Loading Posts...

Homemade manual hiller from a bicycle

Hilling potatoes It's very difficult to cultivate and plant garden beds yourself, but a homemade hiller makes life much easier for a farmer. The construction process is quite simple.

Operating principle

The key component of a hand-held hiller is the cultivator or plow. It does what a hoe or mattock does by hand—tilling the soil. This plow, using its sharp end ("nose"), digs slightly into the soil and distributes it laterally, covering the potato rows with soil.

If the hiller is a homemade model made from a bicycle, the cultivator will be attached to its frame. By slightly modifying the structure of the unit, you can steer the device by gripping the handlebars, directing it in the desired direction. The hiller itself is propelled by a single wheel at the front of the frame.

Do-it-yourself hiller

The operation of a manual hiller can be summarized more briefly using the following algorithm:

  • the cultivator cuts into the ground;
  • the operator of the device uses the steering wheel to direct the hiller in the desired direction and moves it forward;
  • movement is carried out by means of the existing wheel.

What do you need to make a hiller?

First of all, you will need certain equipment and materials:

  • frame of an unnecessary bicycle (necessarily with handlebars and one 26-28 inch wheel);
  • a cultivator (plow), which can be purchased or made by yourself;
  • welding devices;
  • wrenches for nuts and bolts (if the cultivator will be screwed to the mount).

At the same time, you will need a little patience and the ability to work with a welding machine.

Preliminary actions

First, prepare the bicycle frame: handlebars, saddle, pedals, and the rear wheel are removed. The rear wheel is disassembled and cleaned—only the metal rim is needed.

A wheel without a tire

The metal rim penetrates the soil better, giving the hiller much greater stability and maneuverability than a rubber-mounted unit. Controlling the machine becomes significantly easier.

The process of creating a hiller

The manufacturing process can be divided into 5 stages:

  1. The rear wheel mount is cut so that the end result is just a "triangle" from the bicycle frame.
  2. The cultivator will be placed instead of the wheel, and it needs to be fixed there.
  3. Screw or weld the cultivator in place. This should be done carefully, as this part of the hiller will bear the heaviest load.

    If the cultivator is bolted on, tighten the nuts as tightly as possible, otherwise the hand-held hiller won't last more than a couple of days. This is where both a nut and bolt wrench come in handy. Using both wrenches simultaneously will ensure a secure and lasting attachment.

  4. Next, adjust the cultivator's reach (how far/close it is). This is done for ease of use during hilling, to avoid tripping over the cultivator blades.
  5. The previously removed steering wheel is tightly screwed into place on the saddle.

Creation of a cultivator section

If you were unable to find/buy/remove a cultivator, you can make one yourself.

Building a basic cultivator is fairly simple. It's essentially the same as a plow. Two plates are attached to the base, forming a forward-facing angle (toward the wheel). As the cultivator moves, the plates will divide the soil into two sections and use the raised soil to hill up the potato rows.

However, the following requirements for this part should be adhered to:

  • the total width of the blades should be equal to 2/3 of the spacing between the rows of potato bushes;
  • the cultivator should go 10-15 cm under the soil;
  • The angle of the blades should be close to 90 degrees - this way they will pick up the soil perfectly.

After completing the full range of work, you should have a fully functional manual hiller that will do its job perfectly during potato growing.

To learn more about the device and how to properly make such a homemade hiller, you can watch the following video:

Helpful tips

If two people operate the hiller, the hilling process will be significantly simplified and the efficiency of the work will increase significantly. To use a manual hiller with two people, attach a standard belt to the front of the machine.

A load can be attached to the rear of the machine. This improves penetration into the ground, which again increases operating efficiency. However, this also makes it more difficult to move the machine forward due to the increased weight.

Other types of hillers

There are many different ways to create hillers. Let's look at some other methods below.

Comparison of types of hillers
Type of hiller Materials Difficulty of manufacturing Efficiency Ease of use
From a bicycle frame Bicycle frame, cultivator, welding materials Average High High
From a bicycle wheel and fork Fork, wheel, pipes, cultivator Low Average Average
From a children's bicycle Children's bicycle, cultivator blades High Very high Low

From a bicycle wheel and fork

If you have a front bicycle fork and a wheel for it, you can create a hiller using this technology:

  • 2 pipes need to be welded at an obtuse angle;
  • a bicycle handlebar is attached to a long pipe (it would be wiser to weld it so that it doesn’t fall off during work);
  • A cultivator is attached/welded to the joint of both pipes at the bottom.

The final result of the work will look like this:

Hiller made from a bicycle wheel and fork

Building a hiller like this is much easier than the one mentioned previously. However, different types of units should be used for different purposes.

Recommendations for selection
  • • For small areas, it is preferable to use a hiller made from a bicycle wheel and a fork due to its ease of manufacture.
  • • For processing large areas, a hiller made from a bicycle frame is better suited due to its high efficiency.
  • • A hiller made from a children's bicycle is recommended for experienced users due to the complexity of manufacture and adjustment.

From a children's bicycle

You will need a metal bicycle with 3 wheels:

  • the saddle and front wheel are removed and stored;
  • cultivator blades are welded to the inside of the frame near the wheels;
  • the angle of their placement is selected individually (affects how the hiller will move: along the rows or between them).

It's recommended to weld the blades so that the corner faces the operator's feet and opens at the front. This way, the hiller will move along the row itself, not between rows, as with previous varieties. The advantage is that each cultivator blade will work the row from both sides at once:

Hiller from a children's bicycle

But it is important to remember that if the children's bike is too low, then the higher the potato plants, the more difficult the hilling process will be (damage to the sprouts will directly affect the health of the tubers).

Potential risks
  • × Incorrectly adjusting the cultivator blade angle may cause damage to plants.
  • × Using a hiller made from a child's bicycle on tall plants can reduce the efficiency of the work and increase the risk of damage to the seedlings.

This completes the homemade potato hiller, and you can begin hilling your beds. Making this device isn't difficult, especially in comparison: a little welding and you'll get tremendous efficiency, compared to hilling each bed yourself.

Frequently Asked Questions

What type of soil is best for using a homemade hiller?

Can you use a hiller on wet soil?

What cultivator angle will provide the best efficiency?

How often should a cultivator blade be sharpened?

Can a hiller be modified to work on slopes?

What is the minimum height for a person to comfortably operate such a hiller?

What can I use to replace a bicycle wheel if I don't have a metal rim?

How to prevent corrosion of metal parts of a hiller?

Can a hiller be used for crops other than potatoes?

What is the optimal weight for a structure to ensure easy handling?

Is it necessary to lubricate the wheel axle before work?

What row spacing is required for this type of hiller?

Is it possible to attach an extra blade to increase performance?

How to store a homemade hiller during the off-season?

What is the alternative to welding during assembly?

Comments: 0
Hide form
Add a comment

Add a comment

Loading Posts...

Tomatoes

Apple trees

Raspberry