How to make a single axle tractor cutter with your own hands

Mtz 80 homemade tiller drawings

The soil tiller on the T 25 is for loosening the soil before seeding. Tractors of this type can also be used with cultivators and plows. Unlike the plough, the tiller does not overturn the soil layer and is suitable for soils with a thin fertile layer, for newly ploughed, but also for light and well cultivated soils that do not need deep cultivation. Compared to a cultivator, it provides more thorough loosening due to the cutting parts (the actual cutter).

Cutter for tractor T 25 is used in a wide range of operations:

  • loosening and mixing the soil without turning the soil;
  • breaking up clods of earth, which is especially important after ploughing;
  • destruction of weeds;
  • crumbling and incorporation of harvest residues (i.e. parts of plants left after harvesting)
  • Fertilization with organic and mineral fertilizers;
  • levelling the cultivated surface;
  • Row shaping.
make, single, axle, tractor

The tillers are designed for tillage So the tiller can be used on its own or in combination with a plough, for preliminary or final cultivation, for spring or autumn agricultural work. Depending on current tasks and soil type, different tillers are selected.

Cutters are distinguished by the shape of the cutting elements:

Most often sickle-shaped or saber knives or “goosefoots” are used.

  • for continuous tillage (field, garden side, marsh, forest);
  • for forming ridges and row spacing;
  • for cleaning canals and digging trenches;
  • Combined devices (milling and sowing, milling and plowing complexes).

The T 25 tractor belongs to the 0.6 power class and is designed to use field tillers or combination devices. It is also possible to install equipment for inter-row cultivation on it.

In the direction of rotation of the working elements:

The simplest by design. chain, and it is on this principle are arranged almost all homemade units.

By the method of aggregation:

In principle, the cutter for the T 25 can be used with a mini-tractor or a powerful professional power tiller, equipped with a seat adapter. But it is better not to experiment and not to overload compact equipment.

Cutters differ in the way they are used

Structurally, all types of cultivation equipment are arranged similarly, tiller for tractor T 25 is no exception. The main elements:

  • Frame. It is a metal frame with welded mechanisms for mounting to a tractor or hitch.
  • Shaft on which the chopping elements are fixed.
  • Tractor drive with power take-off shaft drive.
  • Safety guard.

The principle of operation of soil tiller is simple: taking the torque from PTO shaft, working elements rotate in the soil, crushing and mixing lumps of soil, weeds and crop residues. The requirements are quite stringent for this type of technology: mounted rotary cultivators must shred at least 85% of cultivated soil and 95% of the weeds and crop residues in it.

Self-built goosefoots

If your power tiller is outdated, or if you have a desire to improve your equipment, for example, to reduce or increase the width and depth of processing, the part can be made by yourself. Often such an idea can significantly improve the level of quality of cultivation of the land, as well as significantly accelerate the work.

These parts are characterized by an uncomplicated design, so they can be made by oneself.

The easiest option is to study and analyze the design of the cutters of the industrial type, and then make some adjustments.

You should pay attention to the fact that for self-assembly of the cutters you will have to use individual drawings.

So, homemade nozzles of this type consist of the following parts:

  • Sleeve. It can be made from a thick tube with a diameter of 50 mm.
  • The flange is made of thick sheet steel. It can be given a round shape, but it is much easier to make a square-shaped flange.
  • The stand for the blade. A steel angle can be used here. Some craftsmen use car springs to make this element.
  • Middle blade.
  • Leftmost blade.

The blades are better made of tool steel alloys. Some craftsmen use car springs for this purpose.

With the use of welding, the blades are mounted on stands that are fastened to the flanges. The flanges, on the other hand, are attached directly to the sleeve. Some opt for bolt fasteners, but such designs are not very reliable.

“Minus” of the “goosefoot” nozzle is considered that this element is severely damaged during work. As a result, the engine of the cultivator is subjected to additional load, and the performer is very tired. To minimize this, the axle should be equipped with castors on both sides, which act as a kind of limiters.

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In this situation only the uppermost topsoil is to be worked. This version is best suited for soddy and heavily overgrown soils. After the first pass the turf begins to break up. Then the wheels are dismantled, and additional processing to a greater or lesser depth is performed.

If self-made “goose feet” are made competently, their quality will not be inferior to their industrial counterparts.

So, the self-made “goose-feet” have the following advantages:

  • You have the opportunity to save money;
  • You will make a part just for your cultivator;
  • correctly assembled self-made cutter is not inferior to factory-made products.

A tiller for a power tiller is one of the most common types of additional equipment for tillage. A power tiller is a set of special blades fixed on the axle. With their help, you can quickly and easily get rid of weeds, make cultivation of the soil on the plot. In order to find the best type of tiller for your power tiller, it is necessary to classify them.

Making a rotary tiller for a power tiller with your own hands

The drawing of the gooseneck power tiller shows the construction of the rotary power tiller’s rotating element. The segment of a rotary burr consists of three beams (tine legs), positioned at an angle of 120° in relation to each other. Beam length is indicated in the drawing as 100 mm, but if you use a rigid material to make the cutter, such as metal angle or plate with a thickness of 5 mm or more, the length can be increased to 200-250 mm, particularly if the cutter is made for a large heavy power tiller. There’s no sense in making longer legs. If you increase the length of the beam, you must accordingly increase all other dimensions of the rotary cutter drawing by multiplying them by the factor of increase, the value of which you get by dividing the new length by the old one. Important condition for easy and productive work of the rotary cutter is the position of the foot itself on the foot, namely the angle of 11° to the perpendicular of the cutter beam. This angle makes the resistance of the soil when the cutter plunges the least. This means that a rotary tiller achieves the highest possible efficiency, and the power required for the tiller’s high performance drive is reduced, i.e.е. the engine will work with less load (which is important for a two-stroke engine), and the single-axle tractor will not “bounce”. The tines of a rotary tiller for a power tiller are often made in a triangular shape (lancet tiller) and ground on an emery. Three-beam segment is bolted or welded to the cutter drive shaft, which is made of pipes with diameter of 33 mm or more, with wall thickness of at least 6-8 mm. The bolt fixing of the rotary cutter beams enables a quick repair and gooseneck sharpening. Usually there are 8 segments on the shaft, 4 on each hemisphere, with a distance between them of 10 to 20 cm, depending on the length of the legs and the size of the feet

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Purpose and characteristics

“Goose feet”. one of the most popular varieties of cutters, which is designed to provide high-quality plowing of the land on the plot. This element is a small axle, on which the knives are put. They create the effect of cutting the earth, thus making it plow. It should be noted that when using a power tiller with such cutters on the dacha territory, not only soils, but also plants on them can be processed. Therefore, a lot of dacha owners use this unit to control weeds.

The peculiarity of “goose feet” is that they are not disassembled into parts, but have a cast construction. Only carbon steel is used in the production process, which ensures the reliability and durability of the unit.

Another advantage of the element is its triangular shape, which guarantees an excellent soil mixing. This configuration is very useful for hard packed soil.

“The Goosefoot is indispensable when working areas with coarse clods of earth.

Most dacha owners use power tillers with similar cutters for processing the territory on which the potatoes will be planted. Some believe that such a finish allows even to protect the future crop from the Colorado potato beetle.

If you plan to use the nozzle not only for tilling, but also for killing weeds, the edges of the blades need to be sharpened beforehand, because they are quite blunt initially.

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Purpose and features

“Goose feet”. one of the most popular varieties of cutters, which is designed to provide high-quality plowing of the land on the plot. This element is a small axle, on which the knives are put. Exactly they create the effect of cutting the earth, carrying out its plowing in such a way. It should be noted that when using a power tiller with such cutters in the countryside, not only soils, but also plants on them can be processed. Therefore, a lot of dacha owners use this unit for weed control.

The peculiarity of “goosefoots” is that they are not disassembled into parts, but have a cast construction. Only carbon steel is used in production, which ensures the robustness and durability of the machine.

Another advantage of the element is considered to be its triangular shape, which guarantees an excellent mixing of the soil. Such a configuration is extremely relevant, given the strength of hard soil.

“The Goosefoot is indispensable for cultivating areas with large clods of soil.

Most gardeners use tillers like these for planting potatoes. Some believe that this finish can even protect future crops from the Colorado potato beetle.

If you plan to use the attachment not only for tillage, but also for killing weeds, then the edges of the blades will need to be pre-sharpened, as initially they are quite blunt.

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Varieties of tillers for a power tiller

Structurally, a tiller is a set of tillage blades placed on a rotating axle. Such a module consists of two parts, which are installed on the drive shafts of the wheels on either side of the power unit. Thanks to this arrangement, the single axle tractor is able to move on its own when cultivating.

One can also distinguish the type of power tillers with attached power tillers, which rotary motion is ensured by PTO shaft. Unit is behind the powerpack and does not participate in power unit movement. MtZ, Neva, Proab, Sich, Agro power tillers are made in different modifications, with and without PTO.

Production differences for both standard and bolt-on milling cutters are practically indistinguishable. But for the milling cutter with independent rotation, there is an additional module with PTO drive and double-sided angular reducer.

Active (sabre-shaped)

The blade assemblies on these cutters consist of four cutting elements spaced 90˚ apart. There can be 2, 3 or more such units on one side of the drive. Number and width of blade depends on tiller weight and power.

The blades are curved bars of high-strength alloyed steel. For self-made knives, heat-treated and then hardened, 50XHFA spring steel is the best choice. Blades curves alternately in different directions.

Active tiller design allows cultivation of areas with stones and roots without risk of scraping blades. But it is reasonable to use this type of equipment on light cultivated soils.

“Goose-feet”

Cutting elements of such mowers are made in the form of a triangle made of solid steel, located on the end of a stand. This arrangement is the reason for the extravagant name “Goosefoot”.

As with active power tillers, the width and number of blade banks are determined by the weight and power of the power tiller. Number of cutting elements arranged around the circumference of the blade block. 4 or more. blades means better crumbling of the ground but the power of the power pack needs to be increased.

A rotary mower for a power tiller can come in handy in the countryside.

Both of these tillage machines are designed for heavy soils and fallow land. The presence of branched root systems in the soil leads to frequent clogging of the module.

make, single, axle, tractor

Both tillage tillers have advantages and disadvantages. When choosing the option for self-made, one should take into account the soil structure, the required degree of soil crushing, layout and power of the power unit, complexity and fabrication technique.

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Self-made “goose feet

If your tiller is old, or you want to make improvements to your machine, such as increasing or decreasing the working width or depth, you can make the piece yourself. Often such an idea can significantly improve the level of quality of cultivation of the land, as well as significantly accelerate the work.

These parts are characterized by an uncomplicated design, so they can be made by yourself.

The easiest option is to study and analyze the design of the cutters of the industrial type, and then make some adjustments.

Please note that you have to use individual drawings to assemble milling cutters by yourself.

So, homemade nozzles of this type consist of the following parts:

  • The sleeve. You can make it from a 50 mm thick tube.
  • The flange is made of thick sheet steel. It can be given a round shape, but it is much easier to make a square-shaped flange.
  • Blade stand. Here you can use a steel angle. Some craftsmen use car springs for this element.
  • The middle blade.
  • Leftmost blade.

The blades should be made of tool steel alloys. Some craftsmen use automobile leaf springs for this purpose.

With the use of welding, the blades are mounted on a stand that is attached to the flanges. The flanges are fastened directly to the sleeve. Some people opt for bolt fasteners, but such designs are not very reliable.

“The “disadvantage” of the goosefoot attachment is that this element is severely damaged when working. This puts extra strain on the cultivator motor and makes the operator very tired. In order to minimize this, on both sides of the axis, you need to put the castors, which will act as some kind of limiters.

In this situation, only the uppermost soil layer will be worked. This option is convenient for cultivating turfy and strong overgrown soil. After the first pass the turf begins to break up. Further the wheels are dismounted, and additional cultivation to a greater or lesser depth is done.

If self-made “goose feet” are made competently, their quality will not be inferior to their industrial counterparts.

So, the self-made “goosefoot” has the following advantages:

“Goosefoot tines

The second type of cutters is the “goose feet” model, which received such an original name due to the triangular shape of the cutting parts. Similar to the saber type, the size and number of cutting components depends on the weight of the main unit. For example, it is recommended to install four or more parts for the MTZ motoblock, and for other similar models only three. In fact, you can put an unlimited number of blades, as you see fit, but it should be taken into account that the power of a power tiller with a weak engine will drop significantly.

The most goosefoot tools are used for tilling difficult soils and fallow land. But it is worth noting that if the soil contains a large number of branched roots, the system can clog and fail.

Every type of cutter requires an initial inspection and further care

Widespread use of this type of cutters received in the eighties during the Soviet era, when the active development of homemade devices in the economic sector began. Farmers were forced to look for ways to increase productivity on their plots, and for this reason, they learned to build tillers for power tillers with their own hands. It should be said that the design of the unit has not changed since then, which once again proves its timeless efficiency.

How to assemble goose-feet

The main element of the tiller is the drive sleeve, the parameters of which should be at least five mm of wall length, and the optimal value is considered to be about seven mm. Next, you need to grind the inside so that it is easy to put on the shaft, and make a special hole for the axial tube with a depth of thirty or forty mm.

As for the axle tube itself, it is usually made on the basis of the standard model AE25-32, but other similar parts are also allowed. There are two types of finished pipe: collapsible and non collapsible, it all depends on your expectations. But if you believe the reviews of farmers, the collapsible version is still considered the most effective, as there is always the possibility to add or remove the blade units. It is impossible to predict how a singleaxle tractor will behave in a certain area, and for this reason it is better to have a backup version of the modification just in case.

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After selecting a suitable type of axle tube, a special flange is to be mounted on it for further attachment of the cutter units. The total length of such a device will depend on the width of the knives and their distance from each other. The optimal width of triangular blades is about 60-80 mm, because larger sizes noticeably increase the resistance of the unit to the ground and impair its work. The blade inserts themselves have to be made of thick steel and have a thickness of 3-5 mm. Next, it is necessary to assemble the stand of the cutting element, which consists of a curved strip and a sharpened edge.

“Goose legs” are good for treating stony soils and destroying weeds

Connecting the knife unit and the axial tubes, you will get the overall design of the modular element. Actually, this is the final stage of creating the “goose feet” and you can make the first “run-in” of the homemade unit. Also, before starting the procedure of making a cutter, it is worth making a small drawing beforehand to reduce the risks of spoiling parts. The necessary drawing can be found in many automotive publications or on the Internet, if you have a technical background and understand the design of the cutter, you can make an approximate plan yourself.

Homemade cutters for the tiller

In order to create a cutter for a motor-block with your own hands, it is necessary to stock up on the following tools and blanks:

  • metal pipe (with a diameter of no more than 42 mm);
  • blanks for the cutting elements of the mill (any unnecessary spare parts or pieces of metal will do. For example, you can use old car springs);
  • welding;
  • angle grinder.

Cutting elements are adjusted to the required size and if necessary sharpened. Then they need to be welded to the tube in the appropriate order.

Experts recommend not to make cutters with a diameter of more than 50 cm, as this will reduce the risk of its breakage during operation. Below is a detailed drawing for the manufacture of goose-foot cutters:

When using the cutters, do not forget about safety and the rules of operation of the product. Before starting, the cutters should be above the surface of the ground, and their plunge into the soil should be slow and smooth.

How to make cutters for a power tiller and cultivator with their own hands

The single-axle tractor has become an indispensable helper in working with plots of land and carrying out the cultivation of soils. Externally, it resembles the front of a scaled-down tractor: it has plow handles, only two wheels, and an internal combustion engine. All necessary buttons along with control switches are placed on the handles.

Cutters on a singleaxle tractor are actively used in soil cultivation. With their help it is possible to:

  • Eliminate weeds without leaving a trace behind;
  • thoroughly mix all the layers of the soil, loosen them, which allows you to raise the fertility;
  • quickly and efficiently distribute fertilizer on the plot;
  • level the fields.

These tools are highly productive, which allows you to achieve high results in the processing of over-moistened, clayey and woody soils, improving pastures and meadows.

There are several varieties of cutters, but the most popular:

The latter are standard. they can be used for a wide variety of tasks. The main advantage lies in the special shape of the blades. Made of steel, the construction is demountable, because the material cannot be welded.

“Goose legs” appeared on the market relatively recently. They allow you to fully work the hardest soil. Models are one-piece, can not be dismantled, and therefore are highly durable. Their main drawback is that weeds accumulate between the blades, so only work in cleaned areas. Can also be used for preventive soil treatment against Colorado potato beetles and other pests.

How to make cutters for a power tiller with your own hands

Cutters are not complicated. Before collecting them, it is worth familiarizing yourself with the already existing parts and their design features.

Suitable drawings can be found in thematic publications and forums on the Internet. After determining the model, you must prepare the materials for assembly. If shaped parts will be used, they should be ordered from a master or forged yourself, if you have certain skills and access to special equipment.

Materials you will need

Before assembling, measure the area you wish to work on, and on the basis of the data you have obtained, begin to assemble the mechanism. In order to get the most correct construction will be needed:

The rippers can be based on automobile leaf springs, which are bent and angled and welded to the main tube.

Tips for fabrication

First of all, pay attention to the proper assembly. Avoid any variations, even the smallest ones. If you are not attentive, the axle will be out of alignment. Installing homemade cutters for the power tiller and cutters for the cultivator, it is important not to mix up the direction of rotation of the teeth.

It is recommended to make elements with a diameter not exceeding 500 mm. This means that the tool will be able to go into the soil at 260 mm and capture about a meter in one go.

Sabre knives are less dangerous than other knives. With these blades, the risk of serious injury is minimal. The alternate arrangement of the blades makes their entry into the ground consistent, there are no blows and jerks.

To maximize the life of homemade devices, you need to adhere to a few simple rules, in particular, when starting the fascia should be above the ground, then start rotating, slowly lowering the blades into the soil. so begins processing.

Assembly process

As already mentioned, we start by measuring the terrain. Once all the calculations are made, you can proceed directly to the assembly. Using a welding machine, connect the knives to a pre-prepared pipe. Before that, you can sharpen the edges of the elements at the right angle.

The obtained device should be fixed on the hitch and the work can be considered as done. To be sure of the serviceability of the system, conduct a test run and make adjustments.

People with experience in working with metals can easily assemble cutters for the “Neva” power tiller. The pre-assembled schemes, as well as a set of quality tools and materials, make assembly easier.

To assemble such a mechanism as a tiller for a motor-block, you can do it with your own hands, but it is necessary to read the recommendations and steadily adhere to the sequence of work. Then the device will serve for decades.

How to assemble and mount the cutters on a single-axle tractor correctly

To start working with the mini-tractor, first assemble the cutters from the standard kit. It includes: 8 pairs of blades (a pair consists of 1 left and 1 right blade), fasteners (nuts, washers, bolts). Included with the parts is an assembly instruction, which is carefully studied. The following recommendations will also help avoid problems:

  • cutting elements are arranged in pairs, so that further it was easier to determine the right and left blades;
  • blades are mounted perpendicular to each other on the rotor axis;
  • on the same block combine 4 knives and attach them to the gears;
  • check if the blades are correctly assembled;
  • Tighten the fasteners.

The movement of the working cutting blades is always counterclockwise.

When assembling make sure that the active sharpened part cuts into the ground when working. Errors in balancing the axle will cause the machine to skid when working the ground. If you do not deviate from the instructions, assembly will take no more than 60 minutes and the part will be durable.

If an experienced landowner can cope with the previous step alone, the assembled part is usually installed on the motocultivator by two people. This allows you to avoid injury, and not to damage the agricultural machinery. First, the minitractor is lifted. The rudder is propped by ready-made trestles made of wood or planks knocked down crosswise. The optimal height of the support is 50 cm. If the machine stands stable, the wheels are removed from it, instead of which the previously assembled cutters are installed. Special plates are installed on both sides, which allow the power tiller to move smoothly and make it more stable.

Active cutter for a motor-block with your own hands

Usually an active cutter for a power tiller is sold as part of the power tiller kit. But sometimes you need to do the work, using specialized cutters, which are not sold anywhere. In this case you need to make milling cutters for your power tiller yourself.

In this case, you can go two ways: to make a milling machine yourself or order the production from a master. The first option is rather labor-intensive. But it will take a little time and money to make a cutter, for the cost of materials.

The second option has a number of advantages: having all the necessary tools and materials at the master’s disposal, and as a result, the cutter will be more practical.

First you must think about the functionality and design of the cutter. To do this, you should familiarize yourself with analogues. In order to achieve maximum functionality and safety, all details of the design must be taken into account. If this is not taken into account, the cutter will not do the necessary work, and all the work of making it will be a waste of time. Prepare the necessary materials after you have prepared the drawings. If the milling cutter is made with shaped or tampered elements, these must be ordered from a specialist workshop. And the other elements are bought in the store or use those that are available.

Once all parts are made, it is necessary to assemble a normally working mill, which is not possible for everyone. Assembly must go strictly according to the drawings, without any deviations in design. Otherwise, the cutter will constantly go sideways, which will make the work very difficult.

After the cutter is assembled, you need to test its operation. If necessary, redesign the cutter to do the job you want it to do.

How to determine the correct knife sharpening angle

The smaller the angle, the sharper the knife. However, do not change the angle given by the manufacturer. This can cause geometry to break and negatively affect the quality of the cut. To figure out what angle to sharpen the knife, remember where it was made. Japanese products have a minimum angle of 15-20 degrees, European products have an angle of 30-45 degrees. If you’re having trouble identifying, use the following ways to determine kitchen knife sharpening angles:

  • Place the cutting edge in the scissors. Fix the half-open scissor blades in the given position and measure the angle with a protractor. In order to prevent the shears from shifting before measurement, tighten the clamping bolt to the limit.
  • Use wax. Put a layer of paraffin on the work board and stick the blade in it. Wait for the wax to harden and remove the blade. Take a photo of the resulting hole and measure the angle.
  • And of course the easiest way. And as for Samura kitchen knives, you can address this question to us.

Milling. a detailed algorithm for beginners

Having understood the secrets of self-made, you can proceed directly to the creation of the design. For this purpose, you will need:

  • Several metal pipes with a diameter of no more than 4.2 cm.;
  • Sharp parts that will act as knives;
  • angle grinder;
  • Welding machine.

To make the blades you can use old automobile springs or spare parts from other machinery. The blades of the design should be adjusted to a suitable size and bent in one direction.

Cutters for the motor-block homemade. the order of making the equipment

The simple design of cutters for power tillers allows you to make this kind of devices with your own hands. Here’s how to correctly assemble and reassemble your STIHL STIHL 180 chain saw.

How to assemble properly the cutters on a single axle tractor. making sabre equipment

Immediately before making saber-shaped rotor attachments we advise you to study the drawings, which will prompt you the correct order of action when assembling the equipment.

Any sabre-shaped cutter to a power tiller consists of two interconnected blocks, each of which contains 12 cutters. The construction of one single unit includes 3 assemblies, each equipped with 4 cutting blades. The latter, in turn, are arranged in 30° relation to each other. Assemble the saber cutters as follows:

  • To begin, make a rack, using a 6.3×4 cm angle for this purpose;
  • Weld one end of the stand to the flange so that you can then connect the 4 cutting blades together;
  • Connect all cutting elements of the cutter bar to each other by means of flanges and bolts with washers.

The rotary cutter made in this way has high strength and stability, which will allow you to use it for processing soils of any density.

Making goosefoot cutters

Immediately before assembling this type of attachment you need to prepare carefully for work. With tools and materials you will need:

  • A steel tube, 4.2 cm in diameter;
  • steel plates to make the cutting blades;
  • welding machine;
  • angle grinder with disc set.

The active goosefoot cutter is assembled in the following order:

  • You can use car springs to make the cutters. Cut them into equal pieces, and then weld them to a steel tube that acts as a base;
  • The edges of the cutting elements carefully sharpen and weld to the base used;
  • Assemble the equipment, start it up and make the necessary adjustments. Keep in mind that after starting the power tiller, the blades of the equipment should hang in the air, not touch the ground.

To make the gooseneck tiller last as long as possible, lower it slowly to the ground. Otherwise the equipment may break.

Self-installation of tillers on a single-axle tractor

The self-assembly of equipment on a single-axle tractor is carried out in exactly the same way, both for sabre and gooseneck devices.

In either case, the procedure is as follows:

  • Place the manufactured cutters on a special wooden “trestle”, about 0.5 m high;
  • Carefully tilt the single axle tractor at a 45° angle, and rest it on the coulter;
  • Place the “goosenecks” under the handlebar of the power tiller;
  • Dismantle the standard wheels of the agricultural machine, and install self-made cutters instead;
  • On the left and right outer ends of the tillers, securely fasten the cutter plates. they will significantly improve the running of the power tiller and make it smoother and more stable.

After completing all of the above steps, you can start tilling the ground. During work do not forget to monitor the reliability of the fixing plates that fix main and additional cutters on your power tiller.

Whether it is necessary to sharpen milling cutters on a single axle tractor. we understand together

It is rather difficult to give an unambiguous answer to this question because of several factors. First, the recommendations of the cutter manufacturer are of great importance. Some companies that produce high-quality equipment for plowing the soil, do not advise to perform sharpening of cutting elements, as it will lead to a deterioration in the effectiveness of cutters and loss of warranty on their service. Other manufacturers, on the contrary, recommend obligatory sharpening cutters before each season of power tiller operation.

The second important factor is the result that the sharpening of milling cutters can bring. The only, but very important advantage that this procedure gives is the ease in the cultivation process, because the sharpened cutter blades will be much easier to penetrate into the ground and plow it effectively. One of the disadvantages of sharpening is the need to remove and install the equipment on a tractor each time. Another very important disadvantage is the ability of tillers to crush the roots of weeds deeply hidden in the ground, which will lead to their intensive vegetative reproduction throughout the vegetable garden.

The third factor is the type of cultivated soil. If the tiller on the tiller is mainly used for processing hard clay soils and virgin lands, sharpening the cutting blades will help to plow up such soil faster and more qualitatively. If the ground in the garden is soft, then there is usually no need to sharpen a set of cutters.

All listed tips on making, installing and sharpening attachments are suitable for operating the equipment with Neva MB-1, MB-2 power tillers, as well as with agricultural machinery of MTZ, Celina brands and units of other imported and domestic manufacturers.