Leaf blower mower attachment. Leaf blower mower attachment

US6321517B1. Leaf blowing blade for a lawn mower. Google Patents

Publication number US6321517B1 US6321517B1 US09/544,429 US54442900A US6321517B1 US 6321517 B1 US6321517 B1 US 6321517B1 US 54442900 A US54442900 A US 54442900A US 6321517 B1 US6321517 B1 US 6321517B1 Authority US United States Prior art keywords blade disc member lawnmower paddle extension portion Prior art date 2000-04-07 Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.) Expired. Fee Related Application number US09/544,429 Inventor David S. Bower Michelle E. Diette Original Assignee David S. Bower Michelle E. Diette Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.) 2000-04-07 Filing date 2000-04-07 Publication date 2001-11-27 2000-04-07 Application filed by David S. Bower, Michelle E. Diette filed Critical David S. Bower 2000-04-07 Priority to US09/544,429 priority Critical patent/US6321517B1/en 2001-11-27 Application granted granted Critical 2001-11-27 Publication of US6321517B1 publication Critical patent/US6321517B1/en 2020-04-07 Anticipated expiration legal-status Critical Status Expired. Fee Related legal-status Critical Current

Links

• 238000007664 blowing Methods 0.000 title abstract description 46
• 230000001808 coupling Effects 0.000 claims abstract description 16
• 238000010168 coupling process Methods 0.000 claims abstract description 16
• 238000005859 coupling reaction Methods 0.000 claims abstract description 16
• 238000010276 construction Methods 0.000 description 8
• 230000003466 anti-cipated Effects 0.000 description 4
• 230000004048 modification Effects 0.000 description 4
• 238000006011 modification reaction Methods 0.000 description 4
• 238000007689 inspection Methods 0.000 description 2
• 238000004519 manufacturing process Methods 0.000 description 2

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Classifications

• A — HUMAN NECESSITIES
• A01 — AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
• A01D — HARVESTING; MOWING
• A01D42/00 — Mowers convertible to apparatus for purposes other than mowing; Mowers capable of performing operations other than mowing
• A01D42/06 — Sweeping or cleaning lawns or other surfaces

• A — HUMAN NECESSITIES
• A01 — AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
• A01D — HARVESTING; MOWING
• A01D2101/00 — Lawn-mowers

Abstract

A lawn mower assembly having a leaf blowing blade includes a blade assembly for converting a lawnmower into a leaf blower. The blade assembly includes a substantially planar disc member that includes an outer perimeter edge. A connection portion extends outwardly from the disc member. The connection portion is designed for coupling to a blade attachment portion of the lawnmower such that the disc member is rotatable by the lawnmower. A plurality of spaced elongated blades extends downwardly from a lower surface of the disc member. The disc member is coupled to the lawnmower with the blades extending radially outward from the connection portion.

Description

The present invention relates to lawn mowers and lawnmower attachment devices and more particularly pertains to a new leaf blowing blade for a lawnmower for allowing a user who owns a lawnmower to easily convert it to a leaf blower.

The use of lawnmower attachment devices is known in the prior art. specifically, lawnmower attachment devices heretofore devised and utilized are known to consist basically of familiar, expected and obvious structural configurations, notwithstanding the myriad of designs encompassed by the crowded prior art which have been developed for the fulfillment of countless objectives and requirements.

Known prior art includes U.S. Pat. No. 5,345,788; U.S. Pat. No. 5,163,276; U.S. Pat. No. 3,724,182; U.S. Pat. No. 2,991,567; U.S. Pat. No. DES. 370,489; and U.S. Pat. No. 3,048,869.

While these devices fulfill their respective, particular objectives and requirements, the aforementioned patents do not disclose a new leaf blowing blade for a lawnmower. The inventive device includes a blade assembly for converting a lawnmower into a leaf blower. The blade assembly includes a substantially planar disc member that includes an outer perimeter edge. A connection portion extends outwardly from the disc member. The connection portion is designed for coupling to a blade attachment portion of the lawnmower such that the disc member is rotatable by the lawnmower. A plurality of spaced elongated blades extend downwardly from a lower surface of the disc member. The disc member is coupled to the lawnmower with the blades extending radially outward from the connection portion.

In these respects, the leaf blowing blade for a lawnmower according to the present invention substantially departs from the conventional concepts and designs of the prior art, and in so doing provides an apparatus primarily developed for the purpose of allowing a user who owns a lawnmower to easily convert it to a leaf blower.

In view of the foregoing disadvantages inherent in the known types of lawnmower attachment devices now present in the prior art, the present invention provides a new leaf blowing blade for a lawnmower construction wherein the same can be utilized for allowing a user who owns a lawnmower to easily convert it to a leaf blower.

The general purpose of the present invention, which will be described subsequently in greater detail, is to provide a new leaf blowing blade for a lawnmower apparatus and method which has many of the advantages of the lawnmower attachment devices mentioned heretofore and many novel features that result in a new leaf blowing blade for a lawnmower which is not anticipated, rendered obvious, suggested, or even implied by any of the prior art lawnmower attachment devices, either alone or in any combination thereof.

To attain this, the present invention generally comprises a blade assembly for converting a lawnmower into a leaf blower. The blade assembly includes a substantially planar disc member that includes an outer perimeter edge. A connection portion extends outwardly from the disc member. The connection portion is designed for coupling to a blade attachment portion of the lawnmower such that the disc member is rotatable by the lawnmower. A plurality of spaced elongated blades extend downwardly from a lower surface of the disc member. The disc member is coupled to the lawnmower with the blades extending radially outward from the connection portion.

There has thus been outlined, rather broadly, the more important features of the invention in order that the detailed description thereof that follows may be better understood, and in order that the present contribution to the art may be better appreciated. There are additional features of the invention that will be described hereinafter and which will form the subject matter of the claims appended hereto.

In this respect, before explaining at least one embodiment of the invention in detail, it is to be understood that the invention is not limited in its application to the details of construction and to the arrangements of the components set forth in the following description or illustrated in the drawings. The invention is capable of other embodiments and of being practiced and carried out in various ways. Also, it is to be understood that the phraseology and terminology employed herein are for the purpose of description and should not be regarded as limiting.

As such, those skilled in the art will appreciate that the conception, upon which this disclosure is based, may readily be utilized as a basis for the designing of other structures, methods and systems for carrying out the several purposes of the present invention. It is important, therefore, that the claims be regarded as including such equivalent constructions insofar as they do not depart from the spirit and scope of the present invention.

Further, the purpose of the foregoing abstract is to enable the U.S. Patent and Trademark Office and the public generally, and especially the scientists, engineers and practitioners in the art who are not familiar with patent or legal terms or phraseology, to determine quickly from a cursory inspection the nature and essence of the technical disclosure of the application. The abstract is neither intended to define the invention of the application, which is measured by the claims, nor is it intended to be limiting as to the scope of the invention in any way.

It is therefore an object of the present invention to provide a new leaf blowing blade for a lawnmower apparatus and method which has many of the advantages of the lawnmower attachment devices mentioned heretofore and many novel features that result in a new leaf blowing blade for a lawnmower which is not anticipated, rendered obvious, suggested, or even implied by any of the prior art lawnmower attachment devices, either alone or in any combination thereof.

It is another object of the present invention to provide a new leaf blowing blade for a lawnmower which may be easily and efficiently manufactured and marketed.

It is a further object of the present invention to provide a new leaf blowing blade for a lawnmower which is of a durable and reliable construction.

An even further object of the present invention is to provide a new leaf blowing blade for a lawnmower which is susceptible of a low cost of manufacture with regard to both materials and labor, and which accordingly is then susceptible of low of sale to the consuming public, thereby making such leaf blowing blade for a lawnmower economically available to the buying public.

Still yet another object of the present invention is to provide a new leaf blowing blade for a lawnmower which provides in the apparatuses and methods of the prior art some of the advantages thereof, while simultaneously overcoming some of the disadvantages normally associated therewith.

Still another object of the present invention is to provide a new leaf blowing blade for a lawnmower for allowing a user who owns a lawnmower to easily convert it to a leaf blower.

Yet another object of the present invention is to provide a new leaf blowing blade for a lawnmower which includes a blade assembly for converting a lawnmower into a leaf blower. The blade assembly includes a substantially planar disc member that includes an outer perimeter edge. A connection portion extends outwardly from the disc member. The connection portion is designed for coupling to a blade attachment portion of the lawnmower such that the disc member is rotatable by the lawnmower. A plurality of spaced elongated blades extends downwardly from a lower surface of the disc member. The disc member is coupled to the lawnmower with the blades extending radially outward from the connection portion.

Still yet another object of the present invention is to provide a new leaf blowing blade for a lawnmower that will require less storage area because additional leaf blowing machines are not needed.

Even still another object of the present invention is to provide a new leaf blowing blade for a lawnmower that will save the user money in labor, storage and maintenance costs.

These together with other objects of the invention, along with the various features of novelty which characterize the invention, are pointed out with particularity in the claims annexed to and forming a part of this disclosure. For a better understanding of the invention, its operating advantages and the specific objects attained by its uses, reference should be made to the accompanying drawings and descriptive matter in which there are illustrated preferred embodiments of the invention.

The invention will be better understood and objects other than those set forth above will become apparent when consideration is given to the following detailed description thereof. Such description makes reference to the annexed drawings wherein:

With reference now to the drawings, and in particular to FIGS. 1 through 5 thereof, a new leaf blowing blade for a lawnmower embodying the principles and concepts of the present invention and generally designated by the reference numeral 10 will be described.

As best illustrated in FIGS. 1 through 5, the leaf blowing blade for a lawnmower 12 generally comprises a lawnmower assembly 10 having a blade assembly for converting a lawnmower into a leaf blower. The lawnmower assembly 10 which includes a lawnmower 2 and a lawnmower blade 4 removably coupled to a blade attachment portion 6. A blade assembly 12 including a substantially planar disc member 14 includes an outer perimeter edge 16. A connection portion 18 extends outwardly from the disc member 14. The connection portion 18 is designed for coupling to the blade attachment portion 6 of the lawnmower 2 such that the disc member 14 is rotatable by the lawnmower 2. Four elongated blades 20 extending downwardly from a lower surface 22 of the disc member 14 when the disc member 14 is coupled to the lawnmower 2.

The blades 20 extend radially outward from the connection portion 18 in equally spaced relationship to each other. Each blade 20 includes an extension portion 24 and a paddle portion 26, the paddle portion 26 extends from a distal end 28 of the extension portion 24. The extension portion 24 includes a height defined between the disc member 14 and a distal edge 28 of the extension portion 24. In an embodiment, the height of the extension portion 24 is constant along a length of the extension portion 24. The paddle portion 26 includes a height defined between the disc member 14 and a distal edge 30 of the paddle portion 26. The distal edge 30 of the paddle portion 26 is arcuate such that the height of the paddle portion 26 is greatest in a medial portion 32 of the paddle portion 26. The height of the paddle portion 26 is greater than the height of the extension portion 24. Each blade extends orthogonally from the disc member 14 along a length of the blade 20 and each blade 20 includes a thickness defined between opposite faces of the blade.

The thickness of each blade 20 is substantially constant extending outwardly along each blade 20. Each blade 20 also includes a substantially S-shaped cross-section 34 taken along a longitudinal axis of each blade for maximizing air movement as the disc member 14 is rotated by the lawnmower 2.

In use, the leaf blowing blade attaches to a users mower, replacing the regular cutting blade. The user can now use the lawnmower to blow leaves.

As to a further discussion of the manner of usage and operation of the present invention, the same should be apparent from the above description. Accordingly, no further discussion relating to the manner of usage and operation will be provided.

With respect to the above description then, it is to be realized that the optimum dimensional relationships for the parts of the invention, to include variations in size, materials, shape, form, function and manner of operation, assembly and use, are deemed readily apparent and obvious to one skilled in the art, and all equivalent relationships to those illustrated in the drawings and described in the specification are intended to be encompassed by the present invention.

Therefore, the foregoing is considered as illustrative only of the principles of the invention. Further, since numerous modifications and changes will readily occur to those skilled in the art, it is not desired to limit the invention to the exact construction and operation shown and described, and accordingly, all suitable modifications and equivalents may be resorted to, falling within the scope of the invention.

Claims ( 8 )

a connection portion extending outwardly from said disc member, said connection portion is adapted for coupling to a blade attachment portion of the lawnmower such that said disc member is rotatable by the lawnmower;

a plurality of spaced elongated blades extending downwardly from a lower surface of said disc member when said disc member is coupled to the lawnmower, said blades extending radially outward from said connection portion;

each said blade having an extension portion and a paddle portion, said paddle portion extending from a distal end of said extension portion; and

each blade having a substantially S-shaped cross-section taken along a longitudinal axis of each said blade for maximizing air movement as said disc member is rotated, said paddle portion of each of said blades having a degree of curvature greater than a degree of curvature said extension portion such that said paddle portion is adapted for moving air at a greater speed than said extension portion for forcing debris away from said blades.

each blade having a thickness defined between opposite faces of said blade, said thickness of each blade is substantially constant extending outwardly along each said blade.

said extension portion having a height defined between said disc member and a distal edge of said extension portion, said height of said extension portion is constant along a length of said extension portion.

said paddle portion having a height defined between said disc member and a distal edge of said paddle portion, said distal edge of said paddle portion is arcuate such that said height of said paddle portion is largest in a medial portion of said paddle portion.

a connection portion extending outwardly from said disc member, said connection portion is adapted for coupling to a blade attachment portion of the lawnmower such that said disc member is rotatable by said lawnmower; and

a plurality of spaced elongated blades extending downwardly from a lower surface of said disc member when said disc member is coupled to the lawnmower, said blades extending radially outward from said connection portion, each blade having an upper edge integrally coupled to said disc member along a length of said upper edge;

each said blade having an extension portion and a paddle portion, said paddle portion extending from a distal end of said extension portion;

said extension portion having a height defined between said disc member and a distal edge of said extension portion, said height of said extension portion is constant along a length of said extension portion;

said paddle portion having a height defined between said disc member and a distal edge of said paddle portion, said distal edge of said paddle portion is arcuate such that said height of said paddle portion is largest in a medial portion of said paddle portion;

each blade having a thickness defined between opposite faces of said blade, said thickness of each blade is substantially constant extending outwardly along each said blade; and

each blade having a substantially S-shaped cross-section taken along a longitudinal axis of each said blade for maximizing air movement as said disc member is rotated, said paddle portion of each of said blades having a degree of curvature greater than a degree of curvature said extension portion such that said paddle portion is adapted for moving air at a greater speed than said extension portion for forcing debris away from said blades.

A lawnmower assembly having a blade assembly for converting a lawnmower into a leaf blower, the lawnmower assembly comprising:

a connection portion extending outwardly from said disc member, said connection portion is for coupling to said blade attachment portion of said lawnmower such that said disc member is rotatable by said lawnmower,

four elongated blades extending downwardly from a lower surface of said disc member when said disc member is coupled to said lawnmower, said blades extending radially outward from said connection portion in equally spaced relationship to each other,

each said blade having an extension portion and a paddle portion, said paddle portion extending from a distal end of said extension portion,

said extension portion having a height defined between said disc member and a distal edge of said extension portion, said height of said extension portion is constant along a length of said extension portion,

said paddle portion having a height defined between said disc member and a distal edge of said paddle portion, said distal edge of said paddle portion is arcuate such that said height of said paddle portion is largest in a medial portion of said paddle portion,

each blade having a thickness defined between opposite faces of said blade, said thickness of each blade is substantially constant extending outwardly along each said blade, and

each blade having a substantially S-shaped cross-section taken along a longitudinal axis of each said blade for maximizing air movement as said disc member is rotated by said lawnmower, said paddle portion of each of said blades having a degree of curvature greater than a degree of curvature said extension portion such that said paddle portion is adapted for moving air at a greater speed than said extension portion for forcing debris away from said blades.

US09/544,429 2000-04-07 2000-04-07 Leaf blowing blade for a lawn mower Expired. Fee Related US6321517B1 ( en )

Priority Applications (1)

Applications Claiming Priority (1)

Family Applications (1)

Cited By (3)

Patent Citations (9)

Cited By (4)

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Year of fee payment: 4

Free format text: PATENT EXPIRED DUE TO NONPAYMENT OF MAINTENANCE FEES UNDER 37 CFR 1.362

Effective date: 20091127

JRCO Blower Buggy (601.JRC)

Call a log splitter expert at (888) 706-2434 or send us an email. Alternatively, you can chat with us.

JRCO 38 Blower Buggy (601.JRC)

The JRCO Blower Buggy Carrier is designed to hold walk behind blowers on the front of zero-turn and riding mowers. The blower moves leaves and debris quickly while riding on the buggy’s heavy-duty tubular steel frame. Utilizing the mower‘s power, the Blower Buggy increases productivity as it decreases operator fatigue.

The buggy adjusts to fit most walk-behind blowers. The blower is secured to the buggy by three straps. One person can quickly load or unload the zero-turn blower mount. The buggy is supported with two front caster wheels for easy maneuverability and is low profile for optimum operation of blower.

The JRCO 601 Blower Buggy Carrier mounts on the front of zero-turn and riding mowers, attaching to the JRCO mount bar with two clevis pins.

This product requires a special mounting bar unless you already have a way to mount. The JRCO mount bar is not included. Please see the JRCO Mount Bar System listing to determine which you will need to order. If you are not sure which mount bar you need please contact us with all your mowers information available and we can help verify which you will need.

• 9 x 3.5 Pneumatic Wheels
• Swivel Caster Stem
• Low-Profile for easy Loading
• Flexible for Adjustment
• Rugged Steel Frame
• Three Ratchet Connection

Please see the JRCO Catalog for full details.

Please note about lift gate delivery: You must select the lift gate option if you can’t unload the crate off the freight truck. You will not have to pay the charge if you can ship to a business and you can unload the crate off the back of the freight truck. Shipping to a business is your best choice if possible saving you money. These deliveries are “curb-side” only, please read the details about curb-side, liftgate and residential freight deliveries.

Detailed Specifications

Manufacturer: JRCOWidth: 32Length: 46Shipping Weight: 75 lbsWarranty: 1 Year Limited

Shipping Disclaimer

Due to rising fuel costs and lack of space on shipping trucks the costs in certain areas have been affected. An out of area fee may be necessary. If additional funds are required to fulfill your order we will reach out to you after your order is placed and give you options including possible terminal pick up. (Read more about our shipping policy and how freight shipping works.)

CALIFORNIA PROPOSITION 65 WARNING

Some (not all) of the products we carry can potentially expose you to chemicals including Benzene and Carbon Monoxide, which are known to the State of California to cause cancer and birth defects or other reproductive harms. If you have any questions you can always contact us.

Riding Mower Attachments (what to own, what to avoid)

If you have a riding mower you probably either own attachments or are considering purchasing some. In today’s article I’ll talk about some of the most common riding mower attachments and I’ll discuss which ones are worth owning.

The reality is that some equipment is essential and well worth the investment and the space it will occupy in your garage or storage shed, but other riding mower add-ons simply won’t be used often enough to justify the purchase (you can spend that money better elsewhere).

I’ll go through everything you need to know here so you can make the best decisions when upgrading your mowing equipment.

First Thing’s First – Sizing Compatibility

Before you buy any attachments for your riding mower, make sure that they are compatible with the model you own.

You wouldn’t believe how many people email me asking why the attachment they purchased didn’t fit … well, it’s built for a different mower!

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Why Upgrade Your Riding Mower with Attachments?

One of the main purposes of getting attachments for a riding mower is to help the mower do more than just cut grass.

But more generally, we buy lawn equipment to make our life easier, and to accelerate the pace at which we can complete lawn care projects around the house.

Less time working on the lawn, more time enjoying the lawn. That’s the goal, right?

There are many different functions your mower can fulfill if you have the right attachments for it.

In many cases, whether an attachment is worthwhile for you will depend on the size of your property (how large it is). For example, a lawn sweeper will probably only be useful if you have an especially large area. If you don’t, it probably won’t be worth the cost and the trouble of having to store it.

Keep in mind that many of these attachments are quite large, so unless you have unlimited storage space, you will usually need to pick and choose, purchasing only the attachments that are specifically best for you.

If you have a zero-turn riding (ZTR) mower, you will find there is a more limited selection of attachments available than you might find for garden tractors and lawn tractors.

Now, let’s get into the nitty gritty.

Riding Mower Attachments

Here’s a list of some of the most popular and useful attachments for riding mowers (in no particular order).

Aerator

You can get aerator attachments for your riding mower that will give your lawn the aeration it needs.

Aeration helps prepare your lawn for fertilization and reseeding. It is process in which small holes are put in the ground, allowing for better air circulation and water and fertilizer penetration. This will make your grass roots stronger and healthier.

Buying an aerator attachment for your mower is a good investment in most cases. It will mean you always have an aerator on hand whenever you want to aerate your lawn during the course of the year. And the ability to purchase this attachment is one key advantage to riding mowers (it’s not an option on a walk-behind mower).

Aerator attachments vary in size, with between 40 and 48 inches in width being very common. Keep this in mind when planning where you will store it in your garage.

Aerator attachments for riding mowers can vary quite a bit in cost. They generally range from around 100 or 150 to 750. I like and recommend this model from Agri-Fab. It’s 48 inches wide and does a nice job.

In this article I compare spike vs plug aerators, to help you determine which style tow-behind aerator may be best for you.

Bagger

A bagger is a very common mower attachment. This is a useful attachment, as it makes collecting lawn clippings very easy.

You can get baggers in different sizes, including 9-bushel triple baggers and 6-bushel twin baggers. When deciding on what size of attachment to get, consider the size of your lawn.

Bagger attachments can be rather large. For example, it may be about 42 inches X 46 inches. You will need to find storage space for this, so plan this out before making your purchase.

These attachments can sometimes be quite expensive as well. In some cases, they can be as much as 500 or more, and in my experience many people are frustrated by the capacity of the leaf baggers they get from the manufacturer … it never seems like enough.

When a Simple Bagging Attachment Isn’t Enough

I have large maple trees on my property which drop a ton of leaves, and while I usual mulch and bag with my self-propelled Honda mower, I borrowed my dad’s rig one year and he has a large lawn tractor leaf bag like this one on Amazon which fits over his factory leaf bagger attachment. It allowed me to clear my front and back yard of leaves in a snap.

As long as you’re strong enough to muscle the full bag, it’s a great way to super-charge your leaf clean up, and I recommend looking into something like that if leaf clean up is a big job at your home.

If you don’t have a very large lawn, buying a bagger attachment is probably a waste of money for you – you may be better served by investing in a quality leaf blower that will take up less space (and is much more fun to use).

There are a lot of good backpack blowers on the market, but I’ve only used my PB-770T from Echo (Amazon link) because it has never given me reason to use anything else. I can recommend that model if you’re in the market for a backpack blower and are having trouble choosing one.

Lawn Roller

A lawn roller attachment is useful for getting your lawn back into shape after the winter. It will even out any parts of the ground that have been damaged in the cold weather.

The roll of a lawn roller is filled with sand or water to give it the necessary weight to press down and level your lawn as you drive across it. I generally recommend using water as you can empty it out when you’re finished (making the roller lightweight and easy to handle as you put it away.

If you ever need to put down sod, you can use the lawn roller to get your ground prepared and even for this process. You can also use it for tasks such as pressing seeds you have planted deeper into the soil to ensure good soil-to-seed contact for optimum germination.

There are lawn rollers available with different abilities and in different sizes. I use this one from Brinly by pushing it across my lawn, but it has a tow option as well. I love that it will work as a walk-behind roller or as an attachment for your riding lawn mower. There are always some areas of your property that are tough to get to on a riding mower while towing a piece of equipment.

Dethatchers

A dethatcher attachment is a fantastic attachment to have if you ever need to dethatch your lawn.

Dethatching is a process in which you remove matted grass and other kinds of debris from your lawn. This is essential for new growth to take place, and when you dethatch just prior to overseeding you’ll see great results.

Using a dethatcher attachment will make the dethatching process easy and a lot less effort than it would be otherwise. You will be able to get rid of barriers that are stopping your lawn from getting all the nutrients, water, and air it needs.

A dethatcher attachment is quite large (for example, about 40 inches wide), and it’s a bit unwieldly because of its design, but there are a few options which are better than anything else you’ll find out there.

Check out my list of the best lawn dethatchers – there are three tow-behind models that stand out as being great options.

Disc Harrow

A disc harrow is ideal for getting your garden beds ready for replanting. You can also use it to break up hard ground to begin a new garden.

Having a disc harrow attachment will come in handy when you want to prepare your garden beds for replanting. It’s also useful for breaking up hard ground when you want to start a new garden, or complete a lawn renovation by killing your existing lawn and starting over.

Truth be told, this isn’t an attachment you’ll want unless you have a very large garden area, but it’s worth including in the list because it can save time and prevent you from wrestling with a rototiller.

Spreader

We should all regularly fertilize our lawns in order to keep them healthy and beautiful. If you have a large lawn (which you probably do as you have a riding mower), it might be a good idea to buy a spreader attachment (you can see my favorite one right here).

An example of a spreader attachment is a tow-behind broadcast spreader. Using a spreader attachment will make it much easier for you to fertilize your lawn whenever you do so during the year. You can also spread good seed over your lawn, spread lime, iron, and other soil amendments with this attachment, making it a solid investment.

Spreader attachments come in different sizes, some of which are smaller than other kinds of riding mower attachments. Agri-Fab makes a good one.

Snowblower

If you live in a region that gets a lot of snow in the winter, it might be worth your while to get a snow blower attachment for your riding mower. This will make it easy to plow through all the snow that collects on your property.

You will be grateful you have this the next time you need to clear a driveway or pavement, and this is one attachment that can really extend the value of your riding mower, making it a year-round asset to your property.

Snowblower attachments are just as large as many other riding mower attachments, and they can be quite heavy, but if you live in a northern climate and have a large driveway it’s worth the cost and the space in your garage.

I can say from experience that if you’re buying a plow kit or snow blower for your lawn tractor it’s a good idea to invest in some snow chains for your tires as well. Most tires on riding mowers aren’t built for snow, and you’ll be frustrated with your investment unless you can get good traction. It’s worth the extra money. Measure your tires before you order, but these ones on Amazon will work for most riding mowers.

Canopy

If you have a large property and spend long periods of time outside doing mowing, think about getting a canopy. A canopy attaches to your mower to give you shade from the sun, and usually can be attached to any mower with a roll bar.

The canopy attachments for many riding mowers are collapsible, so they don’t take up too much storage space, and if you leave it on your mower it doesn’t increase the footprint of your mower at all.

Most manufacturers will sell you a canopy and roll bar that’s made to fit with your mower, but there are third-party universal canopies like this one that may work for you as well.

Attachments I would Only Consider for Large Properties

The attachments below are usually only worth buying if you have quite an expansive property. Buying them if you only have a small lawn will most likely be a waste of money.

Trail Cutter or Trail Mower

A trail cutter or trail mower is really only worth considering if you have an extensive property.

This attachment will reduce the amount of time it takes to mow your grounds. You can also use it to clear paths through saplings and brush.

If you have any places that need heavy cutting power, a trail cutter or trail mower is a good investment. Swisher makes a solid one, which you can see demonstrated in the short video below from Piney Life:

A lawn sweeper attachment will gather leaves, pine needles, pine-cones, acorns, and other types of debris in your yard. You can also use it to sweep up grass clippings after you mow.

When the lawn sweeper gathers this debris, it uses a rotating sweeper brush to put it into a hopper bag. When you see that this bag is full, simply empty it.

You can find lawn sweepers in different sizes, but they do tend to require a decent amount of storage space.

The cost of a lawn sweeper can range from 150, for example, to 700. It’s probably not worth your while to buy a lawn sweeper if you don’t have a very large property.

Cart

Many riding mower owners like to have a cart attachment. You might call this a utility trailer or dump cart. You can use this kind of attachment for tasks such as hauling soil or garbage, garden tools, or mulch in your garden.

If you have a large property and do a lot of garden work, a cart attachment might be a good investment for you, but if you already have a wheelbarrow and don’t mind using it, you probably don’t need one.

Some carts are quite large and they have deep containers, meaning it might be challenging to store if you don’t have a large garage. If you’re interested in a good one, my dad owns the Agri-Fab 45-0101 (pictured), and he likes it.

Which Riding Mower Attachments Are Right for Your Lawn?

It depends.

It’s clear that the types of attachments that you should consider getting for your riding mower depend on the size of your property.

The type of soil that you have will also play a role, however.

If you have a sandy lot, you may not have to invest in an aerator. You may be better off investing in a spreader to easily top-dress with compost.

If your lot is heavy clay, than an aerator will be essential.

Big trees? Get the lawn sweeper – you’ll thank me every fall.

Another factor you need to consider before you purchase any riding mower attachment is storage space. Don’t put yourself in a situation where you have more attachments than you have places to put them. And be sure that you leave room in your garage to comfortably maintain your mower every spring (even if there isn’t room to park your car in there).

Nobody likes having a garage they can’t use.

by Sarah The Lawn Chick

Sarah’s blog, Lawn Chick, is read by over 2 million homeowners each year and she is regularly cited as an expert source of lawn care knowledge by major publications. Her goal is to meet you where you are, and help you achieve a yard you’ll be proud of. Ready to take the next step toward improving your lawn? Grab her free lawn care cheat-sheet: What to Do When. Take the Guesswork Out of Lawn Care, or upgrade your garage by browsing her favorite DIY lawn care products.

thoughts on “ Riding Mower Attachments (what to own, what to avoid) ”

I was reading your April 2020 blog about Milo and Ironite….I couldn’t find anywhere to comment on that article. I wanted to ask you a question….in the article you say “I use Milorganite 4 times per year on my yard, and I supplement with a different iron supplement called Dr. Iron (Amazon link).” I was wondering HOW you supplement with Dr Iron….I do the same as you with Milo so WHEN and how much do you use Dr. Iron? Thank you….from one woman to another! Patti

Hi, Patti! Sorry about the comment situation – I’ll look into that and get it resolved this week. To your question – I do a soil test every spring and let those results guide me toward whether I need to do an Iron application in the spring (I usually choose to once every other year or so), and then I typically do one mid or late June because I have people over on the 4th of July and I want my lawn looking its best (that gives it time to take effect). Beyond that I might do it when my lawn starts to look a little tired, or if I’m having a party or gathering I apply it a few weeks beforehand to give it that nice dark green. There have been some years when I’ve just applied Dr. Iron with my Milorganite on every application and that has worked well too. If I’m applying that often I’d suggest using 1/2 the recommended quantity of Dr. Iron and just adjusting your spreader settings to reflect that and still get nice even coverage. If I’m doing the application at the same time as Milo I do them in two separate passes so I get nice even results and I don’t get clumps of Iron coming out here and there by mixing the two products. Hope this helps, and best of luck with your lawn this year! Thanks for visiting my blog.

Welcome to my blog!

Hi, my name is Sarah and I’m the chick behind LawnChick.com.

I’m glad you decided to visit and I hope you find the tips and advice about lawn care and maintenance that I this blog helpful.

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The 8 Best Cordless Leaf Blowers of 2023, Tested and Reviewed

Sarah is a writer who loves researching and testing tech and Smart home products. She’s been an e-commerce writer since 2020, mainly covering gaming, home tech, streaming, and pop culture content. Her writing has been published in Entertainment Weekly, Business Insider, People, and more.

Andrew Hughes is a certified arborist, member of the International Society of Arborists specializing in tree heal care, and reviews tree content on The Spruce’s Gardening Review Board. He founded and runs Urban Loggers, LLC, a company offering residential tree services in the Midwest and Connecticut.

Nick Blackmer is a librarian, fact checker, and researcher with more than 25 years’ experience in consumer-oriented content.

If you dread the inevitable leaf-raking that comes with fall, you may want to consider investing in a cordless leaf blower, which can help reduce the hassle of your fall-time yard work and let you roam around your yard without having to worry about cord management.

Speaking on the benefits of cordless leaf blowers (specifically battery-operated options), Deane Biermeier, a member of The Spruce Home Improvement Review Board and Certified Lead Carpenter, says: “Although cordless leaf blowers are less powerful than corded or gas-powered models, there is virtually no maintenance to perform other than charging the batteries. They’re perfect for clearing leaves from small yards or yards with very few leaf-shedding trees.”

We tested 27 electric leaf blowers (including 17 cordless) in our Lab in Des Moines, Iowa, where we methodically evaluated each unit’s ease of assembly and use, battery life, noise levels, and effectiveness. We tested for effectiveness under a range of scenarios, timing how quickly each leaf blower cleared dry leaves from a patch of grass, dry leaves from a patch of concrete, and damp leaves from a patch of grass. We also tested to see if each blower had the strength to move 0.25-, 0.5-, and 1-ounce trimmer line weights, as well as the precision to easily wrangle leaves in a box we drew with chalk on concrete. After our lab tests, we continued testing 10 models in our homes across the country for six months to evaluate their long-term durability and performance.

Best Quiet

RYOBI 550 CFM 40-Volt Lithium-Ion Brushless Cordless Whisper Series Jet Fan Leaf Blower

We love how quietly the Ryobi 40V Brushless 125 MPH 550 CFM Cordless Battery Whisper Series Jet Fan Blower with 4.0 Ah Battery and Charger operates. While its product description says it has a noise rating of 59 dB, our personal measurement with a decibel meter showed its noise rating to be 40.2 dB. We also confirmed the same decibel rating while testing in one of our homes. We also found it to be just as powerful as some gas models.

Despite its quiet operation, the unit offers a good amount of power in the form of a 550 CFM airflow capacity and a 125 mph airflow speed. In our lab tests, the Ryobi cleared a patch of grass from dry leaves in 27 seconds and from damp leaves in 28 seconds. It was significantly quicker at clearing the patch of concrete from dry leaves, finishing the job in just 11 seconds.

We also found the machine easy to start up, with the single press of a button. We did have some discrepancies in maneuverability, with our lab results describing the blower as easy to heft, while in a real-world scenario, we found this blower difficult to manage. When my husband uses it, he doesn’t quickly notice any fatigue or issues with its weight, our at-home testing team member said. He is a bigger, stronger guy. When I carry it, it does seem heavy to me, and the weight of the battery makes me tire faster. This may not be a great choice for smaller people.

The battery was another issue for our at-home testing team member, saying she got only 15 minutes from a charge. Anyone using this should definitely invest in at least one more battery, she said. She also found the chute somewhat long, which she said made it sometimes not very maneuverable in tight corners. These discrepancies could be due to our team member’s height, but we still find them to be valuable Комментарии и мнения владельцев for any shorter users searching for a leaf blower. Again, those downsides don’t keep us from recommending this as an affordable, quiet solution to keep your yard tidy when the leaves fall.

How It Performed Long-Term

Although we had some usability issues since our at-home testing team member was shorter, we still appreciate this blower’s overall design and powerful motor after several months of regular use. The Turbo Mode is especially handy for cleaning off big piles of leaves as well.

Price at time of publish: 199

Maximum Air Speed: 125 mph | Maximum Air Volume: 550 CFM | Weight: 9.7 pounds | Motor Type: Brushless | Noise Rating: 59 dB

Best Variable-Speed

WORX WG584 40V Turbine Cordless Leaf Blower Power Share with Brushless Motor

The WORX 40V Turbine Cordless Leaf Blower Power Share with Brushless Motor lets you choose from an airflow capacity of 300 to 470 CFM and from an airflow speed of 60, 69, 80, or 95 mph. We appreciated that the unit was so lightweight and surprisingly quiet for the amount of power it had. It cleared the patch of grass with dry leaves in 12.9 seconds, which was the fastest clocked time among all the other models on this list for that specific test. It cleared the patch of grass with damp leaves in 52 seconds and the patch of concrete with dry leaves in a considerably faster 12.7 seconds.

This unit is made up of three pieces. While we had no issue following the assembly instructions and finished setting the leaf blower up in less than two minutes, we struggled a bit when attaching the final piece. We wish this unit allowed us to have better control over the airflow, since we were unable to round up the leaves in the box we drew with chalk on a concrete sidewalk. However, we were pleased with its power, as it easily pushed each trimmer line a 10-foot distance. We were also pleased with its long battery life, and we never noticed a decline in power during use.

How It Performed Long-Term

After six months of regular use, we think this leaf blower is a great, inexpensive tool. While it may not be the best for precise jobs, it’s variable speed and lightweight design make it an effective and comfortable option for quickly clearing your yard of leaves.

Price at time of publish: 220

Maximum Air Speed: 95 mph | Maximum Air Volume: 470 CFM | Weight: 7.3 pounds | Motor Type: Brushless | Noise Rating: 102.1 dB

Best Backpack

Greenworks Pro 80V Cordless Backpack Leaf Blower

We initially had some hesitancies about the efficacy and overall comfort of backpack blowers, but this model from Greenworks completely dispelled any doubts. This backpack blower is comfortable to wear, easy to use, and expedites the leaf-clearing process. This model also was quieter than some other backpack leaf blowers we tested. It has a trigger-activated variable-speed throttle and a cruise control option that provides constant airflow as needed. We especially appreciated the multiple power options during lab testing, since the trigger offers more precise airflow, but the turbo mode and cruise control have a lot of power behind them.

Greenworks estimates that the fully charged 2.5Ah battery lasts only around 18 minutes if run continuously at its highest speed. We noted it ran far longer during our at-home testing because we were able to blow an entire backyard multiple times before recharging. This blower also has a charger that quickly restores power to the battery in just 45 minutes.

Despite its variable speed, this model still isn’t the most powerful of those we tested—its maximum air speed is 145 mph, and maximum airflow is 580—but it works well in smaller yards. However, we loved using this backpack blower and think it’s a great alternative to traditional leaf blower models.

How It Performed Long-Term

While a backpack blower may not be best for every yard, we think this backpack blower is a great compromise for homeowners with smaller yards. This was the easiest year of picking up leaves I’ve ever had! our at-home testing team member said. We enjoyed using this blower to not only clear leaves but also blow debris off a back deck and front porch.

Price at time of publish: 350

Maximum Air Speed: 180 mph | Maximum Air Volume: 610 CFM | Weight: 14.64 pounds | Motor Type: Brushless | Noise Rating: 87 dB

Best Gas

Echo 2-Stroke Cycle Handheld Leaf Blower

The Echo Gas 2-Stroke Cycle Leaf Blower manages to be a powerful gas model—with an airflow capacity of up to 453 CFM and an airflow speed of up to 170 mph—without being too loud, too unwieldy, or too high maintenance. We’d like to note that we have not had a chance to test this blower in our lab or at home, so our assessment is based on research alone. This model has a 70 dB noise rating, an 8.6-pound weight, and, according to users, manageable maintenance and cleaning requirements. Since this is a gas model, regular maintenance is required to keep it functioning properly, which is something to consider before purchasing it. Also note that a shoulder harness is not included with this leaf blower, though the unit does have shoulder harness points, so you have the option of buying a harness separately and attaching it to the leaf blower.

The unit relies on a recoil start (so you need to pull a cord to start operating it), but users say it’s a quick, easy, and fairly smooth start-up process. Further contributing to its user-friendliness is a translucent tank that allows you to easily monitor your fuel levels as you operate the unit, as well as an air filter that’s made to help keep the engine clean. It has a curved tube as well, which is designed to mitigate strain placed on your arms and wrist and thus help prevent them from quickly growing weary. There’s also a cruise control mode, which can help further minimize the taxing nature of your yard work.

Price at time of publish: 249

Maximum Air Speed: 125 mph | Maximum Air Volume: 450 CFM | Weight: 6.7 pounds | Motor Type: Brushless | Noise Rating: 66 dB

Compare

After using our meticulous testing methodology to evaluate and compare 27 leaf blowers, our top pick is the Ryobi ONE 18V 100 MPH 280 CFM Cordless Battery Variable-Speed Jet Fan Leaf Blower. The model is light enough to easily operate with one hand and powerful enough to quickly clear leaves under different circumstances, ultimately offering a well-rounded design at a good price point. If you’re looking for a backpack model, the Greenworks Pro 80V Cordless Backpack Leaf Blower is our favorite. The unit is comfortable to wear, and it also has a substantial 610 CFM airflow capacity and a speedy recharge time.

Other Options We Tested

Litheli 40V Cordless Leaf Blower: We didn’t have any trouble using this blower during our dry and wet leaf tests and the trimmer line tests, but we found that its trigger lock was confusing to use. You had to press down on the lock button while still holding the trigger, which made continuous operation a bit tiring, rather than providing relief. This blower was also very loud and did not neatly blow the leaves in one direction compared to other models we tested. CRAFTSMAN V20 Cordless Blower: As much as we appreciated this blower’s compact size, it took twice as long to accomplish all of our tests because it lacked blowing power. If the fishing lines fell into cracks in the sidewalk, this blower was unable to blow them out of the cracks, and we noticed our arm was feeling fatigued from trying to angle the blower in so many different ways.

How We Tested the Cordless Leaf Blowers

The Spruce tested 27 leaf blowers in The Lab, including 10 battery-operated cordless models. We followed a detailed testing methodology in order to properly test and evaluate each product’s effectiveness, battery life, ease of use, portability, noise level, and value. We provided ratings for each attribute based on our personal experiences with each unit, and we included the best performing units in this roundup. We timed how quickly each leaf blower could remove different types of leaves from different types of landscapes to test their effectiveness. We measured noise levels with a decibel meter, and we measured each unit’s weight when judging portability. We considered both noise level and portability in practical terms, too, noting whether the noise was tolerable or if the unit could be operated with one hand. When assessing battery life, we looked to see if the power output remained steady and if the battery life started to dwindle while in use. We considered how easy it was to access the controls, change between speeds and various attachments, and maneuver the device when rating ease of use. When it came down to value, we considered whether each unit offered too little, just enough, or more than expected for its price point. For our test, we spread out 0.75 pounds of leaves on a 10-foot by 10-foot patch of grass. Using the highest mode available for each leaf blower, we timed how quickly we were able to clear the leaves from the area. With each leaf blower, we performed this test again on the grass but using 0.75 pounds of damp leaves, and one more time on a patch of 10-foot by 10-foot concrete using dry leaves. In order to test if the units were garden-friendly, we spread out leaves around plants in a garden bed. Using each unit’s lowest setting, we used the units to clear the leaves from the garden and noted if their airflow caused any damage to the plants. When applicable, we tested a unit’s vacuum or mulching function as well. We also gathered leaves in a dense pile to test suction power and counted how many times we had to empty the leaf blower’s bag. At the end of our lab testing, we used the 10 cordless models in our homes across the country to evaluate their performance over time.

What to Look for in a Cordless Leaf Blower

Power Source

Cordless leaf blowers are powered by either gas or electricity. Electric blowers tend to weigh less and produce less noise and air pollution, but they can overheat and generally aren’t as powerful. Gas-powered products, on the other hand, pack a punch when it comes to force, but they emit a number of gas pollutants and their maintenance is a little more complicated.

Yard Size

When thinking about how powerful a leaf blower you need, consider the size of your yard. If you have a large space with lots of trees, you’ll need a high-powered product with a high CFM (cubic feet per minute) rating—this means you’ll be able to move leaves and debris faster and more efficiently. Deane Biermeier, a member of The Spruce Home Improvement Review Board and Certified Lead Carpenter explains that “CFM measures the cubic feet per minute or volume of air coming out of the blower. You can think of it as the ‘size’ of the airflow. Bigger air will move more leaves at one time.’” He says a 500 CFM airflow capacity works well for typical residential yard work, but also says anywhere between a 300 CFM to 400 CFM airflow capacity is acceptable if you’re working with a smaller yard that doesn’t have too many trees. With an airflow capacity of 610 CFM, the Greenworks Pro 80V Cordless Backpack Leaf Blower can move the greatest volume of air compared to all the other models in our roundup.

Speed Settings

Some leaf blowers have only one speed—which might work if you have a small yard and are mostly clearing away dry leaves. However, if you want to use your leaf blower for tougher jobs, you’re better off getting a variable-speed blower that you can adjust as needed. Our top pick, the Ryobi ONE 18V 100 MPH 280 CFM Cordless Battery Variable-Speed Jet Fan Leaf Blower, is a variable-speed model that lets you choose from different speed settings. However, our pick for the best variable-speed leaf blower is the WORX 40V Turbine Cordless Leaf Blower Power Share with Brushless Motor due to its handy and comprehensive range of settings for airflow speed and airflow capacity.

The main benefit of a cordless leaf blower is that you won’t be tethered to an extension cord during operation. With a corded leaf blower, you have to worry about finding an electrical outlet, finding an extension cord, and navigating around obstacles with the power cord. With a cordless leaf blower, you can get started more quickly and have unlimited mobility. Many cordless leaf blowers are also fairly lightweight, making them easier to handle.

In general, most battery-powered leaf blowers will last 20 to 30 minutes per charge. However, there are several variables that will affect how long a cordless leaf blower lasts. Gas-powered models will naturally last longer than battery-powered units, and they can be refueled immediately. The type of battery and speed at which your blower is operating will impact the runtime, as well. (In particular, running a leaf blower on its highest setting will drain its battery extremely quickly.) Looking at long-term life span. Biermeier warns that most cordless leaf blowers aren’t considered heavy-duty models.” He says you can “expect about an 8 to 10-year life span before plastic parts wear down,” and for battery-operated models, depending on how frequently you use your leaf blower, “you’ll likely have to replace the batteries every few years.”

If you have a battery-powered cordless leaf blower, you’ll typically need to charge it after every use. Most models have a fairly limited runtime, so it’s best to start out with a full charge every time—otherwise, you run the risk of running out of battery power before you finish cleaning your yard. Also keep in mind that you may be able to conserve battery power by pulling out a rake for smaller, fast clearing jobs.

Why Trust The Spruce?

Sarah Toscano is a freelance writer for The Spruce, specializing in all things related to home tech and Smart home gadgets. With the exception of one model, all of the cordless leaf blowers listed in this roundup were tested in The Lab, where product testers followed a detailed testing methodology to assess each unit’s features. Toscano carefully researched the one model that wasn’t tested, as she read through pages of customer reviews, scoured discussion forums, and analyzed the product’s specs to evaluate the leaf blower.

Toscano also consulted with Deane Biermeier, a member of The Spruce Home Improvement Review Board and Certified Lead Carpenter, to learn more about the features, uses, and benefits of a good cordless leaf blower. Emma Phelps, an Updates Writer for The Spruce, assisted in refreshing this article with our latest long-term testing results. She also reviewed our product picks and highlighted several tested products that didn’t quite make our final list.

What Is The Spruce Approved?

Here at The Spruce, we want to ensure we fully stand behind every product we recommend and that when we say something is the best, we mean it. You might have noticed The Spruce Approved badge next to the products on this list. Every product with this badge has been rigorously tested in person and carefully selected by our expert team of lab testers and editors. In most cases, we buy all these products ourselves, though occasionally, we get samples provided to us directly by companies. No matter how we procure products, they all go through the same tests and must meet the same strict criteria to make the best-of cut.

The Spruce uses only high-quality sources, including peer-reviewed studies, to support the facts within our articles. Read our editorial process to learn more about how we fact-check and keep our content accurate, reliable, and trustworthy.