Garden Tillers 1+1 Speed Gears

Tillers are widely used agricultural machines as they are essential for tilling, which involves breaking and crumbling the soil to make it softer and more suitable for cultivation. Mainly used in agriculture and gardening, these machines facilitate soil preparation for sowing, weed removal, and mixing compost or fertilizers into the soil.

Tillers can also work on very hard and less maintained soils, even if they have not been worked for a long time or are uncultivated.

We offer different types of tillers to meet the needs of every user.

• Petrol tillers: powered by a petrol or diesel engine, they offer power and autonomy for work on hard and large terrains.
• 230 V electric tillers: ideal for small gardens and soft soils, they are lightweight, easy to maneuver, and require little maintenance.
• Battery-powered tillers: provide freedom of movement without the need for cables, suitable for domestic work and medium-soft soils.

Tillers are essential tools for anyone needing to prepare the soil for cultivation. These devices greatly facilitate the tilling of the soil, an operation that involves breaking and crumbling the soil to make it softer and more suitable for sowing and plant growth.

• Soil preparation for sowing: Tillers crumble the soil, creating a uniform and aerated seedbed essential for plant germination.
• Mixing compost or fertilizers: These tools effectively incorporate compost or fertilizers into the soil, improving soil quality and plant growth.
• Weed removal: Tillers help control weeds by breaking the roots and preventing them from competing with cultivated plants.
• Lawn renewal: those who own a lawn can use the tiller to aerate the soil and incorporate nutrients, improving the health of the turf.

These tools are adaptable to different types of use. Hobby models are ideal for small gardens and home vegetable gardens, while semi-professional and professional tillers are designed to work on larger and harder soils, often used by farmers and expert gardeners.

Their structure consists of several main components, each performing a specific function to ensure optimal performance.

• Engine: The heart of the tiller. It can be petrol (gasoline or diesel), electric, or battery-powered. Petrol engines like those from Briggs&Stratton, Honda, Loncin, and Kohler-Lombardini offer power and autonomy. Electric and battery engines are quieter and require less maintenance.
• Transmission system: The transmission can be of different types, each with specific advantages. Direct transmission is simple and efficient, while combinations of belt and worm gear or belt and chain offer a balance between smooth transmission and robustness. Gear transmissions, especially those in oil baths, reduce wear and noise, increasing the machine's lifespan.
• Tines: Rotating blades that crumble and mix the soil. They vary in number (2+2, 3+3, 4+4 tines) and maximum width (up to over 90 cm), determining the working area width and tilling depth.
• Frame: The supporting structure of the tiller. It must be sturdy and durable to withstand vibrations and stresses during use.
• Handlebar: Allows the operator to control the tiller. Usually adjustable in height and angle to ensure comfort and maneuverability.
• Starting system: Can be manual or electric. Electric starting is particularly convenient and requires less effort.

The operation of tillers is based on a combination of engine, transmission, and tines that work together to break and crumble the soil. Below is a detailed explanation of how a tiller works.

• Engine: The engine is the heart of the tiller and can be petrol (gasoline or diesel), electric, or battery-powered. The engine generates the power needed to rotate the tines, the rotating blades that work the soil.
• Starting system: The engine can be started manually by pulling a cord or electrically with the simple press of a button. Electric starting is particularly convenient, reducing the effort needed to start the machine, especially in petrol models.
• Transmission: The transmission is the system that transfers engine power to the tines. There are various types of transmission that we will explore further.
• Tines: The tines are the rotating blades mounted at the bottom of the tiller. These blades penetrate the soil and crumble it, creating a soft and aerated seedbed. The number of tines can vary, affecting the working area width and penetration depth.
• Handlebar: The handlebar is the element that allows the operator to control the tiller. It is usually adjustable in height and angle to ensure comfort and maneuverability during use. Some models are equipped with wheels to facilitate moving the machine.
• Gears: Some tiller models are equipped with gears to adjust the forward speed.

Once the engine is started, the transmission transfers power to the tines, which begin to rotate. The operator guides the tiller via the handlebar, allowing the tines to penetrate and work the soil. The gears help regulate speed and direction of movement, while the transmission system ensures that power is efficiently used to crumble the soil.

Tillers offer numerous advantages over other tools and techniques for soil working. These benefits make them an essential tool for both gardening enthusiasts and agricultural professionals.

• Efficiency: Motorized tillers allow for quick and uniform soil working, reducing the time and effort needed compared to manual working. Automated tilling allows for covering large areas in less time.
• Versatility: Suitable for different types of soil, tillers can be used to prepare the soil for sowing, incorporate fertilizers and compost, and remove weeds. Models with different sets of tines allow the machine to be adapted to specific work needs.
• Power: Petrol, electric, and battery engines offer different power options, allowing you to choose the tiller best suited to the size of the terrain and soil hardness. Petrol tillers are ideal for hard soils and heavy work, while electric and battery ones are perfect for gardens and soft soils.
• Ease of use: Modern tillers are designed to be intuitive and easy to manoeuver. Adjustable handlebars and transport wheels facilitate control and movement of the machine. Models with electric starting further simplify use, eliminating the fatigue of manual starting.
• Reduced maintenance: Compared to other agricultural machines, tillers require minimal maintenance. Electric and battery models do not need oil changes or spark plug replacements, while modern petrol engines are designed to last long with regular maintenance.
• Reduction of physical effort: Tillers significantly reduce the physical effort needed for soil working. The motorized tines do the heavy work, allowing the operator to focus on controlling and directing the machine.
• Environmental friendliness: Electric and battery models are eco-friendly as they do not produce harmful emissions and reduce noise pollution. This feature makes them ideal for use in residential areas and private gardens.

There are different types of tillers, each designed to meet specific soil working needs. Below is an overview of the main types available on AgriEuro along with a brief description of each.

• Petrol tillers: Powerful and versatile, ideal for hard soils and intensive work. They offer great autonomy thanks to petrol or diesel engines.
• 230 V electric tillers: Lightweight and easy to use, perfect for small gardens and soft soils. Powered via a power outlet, they are quiet and require little maintenance.
• Battery-powered tillers: Cordless for maximum freedom of movement, suitable for medium-sized soils. They combine quietness and ease of use with good power.

Petrol tillers are equipped with petrol or diesel engines, offering high power and notable autonomy. These models are ideal for working on hard and large terrains, ensuring excellent performance even in difficult conditions. Petrol tillers stand out for their robustness and ability to handle intensive work.

Petrol engines are lighter and offer high power, making them ideal for work on hard soils and long work sessions. The most common brands include Briggs&Stratton and Honda, known for reliability and superior performance.

Diesel engines, on the other hand, are heavier but offer greater torque, making them suitable for very intensive work on particularly hard soils. Kohler-Lombardini is a leading brand in this sector.

• Petrol engines: Offer high power and lightness, ideal for work on hard soils.
• Diesel engines: Greater torque and fuel efficiency, suitable for intensive work.
• Transmission systems: Various combinations for robustness and precision, such as belt and worm gear, belt and chain, oil bath gears.
• Starting: Manual or electric, with electric starting reducing effort.
• Common brands: Briggs&Stratton, Honda, Kohler-Lombardini.

Electric tillers or electric cultivators are powered via a common power outlet, offering quiet operation and low maintenance. These models are ideal for small gardens and soft soils where the power and autonomy of a petrol engine are not necessary. Despite the lower power compared to petrol models, electric tillers are perfectly suited for light to medium work such as soil preparation for sowing and mixing compost and fertilizers.

Electric tillers are lightweight and easy to manoeuver, making them ideal for less experienced users or those working in tight spaces. Immediate ignition via a button further simplifies use. These models require minimal maintenance, not needing oil changes or spark plug replacements. Their simple construction reduces maintenance issues and increases longevity.

Moreover, electric tillers do not produce harmful emissions, making them an eco-friendly choice. They are ideal for use in residential areas where noise and pollution are a concern.

• Power supply: Via power outlet, quiet and low maintenance.
• Ideal use: Small gardens and soft soils.
• Ease of use: Lightweight, easy to maneuver, immediate ignition via button.
• Maintenance: Minimal, no need for oil changes or spark plug replacements.
• Eco-friendliness: No harmful emissions, ideal for residential areas.

Battery-powered tillers combine the freedom of movement of petrol models with the quietness and ease of use of electric tillers. These models are ideal for medium-sized soils and for those needing a versatile tool without the limitations of a power cable. Battery-powered tillers allow work in areas far from power outlets, making them particularly suitable for medium-sized gardens and vegetable plots.

Modern batteries offer sufficient power to handle moderately demanding work. Battery life varies depending on the model and work intensity, but battery-powered tillers are generally able to complete moderate work sessions on a single charge. These models are lightweight and easy to manoeuver. Ignition is via a simple button, eliminating the fatigue of manual starting.

Like electric tillers, battery-powered ones require minimal maintenance. There is no need for oil changes or spark plug replacements, and the battery can be easily recharged. Battery-powered tillers are an excellent choice for those seeking a versatile and easy-to-use tool for maintaining medium-sized gardens and vegetable plots.

• Freedom of movement: Cordless, ideal for areas far from power outlets.
• Performance: Sufficient power for moderately demanding work, variable battery life.
• Ease of use: Lightweight, easy to maneuver, ignition via button.
• Maintenance: Minimal, with easily rechargeable batteries.
• Ideal use: Medium-sized gardens and vegetable plots.

Tillers are distinguished by a series of technical features that determine their performance, efficiency, and adaptability to different types of work. Here is an in-depth look at the main technical features, in addition to their power supply that we have previously addressed, of tillers.

Tillers are classified into different series based on the intended use and the type of soil to be worked. Each series is designed to meet specific needs, from hobby gardening to professional applications.

• Limited series: These tillers are intended for light and hobby work on soft soils. They are characterized by reduced power and compact dimensions, making them easy to manoeuver and suitable for small gardens or vegetable plots. Their lightness and ease of use make them ideal for beginners or those needing a simple tool to maintain their green space.
• Light series: Suitable for hobby use on soft soils, light series tillers offer greater power than the limited series, allowing for slightly more demanding work. These models are still easy to maneuver and require minimal maintenance, making them ideal for amateur gardeners needing a reliable tool for their garden or vegetable plot.
• Medium series: Designed for hobby and semi-professional work on medium-consistency soils, medium series tillers offer a good balance between power and maneuverability. They are suitable for medium-sized gardens and larger vegetable plots, allowing for more demanding work without sacrificing ease of use. These models are ideal for users with some gardening experience who need a versatile and powerful tool.
• Heavy series: Heavy series tillers are intended for professional use on hard and compact soils. They offer maximum power and robustness, allowing for intensive and long-lasting work. These models are equipped with powerful engines and advanced transmission systems, ensuring excellent performance even in the most difficult conditions. They are ideal for farmers and professional gardeners needing a reliable and durable tool for working large surfaces and difficult soils.

The choice of the right tiller largely depends on the type of soil to be worked. Each soil has specific characteristics that influence the choice of model and machine settings.

• Soft soil: This type of soil is already pre-worked and soft, ideal for finishing and final preparation for sowing. Light and limited tillers are perfect for this type of soil as they require less power to work it effectively. These models are ideal for gardens and home vegetable plots where the main need is to keep the soil well aerated and mixed with compost or fertilizers.
• Medium soil: Medium-consistency soil includes pre-worked but more clayey soils that require more power than soft soils. Medium series tillers are designed to handle these types of soils, offering a good balance between power and maneuverability. They are suitable for medium-sized vegetable plots and gardens that require more thorough working than that needed for soft soils.
• Hard soil: This type of soil is consistent and particularly hard, often not pre-worked and requiring high power to be worked effectively. Heavy series tillers with powerful petrol or diesel engines are necessary to tackle these soils. These models are robust and equipped with advanced transmission systems capable of penetrating and crumbling hard soil, making it suitable for sowing or cultivation. They are ideal for professional applications in large-scale agriculture.

The type of engine of a tiller is one of the most important technical features as it determines the power, autonomy, and efficiency of the device. Tillers can be equipped with petrol, electric, or battery engines, each with its specific advantages.

• Petrol engines: These engines are powered by petrol fuel and are known for their high power and lightness. They are ideal for work on hard soils and long work sessions. Petrol engines offer great autonomy and are easy to refuel, making them suitable for large surfaces and compact soils. Brands like Briggs&Stratton and Honda are renowned for their reliability and superior performance.
• Diesel engines: Diesel engines are heavier than petrol engines but offer greater torque and greater fuel efficiency. They are particularly suitable for very intensive work on hard and compact soils. Diesel engines require regular maintenance, but their durability and efficiency make them ideal for professional use. Kohler-Lombardini is a leading brand in this sector.
• Electric engines: Electric tillers are powered via a standard power outlet. These engines are quiet, require little maintenance, and are eco-friendly as they do not produce harmful emissions. They are ideal for small gardens and soft soils where the power and autonomy of a petrol engine are not necessary. Electric tillers are lightweight and easy to maneuver, making them perfect for home use.
• Battery engines: Battery-powered tillers combine the freedom of movement of petrol engines with the quietness and low maintenance of electric engines. Modern batteries offer sufficient power for moderately demanding work, with variable duration depending on the model and work intensity. Battery-powered tillers are ideal for medium-sized soils and for those needing a versatile tool without the limitations of a power cable.

The transmission system of a tiller is fundamental for transferring power from the engine to the tines, determining the effectiveness and precision of soil working. There are various types of transmission, each with its specific advantages.

• Direct transmission: This system directly connects the engine to the tines via two aligned shafts. It is a simple and efficient method that minimizes power loss. However, direct transmission may be less suitable for hard soils as it transfers all vibrations directly to the machine.
• Belt and worm gear: The combination of a belt and a worm gear allows for smooth movement transmission and speed reduction, increasing torque. This system is ideal for working on medium-consistency soils, offering a good balance between power and control.
• Belt and chain: This type of transmission combines a belt for quiet transmission and a chain for robustness and the ability to transfer large torques. It is suitable for work on hard soils where greater resistance is needed.
• Belt and gears: The combination of belt and gears offers smooth and precise transmission. Gears allow for efficient power transfer, while the belt reduces vibrations. This system is suitable for medium-consistency soils and work requiring precision.
• Oil bath gears: Gears immersed in oil reduce wear and noise, increasing transmission durability. This system is robust and suitable for intensive work on hard soils. Constant gear lubrication ensures smooth and quiet operation.
• Gears and chain: This combination uses gears for precision and chains for resistance, offering a robust and reliable transmission system. It is ideal for work on hard soils and professional applications.
• Chain: Chain transmission uses metal chains between sprockets to transfer movement. It is a robust and resistant system suitable for intensive work on hard soils. Chains require regular maintenance to ensure smooth operation.
• Worm gear: The worm gear engages with a toothed wheel to reduce speed and increase torque. This system is ideal for working on hard soils, offering precise control and high power.

The gears of a tiller determine the speed and direction of movement, significantly influencing the machine's maneuverability and efficiency during work. The presence of different gears allows the tiller to be adapted to various soil conditions and types of work.

• Single gear: Tillers with a single gear are designed with one forward gear. These models are simple and easy to use, ideal for light work on small gardens or home vegetable plots. Their simplicity reduces the possibility of breakdowns and makes maintenance minimal. However, the lack of additional gears limits the machine's versatility in different soil conditions.
• Gears 1+1: These tillers are equipped with one forward gear and one reverse gear. The additional reverse gear increases maneuverability, allowing work in tight spaces and freeing the machine if it gets stuck. This type of configuration is suitable for domestic work and for those needing greater control of the tiller during operations.
• Gears 2+1: With two forward gears and one reverse gear, these tillers offer greater versatility. The ability to select between two speeds allows the machine to be adapted to different soil conditions, improving work efficiency and precision. The additional reverse gear continues to provide excellent maneuverability.
• Gears 3+1: Tillers with three forward gears and one reverse gear offer even more flexibility. Multiple gears allow for choosing the optimal speed for different types of soil and work, improving both speed and quality of tilling. This type of configuration is suitable for medium-sized soils and for users requiring greater control and versatility.
• Gears 4+2: These tillers are equipped with four forward gears and two reverse gears, offering maximum flexibility and control. Multiple gears allow for adapting the machine's speed to specific soil and work conditions, improving efficiency and precision. The two reverse gears further increase maneuverability, making it easier to free the machine and work in tight spaces. This type of configuration is ideal for professional applications on large surfaces and hard soils.

The number of tines on a tiller determines the width of the working area and the ease of controlling the machine during soil tilling. The number of tines directly affects the tiller's efficiency and ability to work different configurations with more tines, allowing for covering larger areas and working harder soils, but requiring more powerful engines and potentially being less maneuverable. Configurations with fewer tines, on the other hand, offer greater precision and ease of control, making them ideal for work in tight spaces and softer soils.

• 2+2 tines: This configuration includes two sets of tines per side, creating a small working area but offering greater ease of control. It is ideal for small gardens and home vegetable plots where precision and maneuverability are essential. Tillers with 2+2 tines are lightweight and easy to maneuver, making them suitable for less experienced users.
• 3+3 tines: With three sets of tines per side, this configuration offers a wide working area, allowing for covering more ground in less time. It is suitable for medium-sized vegetable plots and larger gardens. Tillers with 3+3 tines are more powerful than models with 2+2 tines but maintain good maneuverability. Some models allow for narrowing the working area by removing a set of tines, thus adapting to smaller spaces.
• 4+4 tines: This configuration includes four sets of tines per side, creating the maximum available working width. It is ideal for large surfaces and hard soils where high power is needed to effectively work the soil. Tillers with 4+4 tines are robust and powerful, designed for intensive and professional work. Again, some models offer the possibility of narrowing the working area by removing a set of tines.

The maximum width of the tines indicates the working width of the tiller, determining how much surface can be covered in a single pass. The width of the tines varies significantly between different models, adapting to specific work needs and types of soil.

• Up to 39 cm: Tillers with a maximum tine width of up to 39 cm are ideal for small gardens and vegetable plots. They are perfect for preparing flower beds and maintaining small plots of land.
• 40-59 cm: These tillers offer a medium working width, suitable for moderate-sized vegetable plots and larger gardens. They are ideal for those needing a good balance between precision and ground coverage.
• 60-79 cm: A maximum tine width of 60-79 cm is suitable for large vegetable plots and gardens. They are ideal for amateur farmers with large plots of land and professional gardeners needing to cover large areas.
• 80-89 cm: Tillers with tines 80-89 cm wide are designed for very large terrains and intensive work. These models are suitable for professional applications and for those needing powerful equipment to work hard and compact soils.
• Over 90 cm: Tillers with a maximum tine width over 90 cm represent the top of the range for work on extensive surfaces. They are ideal for professional farmers and for work on large agricultural lands.

The net weight of a tiller directly affects its stability and penetration capacity into the soil. Tillers are available in various weight categories, each designed for specific work needs and types of soil.

• Up to 29 kg: Ultra-light tillers are ideal for limited use and small gardening tasks. Their lightness makes them easy to maneuver and transport, perfect for less experienced users or those needing to work on soft and pre-worked soils. However, the low mass limits penetration capacity in harder soils.
• 30-39 kg: Light tillers are suitable for hobby use and small to medium-sized gardens. They offer a good balance between maneuverability and working capacity, allowing for tackling medium-consistency soils without difficulty. These models are ideal for those needing a lightweight but efficient tool for maintaining their green space.
• 40-49 kg: Medium-light tillers are designed for hobby and semi-professional use. Their greater weight compared to lighter models allows for better soil penetration, making them suitable for larger vegetable plots and gardens. They offer good stability and are easy to maneuver, making them ideal for users with some gardening experience.
• 50-59 kg: Medium tillers are ideal for semi-professional use. They offer high power and penetration capacity, allowing for work on medium and high-consistency soils. These models are robust and reliable, suitable for those needing high-performance equipment for intensive work.
• 60-99 kg: Medium-heavy tillers are designed for semi-professional and professional use. Their high mass ensures deep soil penetration, making them ideal for work on hard and compact soils. These models are powerful and robust, perfect for large-scale agricultural applications.
• 100-140 kg: Heavy tillers are intended for intensive professional use. They offer maximum stability and penetration capacity, ensuring excellent performance even in the most difficult soils. These models are suitable for professional farmers and those needing high-end equipment for work on large surfaces.
• Over 140 kg: Very heavy tillers represent the top of the range for highly professional use. These models are designed to tackle extremely demanding work on hard and compact soils. They offer maximum power and robustness, ensuring superior and long-lasting performance.

Buying the right tiller requires careful evaluation of your needs and the technical features of the various models available. Here are some tips for choosing the most suitable tiller based on your needs.

• Identify the type of soil: Soil consistency is a crucial factor. For soft and pre-worked soils, a light or electric tiller may be sufficient. For hard and compact soils, it is advisable to opt for petrol models with powerful and robust engines.
• Determine the working area: The size of the garden or vegetable plot will influence the choice of tine width and engine power. For small gardens, a tiller with narrow tines and an electric or battery engine is ideal. For large surfaces, it is better to choose models with wide tines and petrol engines.
• Consider autonomy and maneuverability: If working on soils far from power outlets, a petrol or battery tiller is the best choice. Battery-powered tillers offer freedom of movement without the need for cables, while petrol ones guarantee greater autonomy.
• Evaluate engine power: Engine power, expressed in horsepower (HP) or watts (W), must be proportional to the type of soil and the size of the area to be worked. For intensive work on hard soils, choose engines with high power (e.g., petrol engines from 6 HP upwards).
• Consider ease of use and maintenance: Electric and battery tillers are easier to use and require less maintenance than petrol models. However, petrol models are more powerful and durable, ideal for intensive work.

• Gardening enthusiasts: For maintaining small gardens, preparing flower beds, mixing compost. We recommend choosing light and electric tillers, ease of use, low maintenance, tine width up to 39 cm.
• Advanced amateur gardeners: For working medium-sized gardens and vegetable plots, preparing soil for sowing, weed removal. We recommend choosing battery or electric tillers with a tine width of 40-59 cm, good power, ease of maneuvering.
• Hobby farmers: For preparing soil for vegetables and crops, mixing fertilizers. We recommend choosing petrol tillers with medium-power engines, tine width of 60-79 cm, good penetration capacity.
• Professional gardeners: For working large surfaces, hard and compact soils, intensive work. We recommend choosing petrol tillers with powerful engines (8 HP and above), tine width of 80-89 cm, robustness, and durability.
• Professional farmers: For preparing large agricultural fields, working hard and non-pre-worked soils. We recommend choosing petrol tillers with high-power engines (10 HP and above), tine width over 90 cm, robust and reliable transmission systems.

Buying a tiller from a renowned brand ensures quality, reliability, and excellent performance. AgriEuro offers several leading brands in the tiller sector, each with unique and specific characteristics. Here is an overview of the best tiller brands offered on AgriEuro.

• Benassi Tillers: Benassi is a historic brand in the agricultural equipment sector with a long tradition of quality and innovation. Benassi tillers are robust, powerful, and easy to maneuver, ideal for a wide range of applications.
• Eurosystems Petrol Tillers: Eurosystems is an Italian brand known for producing high-quality garden equipment. Eurosystems tillers are designed to offer excellent and long-lasting performance, ideal for both hobby and professional use.
• BlackStone Tillers: BlackStone offers a range of robust and reliable tillers, ideal for working on hard soils and for intensive applications. These models are known for their power and durability, making them perfect for professional users.
• Lampacrescia - MGM Petrol Tillers: This brand is synonymous with quality and innovation in the agricultural equipment sector. Lampacrescia - MGM tillers are designed to ensure efficiency and ease of use, with particular attention to safety and environmental sustainability.
• Rato Diesel or Petrol Tillers: Rato is an international brand offering high-performance tillers with an excellent quality-price ratio. These models are suitable for both hobbyists and professionals, thanks to their versatility and reliability.
• AgriEuro Premium Petrol Tillers: The AgriEuro Premium line of tillers offers high-quality models designed to meet the needs of professional and semi-professional users. These models combine power, reliability, and ease of use, ensuring excellent performance in all working conditions.

Buying a tiller on AgriEuro offers numerous advantages that make the shopping experience safe, convenient, and satisfying. Here is why it is worth buying on AgriEuro.

• Fast and free shipping: AgriEuro manages logistics through its own logistics centers, ensuring fast and free shipping on all products. This efficient service ensures that purchases arrive quickly, ready to be used without long waits.
• Availability of spare parts: AgriEuro offers the possibility to order spare parts always available. This is a great advantage for those needing to keep their tiller in perfect condition, ensuring long-lasting and optimal performance over time.
• Attentive and personalized after-sales assistance: AgriEuro provides attentive and personalized after-sales assistance, helping customers resolve any issues or doubts regarding their purchases. The customer service is available to offer technical support and useful advice, ensuring complete satisfaction.

Buying on AgriEuro means choosing a reliable and professional e-commerce with a wide range of high-quality products and excellent customer service. Take advantage of these benefits to find the perfect tiller for your needs and improve the efficiency of your work in the garden or agriculture.

To choose a good tiller, consider the following key factors:

• Engine power: a more powerful engine allows for working on hard soils and large surfaces.
• Type of engine: petrol or diesel, choose based on fuel availability and your needs.
• Working width: the greater the width, the faster you can work the soil.
• Working depth: check that the tiller can reach the depth needed for your type of cultivation.
• Weight: a heavier tiller offers greater stability but may be more difficult to maneuver.
• Accessories and additional features: some models offer accessories like plows, potato diggers, or extensions for greater versatility.
• Maintenance: choose a model with easily available parts and that requires simple maintenance.

Many wonder what the difference between a tiller and a cultivator is and which is more convenient. In general, both machines have a similar function: they break up the soil to prepare it for sowing or fertilization. However, despite both machines having the same function, they have very different characteristics ranging from the machine's structure to engine power.

Generally, tillers do not have rear wheels, unlike the cultivator. The latter usually has larger dimensions and more powerful engines, which is why it requires more stability and assistance than a tiller to improve the machine's maneuverability. However, it is worth noting that there are tillers equipped with pneumatic wheels that can be mounted instead of the tines or small wheels mounted at the front to facilitate moving and storing the machine.

Typically, a tiller is smaller than a cultivator, but this is not necessarily synonymous with practicality. It is perfect for working the soil deeply, but its use can be demanding as, in correlation with uneven soil, the tiller must be manually directed with only the strength of the arms.

Tillers are essential tools for anyone needing to prepare the soil for cultivation. These devices greatly facilitate the tilling of the soil, an operation that involves breaking and crumbling the soil to make it softer and more suitable for sowing and plant growth.

• Soil preparation for sowing: Tillers crumble the soil, creating a uniform and aerated seedbed essential for plant germination.
• Mixing compost or fertilizers: These tools effectively incorporate compost or fertilizers into the soil, improving soil quality and plant growth.
• Weed removal: Tillers help control weeds by breaking the roots and preventing them from competing with cultivated plants.
• Lawn renewal: those who own a lawn can use the tiller to aerate the soil and incorporate nutrients, improving the health of the turf.

These tools are adaptable to different types of use. Hobby tillers are ideal for small gardens and home vegetable plots, while semi-professional and professional models are designed to work on larger and harder soils, often used by farmers and expert gardeners.

Their structure consists of several main components, each performing a specific function to ensure optimal performance.

• Engine: The heart of the tiller. It can be petrol (gasoline or diesel), electric, or battery-powered. Petrol engines like those from Briggs&Stratton, Honda, Loncin, and Kohler-Lombardini offer power and autonomy. Electric and battery engines are quieter and require less maintenance.
• Transmission system: The transmission can be of different types, each with specific advantages. Direct transmission is simple and efficient, while combinations of belt and worm gear or belt and chain offer a balance between smooth transmission and robustness. Gear transmissions, especially those in oil baths, reduce wear and noise, increasing the machine's lifespan.
• Tines: Rotating blades that crumble and mix the soil. They vary in number (2+2, 3+3, 4+4 tines) and maximum width (up to over 90 cm), determining the working area width and tilling depth.
• Frame: The supporting structure of the tiller. It must be sturdy and durable to withstand vibrations and stresses during use.
• Handlebar: Allows the operator to control the tiller. Usually adjustable in height and angle to ensure comfort and maneuverability.

The weight of a tiller affects its stability and maneuverability. Here is how to orient yourself in choosing the weight:

• Light tillers: weighing less than 30 kg are ideal for work in small gardens and soft soils. They are easy to maneuver but less stable on hard soils.
• Medium-weight tillers: weigh between 30 and 60 kg and offer a good balance between maneuverability and stability. Suitable for medium-sized vegetable plots and moderately compact soils.
• Heavy tillers: over 60 kg are ideal for hard soils and large surfaces. They offer greater stability and power but require more force to be maneuvered.

The choice of weight depends on the type of soil and the need for stability during working.

The digging depth of a tiller varies depending on the model and power. Here are the main parameters:

• Minimum depth: light tillers can dig up to 15 cm, sufficient for surface work such as soil aeration and seedbed preparation.
• Medium depth: medium-power tillers can reach depths of 20-25 cm, suitable for more intensive work such as preparing vegetable plots and gardens.
• Maximum depth: the most powerful tillers can dig up to 30 cm or more, ideal for hard and compact soils and for preparing soil for intensive cultivation.

In some cases, it may be necessary to use equipment other than a tiller to prepare the soil. Here are some alternatives:

• Cultivator: more powerful than a tiller, it is suitable for large-scale work and can be equipped with various accessories for different agricultural operations.
• Rotary tiller: ideal for deep work on large surfaces, it allows breaking the hardest clods and preparing the soil for intensive cultivation.
• Plow: mainly used for deep work, the plow is effective for compact soils and for the initial preparation of new fields.
• Manual hoe: for small gardens and vegetable plots, the manual hoe is an economical and easy-to-use alternative for light and surface work.

Tilling hard soil requires specific equipment and techniques to achieve good results. Here are some tips:

• Moisten the soil: before starting, irrigate the soil to soften it and facilitate working.
• Use appropriate tools: a powerful tiller or cultivator with robust tines is ideal for breaking hard soil.
• Work in layers: start with a surface working to break the hard crust, then proceed with deeper workings.
• Repeat the working: it may be necessary to pass over the same spot multiple times to achieve well-worked soil.

Proper maintenance of the tiller is essential to ensure its efficiency and longevity. Here are some fundamental operations:

• Oil check and change: regularly check the oil level and change it according to the manufacturer's instructions.
• Air filter cleaning: clean or replace the air filter to prevent dust and debris from damaging the engine.
• Spark plug check: inspect and clean the spark plugs, replacing them if necessary to ensure optimal ignition.
• Lubrication of moving parts: apply lubricant to moving parts to reduce wear and improve performance.
• Belt tension check: check and adjust belt tension to prevent slipping and ensure correct operation.

NO, AgriEuro only sells new products and does not offer used tillers.

However, it is possible to find products with slight aesthetic defects but perfectly functional in the outlet section of the site. These products can represent an excellent opportunity to obtain high-quality equipment at discounted prices. The items in the outlet have been tested and guaranteed, offering the same reliability as new products but at a lower cost.

To use the tiller correctly and safely, follow these steps:

• Read the user manual: familiarize yourself with the manufacturer's instructions to understand the specific features and precautions of the model.
• Wear safety equipment: use gloves, protective goggles, and sturdy shoes to protect yourself from debris and accidents.
• Check the soil: remove stones, branches, and other obstacles from the soil before starting work.
• Adjust the working depth: set the depth of the tines according to the soil and work needs.
• Start the engine: follow the specific starting procedures of the model. For petrol engines, pull the starter cord or use the electric start button if present.
• Maneuver the tiller: guide the tiller by keeping a firm grip on the handlebar and walk at a steady pace. Avoid sudden movements and control the machine's direction and speed.
• Make overlapping passes: work the soil in overlapping passes to ensure uniform and complete working.
• Clean and store the tiller: after use, thoroughly clean the tiller, removing soil and debris from the tines and frame. Store the machine in a dry and protected place.

Accessories for the tiller can increase the versatility and efficiency of the equipment, allowing for various agricultural operations. Here are some of the most common accessories:

• Plow: used to furrow the soil and prepare it for sowing, ideal for deep workings.
• Potato digger: a specific tool for harvesting potatoes and other tubers without damaging them.
• Tine extension: allows for increasing the working width of the tiller, useful for covering larger surfaces.
• Rake: used to level the soil and remove debris and roots.
• Transport wheels: facilitate moving the tiller from one place to another, particularly useful on difficult terrains.
• Harrow: a tool for breaking the surface crusts of the soil and promoting aeration.
• Tilling kit: a set of additional blades to improve cutting and soil working capacity.