compact Tractor solves both the "space crunch" and "efficiency gaps" that hold back modern greenhouse farms.

ntroducing the 35HP narrow-body tractor-engineered exclusively for greenhouses, poly-tunnels, and solar growing spaces. We didn't just shrink a standard tractor: we reimagined it for your unique needs. It has a compact frame, strong yet efficient power, and ultra-low fuel use-perfect for aisles as narrow as 1.2–1.8 meters. And it does it all: plows, seeds, fertilizes, weeds, ridges, and lays film. No more switching between clunky tools or relying on backbreaking manual work.

Thousands of growers-from vegetable farms in Shandong to flower nurseries in Yunnan-now use it to replace outdated gear. Whether you grow tomatoes, orchids, or strawberries, this tractor cuts costs and speeds up work so you can focus on growing better crops.

01.

Size that works: At just 95cm wide, with an adjustable wheelbase (60–90cm), it glides through aisles 1.2 meters or wider. Its turning radius? <=1.5 meters-so you can maneuver tight corners without nicking plants.

02.

Proven performance: In real-world tests, it ran continuously for 3 hours in a 1.5-meter aisle with zero stalls and 0% crop damage. That's 50% more maneuverable than standard tractors.

 

 

 

03."Our old tractor couldn't even fit through the greenhouse door. Now this one handles a mu of land in 40 minutes-no more digging by hand." - Mr. Li, vegetable grower in Shouguang, Shandong

 

 

01.

Engine you can trust: It uses a Stage III emission-compliant diesel engine (35HP, 120 N·m max torque) that delivers power for tough jobs-like tilling wet soil-without wasting fuel. It uses just ~2.5L per hour.

02.

Crushes manual labor: For 1 hectare of plowing + fertilizing + ridging, it takes <=15 hours (vs. 45–75 hours manually). One person can do the work of 75–120 laborers.

 

 

03.

Third-party verified: Independent tests confirm it runs 8 hours straight without failures-and uses 30% less fuel than other tractors with the same power.

 

 

 

01.

One machine, 10+ jobs: It has a standard three-point hitch that works with plows, harrows, seeders, fertilizer spreaders, and film layers. No need to buy separate tools for each task.

02.

Simple for anyone: Hydraulic power steering and a dual-clutch transmission make it easy to handle-new users learn the basics in 10 minutes. The digital dashboard shows fuel use, run time, and fault alerts, so maintenance is never a guess.

 

 

03.

Seeding accuracy is ±2cm, fertilization uniformity >=95%, and tilling depth adjusts from 3–15cm. Perfect for vegetables, flowers, or fruit trees.

Case 1: Ms. Wang (Shouguang Vegetable Grower)

Ms. Wang from Shouguang, Shandong, is an influential greenhouse vegetable grower in the local area, having been engaged in protected agriculture for 8 years. Her planting base is located in a modern agricultural park in Shouguang, Shandong, with a total of 32 standardized vegetable greenhouses planned and built. Each greenhouse covers an area of about 600 square meters, with a total planting area of 19,200 square meters (about 1.92 hectares). The base mainly grows more than 10 types of high-efficiency cash crops such as cucumbers, tomatoes, colored peppers, and lettuce. Its products include fresh vegetables supplied directly and processed clean vegetables, which are supplied to local supermarkets, farmers' markets, and catering enterprises in Shouguang, Shandong, with an annual stable output value of about 1.8 million yuan. It is a typical representative of large-scale protected vegetable planting in the region.

With the expansion of planting scale and the growth of market demand, Ms. Wang has gradually faced insurmountable difficulties in daily production and labor:

Land operation restrictions: The internal space of the greenhouse is narrow (the width of a single shed is only 8 meters, and the aisle width is less than 2 meters), making it impossible for traditional large-scale agricultural machinery to enter. Previously, it relied on small walking tractors and manual cooperation, resulting in extremely poor operational flexibility. Especially basic processes such as plowing and ridging were difficult to carry out efficiently.

High labor costs: The processes of plowing, fertilizing, and film covering for 32 greenhouses require hiring 8-10 workers, with a monthly labor cost of up to 40,000 yuan. Moreover, there is a shortage of workers during peak agricultural seasons, often leading to delays in farming.

Low operational efficiency: It takes 15 days to complete the plowing of all greenhouses with manual cooperation with small agricultural machinery, and an additional 10 days for ridging and film covering. The whole process is time-consuming, labor-intensive, and the operation quality is uneven, affecting the consistency of vegetable growth.

Bottleneck in capacity improvement: Due to the limited efficiency of basic operations, Ms. Wang cannot further expand the planting area or increase the multiple cropping index. The annual output value has long hovered around 1.8 million yuan, making it difficult to break through the growth ceiling.

Faced with these increasingly prominent problems, Ms. Wang realized that relying on traditional manual operations and old small agricultural machinery can no longer meet the needs of modern planting, and technical upgrading is necessary. She consulted many agricultural technology experts and visited several local modern agricultural parks. After comprehensive analysis and comparison, experts pointed out that the key to solving the dilemma of greenhouse operations is to find a highly flexible tractor with both a small body and medium power, capable of integrating multiple functions. Against this background, after multiple comparisons, Ms. Wang finally listed our 35HP small tractor as a key candidate and decided to introduce it for trial use.

④ Operational Performance and Problem Solving of Choosing Woye 35HP Tractor

After comparing multiple agricultural machinery products, Ms. Wang finally chose to introduce our 35HP small tractor. After more than half a year of actual operation, the equipment has solved the core pain points with precise adaptability and high-efficiency performance:

Flexible adaptation to the greenhouse environment: The tractor's body width is only 1.2 meters, and the minimum turning radius is 1.5 meters, allowing easy movement through greenhouse aisles and planting areas without disassembling the greenhouse frame. It solves the problem that large-scale agricultural machinery "cannot enter or turn around", and the overall operation coverage rate of 32 greenhouses reaches 100%.

Multi-functional integrated operation: Equipped with supporting agricultural implements such as rotary tillers, ridgers, and fertilizers, it can complete continuous processes such as plowing, soil crushing, ridging, fertilizing, and film covering at one time without multiple round trips. Among them, the rotary tillage depth can be precisely adjusted to 15-25 cm, the soil crushing rate is over 90%, and the ridging height error does not exceed 2 cm. The operation quality is far superior to manual labor and small walking tractors.

Doubled efficiency and reduced costs: The plowing time per shed has been shortened from the original 2 hours to 25 minutes, and the total time for basic operations of 32 greenhouses has been reduced from 25 days to 3 days. The number of manual workers employed has been directly reduced to 3, and the monthly labor cost has been reduced to 12,000 yuan. The cumulative labor cost saved in half a year is 168,000 yuan.

Stable and reliable, adapting to farming seasons: The tractor adopts diesel power, with low fuel consumption (only 2.5 liters per hour) and strong endurance. It can operate continuously for 8 hours without failure, fully adapting to the planting needs of greenhouse vegetables to "seize farming seasons and catch cycles", and avoiding delays in farming due to equipment failures or insufficient efficiency.

The use of the 35HP tractor has not only solved the problem of operational efficiency but also helped Ms. Wang achieve a double breakthrough in capacity and economic benefits:

Significant capacity improvement: The improvement of basic operation efficiency has allowed Ms. Wang to increase the multiple cropping index from 2 crops per year to 3 crops, and at the same time add 2 more greenhouses for planting. The annual vegetable output has increased from 90 tons to 140 tons, with a capacity increase rate of 55.6%.

Economic value growth: The increase in annual output has driven a synchronous increase in sales volume. The additional 50 tons of vegetable products have generated an annual new sales income of 1 million yuan at an average wholesale price of 20 yuan per kilogram. Coupled with the savings in labor costs, the annual total output value has increased from 1.8 million yuan to 3 million yuan, a growth rate of 66.7%.

Long-term benefit optimization: The durability and low maintenance cost of the tractor have further reduced long-term operating costs. The expected service life of the equipment is 8 years, and the average annual maintenance cost is only 2,000 yuan. Compared with the comprehensive cost of manual labor and small agricultural machinery, it can create additional economic benefits of over 6 million yuan in 8 years.

Talking about the experience of using the 35HP tractor, Ms. Wang gave high recognition: "After engaging in greenhouse planting for so many years, the most troublesome issues are agricultural machinery adaptation and efficiency. This 35HP tractor really 'prescribes the right medicine'! The body is compact and flexible, allowing easy movement in the greenhouse. Plowing and ridging are fast and uniform. What used to take more than 20 people to do can now be completed by 3 people with one machine in 3 days. It not only saves labor costs and seizes farming seasons but also allows me to expand planting and harvest one more crop of vegetables. This year's output value has directly increased from 1.8 million yuan to 3 million yuan. This equipment is definitely worth buying! Now, surrounding growers are asking me where to buy it, and I have recommended it to 5 peers. Good equipment should benefit more people. I will choose your products when expanding the scale in the future!"

Case 2: Mr. Li (Lijiang Flower Grower)

Mr. Li from Lijiang, Yunnan, has been engaged in the greenhouse flower planting industry for 10 years. Relying on the unique local climate conditions and professional planting technology, he has become a well-known flower grower in northwestern Yunnan. His planting base is located in the Qihe Township Modern Agricultural Demonstration Park in Gucheng District, Lijiang, with a total of 28 high-standard intelligent greenhouses built. Each greenhouse covers an area of 750 square meters, with a total planting area of 21,000 square meters (about 2.1 hectares). The base focuses on high-end ornamental flowers such as Phalaenopsis, Cymbidium hybridum, and Hydrangea. Its products are not only supplied to the provincial markets such as Lijiang and Kunming but also sold to Sichuan, Guangdong, Zhejiang, and other provinces outside the province through cold chain logistics, with an annual stable output value of about 2.2 million yuan. It is a benchmark enterprise for large-scale greenhouse flower planting in the region.

With the continuous growth of market demand for high-end flowers, while expanding the planting scale, Mr. Li is also facing increasingly prominent production problems:

Greenhouse space adaptation problems: The intelligent greenhouse is equipped with temperature control equipment, irrigation pipes, and multi-layer flower racks, with an aisle width of only 1.8 meters. Traditional medium-sized agricultural machinery is too large to enter the greenhouse for operation. Previously, it relied on manual labor with small hand-pushed tools for plowing, soil loosening, and fertilizing, resulting in severely limited operation scope.

Difficulty in meeting the requirements of precise operations: Flower planting has high requirements for soil looseness and fertility uniformity. Manual soil loosening depth is uneven (often fluctuating between 5-12 cm), and local excess or insufficiency is prone to occur during fertilization, directly affecting the growth state and flowering quality of flowers.

High labor costs and low efficiency: The basic cultivation, fertilization, and other processes of 28 greenhouses require hiring 12 workers, with a monthly labor cost of up to 52,000 yuan. Moreover, there is a large shortage of workers during peak agricultural seasons (such as pot changing and plowing seasons). It takes 3 hours to plow a single greenhouse, and it takes 14 days to complete a round of basic operations for all greenhouses, seriously affecting the progress of the planting cycle.

Bottleneck in capacity growth: Due to the low efficiency of basic operations, Mr. Li cannot further improve the multiple cropping index or expand the planting area. The annual output of flowers has long remained at around 150,000 pots, and the annual output value has stagnated, making it difficult to meet the growing market demand.

Faced with these problems, Mr. Li also deeply realized that he could not go on like this. So he visited and studied many times locally and abroad. Through the introduction of other peers, he learned about our Woye 35HP Greenhouse Tractor and chose us.

④ Operational Performance and Problem Solving of the 35HP Tractor

After comparing multiple agricultural machinery products, Mr. Li finally chose to introduce our 35HP small tractor. After 8 months of practical application, the equipment has comprehensively solved his production pain points with precise adaptability and high-efficiency performance:

Compact and flexible, adapting to the greenhouse environment: The tractor's body width is only 1.1 meters, and the minimum turning radius is 1.3 meters, allowing easy movement through narrow greenhouse aisles, avoiding flower racks and irrigation pipes. It can achieve overall operation without disassembling any greenhouse facilities. The operation coverage rate of 28 greenhouses reaches 100%, completely solving the core problem that traditional agricultural machinery "cannot enter or turn around".

Precise and controllable precise operations: Equipped with customized supporting agricultural implements such as shallow plowing soil loosening shovels and precise fertilizers, the tractor can achieve stepless adjustment of soil loosening depth from 8 to 15 cm, with a soil loosening uniformity of over 95%, fully meeting the needs of flower root growth. During fertilization, through the quantitative fertilization system, the fertilizer is evenly spread on the soil surface, with a fertilization error of no more than 3%, effectively avoiding the problem of uneven fertility, and the consistency of flower growth has been significantly improved.

Efficient operation and reduced costs: The integrated operation time of plowing + fertilizing for a single greenhouse has been shortened from the original 3 hours to 40 minutes, and the total time for a round of basic operations for 28 greenhouses has been reduced from 14 days to 3.5 days. The number of manual workers employed has been reduced to 4, and the monthly labor cost has been reduced to 16,000 yuan. The cumulative labor cost saved in 8 months is 288,000 yuan. At the same time, the tractor's fuel consumption is only 2.2 liters per hour, and the comprehensive operation cost is reduced by 60% compared with manual labor with small tools.

Stable and reliable, adapting to the flower planting cycle: The equipment adopts a high-strength chassis and a silent engine, with an operating noise of less than 65 decibels, which will not affect the growth of greenhouse flowers. It also has stable performance of continuous operation for 10 hours without failure, perfectly adapting to the "short cycle and high frequency" cultivation needs of flowers, and avoiding delays in the planting cycle due to equipment failures.

The use of the 35HP tractor has brought a double leap in capacity and economic benefits to Mr. Li's flower planting base:

Significant capacity improvement: The improvement of basic operation efficiency has allowed Mr. Li to increase the annual multiple cropping index from 2.5 crops to 4 crops, and at the same time add 3 more greenhouses for planting. The annual output of flowers has increased from 150,000 pots to 260,000 pots, with a capacity increase rate of 73.3%.

Significant economic value growth: The increase in annual output has driven a synchronous growth in sales volume. The additional 110,000 pots of high-end flowers have generated an annual new sales income of 2.2 million yuan at an average wholesale price of 20 yuan per pot. Coupled with the savings in labor costs, the annual total output value has increased from 2.2 million yuan to 4.8 million yuan, a growth rate of 118.2%.

Long-term benefits continue to be optimized: The tractor is highly durable, with an expected service life of 10 years and an average annual maintenance cost of only 1,800 yuan. Compared with the comprehensive cost of manual labor and small tools, it can create additional economic benefits of over 15 million yuan in 10 years. At the same time, the improvement of flower growth quality has enhanced the product's premium capacity, and the proportion of high-end orders has increased from 40% to 65%, further raising the overall profitability.

Talking about the experience of using the 35HP tractor, Mr. Li praised it repeatedly: "In greenhouse flower planting, 'precision' and 'efficiency' are the most important. This 35HP tractor is simply tailor-made for us! The body is compact and does not take up space, allowing easy movement in the greenhouse. Soil loosening and fertilizing are uniform and precise, much better than manual work. What used to take 12 people half a month to do can now be completed by 4 people in 3 days. It not only saves a lot of labor costs but also allows me to grow two more crops of flowers and expand the planting area. This year's output value has directly increased from 2.2 million yuan to 4.8 million yuan, which is far beyond my expectations! The equipment quality is reliable, the operation is simple, and the after-sales service is considerate. Now, flower growers around me come to observe and learn, and I have recognized your products!"

Focus on User Pain Points, Craft Practical Tools - R&D Documentary of Shandong Woye 35HP Greenhouse Tractor

With more than 20 years of accumulation in the tractor industry, Shandong Woye is based on traditional tractor manufacturing and has always focused on the real operational needs of farmers. When the marketing department continuously fed back many practical problems faced by greenhouse growers and distributors, the R&D team responded quickly and launched a special R&D project that lasted for 2 years, finally creating a 35HP greenhouse tractor that accurately solves industry pain points.

Farmers reported that traditional tractors cannot adapt to greenhouse scenarios, frequently encountering problems of "being unable to enter or turn around" during operations. Basic cultivation relies entirely on manual labor or small hand-pushed tools, resulting in extremely low efficiency.

Distributors stated that farmers have a strong demand for tractors that "can enter greenhouses, are flexible to operate, and have practical functions". However, existing products on the market are either too large or have single functions, making it difficult to meet actual needs.

Growers in many places complained that the labor cost of greenhouse operations is increasing year by year, and precise cultivation (such as uniform soil loosening and quantitative fertilization) is difficult to guarantee manually, directly affecting crop yield and quality, but they cannot find a suitable agricultural machinery solution.

Field Research: Identifying Common Pain Points of 300 Growers

To understand the essence of the problem, the R&D team went deep into core greenhouse production areas such as Shouguang in Shandong, Yongnian in Hebei, Haicheng in Liaoning, and Lijiang in Yunnan, visited 300 growers of different planting types (vegetables, flowers, fruits), collected and sorted out a large number of operational feedback, and finally found that these problems are not individual cases but common problems in protected agricultural planting:

Poor space adaptability: Traditional tractors have a wide body (generally more than 1.5 meters) and a large turning radius (mostly more than 2 meters). Greenhouse aisles are narrow (usually 1.2-1.8 meters), and there are obstacles such as flower racks and irrigation pipes inside, resulting in agricultural machinery being unable to enter or difficult to operate flexibly after entering.

Insufficient functional pertinence: Greenhouse planting requires precise operations such as shallow plowing, soil loosening, precise fertilization, and ridging and film covering. Traditional tractors are mainly used for field operations, with incompatible supporting agricultural implements, and operational parameters (such as plowing depth and fertilization amount) cannot be adjusted precisely.

Imbalance between operational efficiency and cost: Completing greenhouse cultivation with manual labor and small tools is time-consuming and labor-intensive, and labor costs are rising year by year. Existing small agricultural machinery either has insufficient power or frequent failures, making it impossible to achieve efficient and low-cost operations.

Lack of environmental adaptability: The interior of the greenhouse is closed and has low noise tolerance. The engines of some agricultural machinery produce loud noise, which will affect crop growth. At the same time, the soil inside the greenhouse is humid, and the chassis of some agricultural machinery has insufficient rust and slip resistance, resulting in a short service life.

Based on the common pain points of 300 growers, the R&D team launched a special design with "adaptability, refinement, high efficiency, and durability" as the core goals:

To solve the "space adaptation" problem: Compress the body width to 1.1-1.2 meters, optimize the minimum turning radius to 1.3-1.5 meters, and adopt a compact chassis design to ensure easy movement through narrow greenhouse aisles and flexible obstacle avoidance.

To solve the "single function" problem: Customize and develop supporting agricultural implements such as shallow plowing soil loosening shovels, precise fertilizers, and small ridgers, supporting stepless adjustment of plowing depth from 8 to 25 cm and quantitative control of fertilization amount to meet the needs of precise greenhouse operations.

To solve the "efficiency and cost" problem: Equip with a high-efficiency and energy-saving diesel engine, with 35HP sufficient power, which can realize integrated operations such as soil loosening, fertilization, and ridging, greatly improving efficiency. At the same time, optimize the fuel consumption design, with a fuel consumption of only 2.2-2.5 liters per hour, reducing operational costs.

To solve the "environmental adaptation" problem: Adopt a silent engine design (operating noise <=65 decibels) to avoid affecting crop growth; the chassis is made of rust and wear-resistant materials, combined with non-slip tires, adapting to the humid soil environment of greenhouses and extending the service life of the equipment.

Finally, this 35HP greenhouse tractor that directly addresses industry pain points came into being, completely solving the core problems of greenhouse growers such as "difficulty in agricultural machinery entering greenhouses, inability to perform precise operations, inability to improve efficiency, and inability to reduce costs". It has become a practical tool for protected agricultural planting and has won wide recognition from farmers and distributors.

35HP Greenhouse Tractor Operation Guide + real videos of growers using the tractor (see it in action!).

: Talk to our team-we'll tailor a solution to your greenhouse size and crops.

Our agricultural experts don't just sell tractors-we help you cut costs and grow more. Let's make your greenhouse more efficient, together.

A: Yes-we've tested it in 300+ greenhouses. It's 1.1–1.2m wide with a <=1.5m turning radius, so it works in any greenhouse with aisles >=1.2m (including smart greenhouses and poly-tunnels). No more "will it fit?" worries.

A: It comes ready to handle most greenhouse tasks: soil loosening, seeding, fertilizing, ridging, and film laying. It works with 10+ standard implements-no need to buy expensive add-ons unless you want to (we offer custom tools too).

Q: Is 35HP enough? Will it use a lot of fuel?

A: 35HP is perfect for greenhouses-it's strong enough for wet soil but efficient enough to use just 2.2–2.5L/hour. It's 8–10x faster than manual labor, so you save on fuel labor costs.

A: No. We designed it with a quiet engine-operating noise is <=65dB (like a normal conversation). That's way below the 80dB threshold that affects crop growth. You can run it all day in enclosed greenhouses without issues.

A: It's built for humidity. The chassis uses high-strength, rust-resistant metal with electrophoretic coating (stops corrosion). Non-slip tires grip wet floors. Expected service life: 8–10 years. Core parts (engine, transmission) have a 3-year warranty-we've got you covered.

Q: I've never used a tractor before. Will I learn it easily?

A: Absolutely. It has simple controls: one button to adjust tilling depth, easy steering, and a clear dashboard. We include a step-by-step manual and video tutorials-most growers master it in 30 minutes. And our team is always here for one-on-one help if you need it.