John deere mower range. Honda Vs. John Deere Lawn Mower: Which Is Better

Honda Vs. John Deere Lawn Mower: Which Is Better?

Using the wrong lawn mower may ruin your day and the grass. Choosing the right mower is essential, which makes your cutting experience more pleasing.

The John Deere E100 vs. the S240 Lawn Mower

If you are looking for a lawn mower but unsure which model to buy, you can consider Honda vs. John Deere lawn mower.

What are the differences between these types? Which is suitable for your needs? Let’s dive into this article to answer these questions!

Honda And John Deere Lawn Mower Overview

Before comparing and contrasting Honda and John Deere lawn mowers, let’s overview them.

Honda mowers are one of the most popular brands on the market. You can easily see them in several DIY centers, gardens, or home improvement shops.

This brand provides many great walk-behind mowers designed to reduce cutting time and make the grass good-looking.

Each year, Honda manufactures roughly 500,000 lawnmowers. Also, you can see their products in several countries worldwide, like China, Australia, or Europe.

The line of Honda lawnmowers is well-known for its premium engines, especially the Honda HRN 166-cc. It’s famous for its powerful engine, big discharge bag, and Rapid self-propulsion.

Furthermore, Honda produces gas mowers with cutting-edge propulsion systems, plastic and steel decks, and mulching capabilities.

The lawn mowers of this famous brand are available in four primary categories: HRN, HRS, HRC, and HRX.

John Deere lawn mower

John Deere provides a broad series of mowers, from homes, to serve everyone from homes to professionals and business customers.

This brand has an outstanding reputation for producing exceptional quality mowers, despite being better known for agricultural equipment.

Their products range from zero-turn lawn mowers and residential riding models to commercial types. John Deere lawn mowers also have the latest models with several features and options.

The two main categories include walk-behind and tractor lawnmowers. Each of these types is available in several sub-categories.

What Are The Differences Between Honda And John Deere Lawn Mowers?

Both Honda and John Deere mowers provide outstanding features and various models. So, what are the most significant differences to select between them?

Please look at the table below for a brief comparison:

Honda lawn mower John Deere lawn mower
Engine Gas-operated engines (4.8 – 5.6 HP) Briggs Stratton engines (17.5 – 24 HP)
Deck width 21 inches 60 inches
Mowing height 0.75 – 3 inches 1 – 4 inches
Fuel type capacity Gasoline/1.5 liters Diesel or gasoline/9 liters
Bag capacity 2.5 bushels 6.5 bushels

Let’s keep reading to uncover!


Before buying a mower, it’s essential to consider the engine first. You will find it hard to mow the grass properly without a robust engine.

Horsepower (HP) is the unit of measurement for lawn mower engines. A bigger engine means a more powerful mower.

While Honda mowers use gas-operated engines (4.8 – 5.6 HP), John Deere utilizes Briggs Stratton engines (17.5 – 24 HP) for these machines.

Honda mower engineers are more long-lasting. Hence, you don’t need to replace them very often.

John Deere machines provide greater horsepower, requiring more fuel to run. Therefore, their engines are not durable and require regular replacement.

Deck Width

The size of the deck of a lawn mower shows you how rapidly you can mow the grass. Most Honda mowers feature NeXite decks (long-lasting polymer substance) of 21 inches.

Most mower models of John Deere have a size of 42 – 60 inches. Although John Deere models come with more expansive decks, they may get less nimble. So, you may find navigating and cutting small grass in flower beds challenging.

Mowing Height

Besides the sizes of the mower decks, you must consider the cutting height, which is the grass height after mowing.

Most Honda mowers come with adjustable mowing height. The typical range is from 0.75 – 3 inches. However, the recommended size is around 1 – 3 inches if you want a nice green lawn.

The cutting height on most John Deere can also be adjustable. Depending on your preferences, you can modify the grass height from 1 – 4 inches.

John Deere machines offer a broader cut, which means they can mow more grass within a pass than Honda ones.

Fuel Type Capacity

While several modern mowers run on battery, Honda uses gas-powered machines, which mainly have 1.5-liter tanks.

However, the fuel type of John Deere mowers is a bit diverse. They are powered by diesel or gasoline. They mainly feature 9-litter tanks.

As a result, these models can offer tremendous power, run a more extended period with a tank, and require no recharge.

Bag Capacity

Most Honda lawn mowers use a bagger of 2.5 bushels when mentioning bag capacity. On the other hand, John Deere machines have double baggers of 6.5 bushels, meaning they can hold more grass than their counterparts.

Which Lawn Mower Is The Best For You?

It may be relatively difficult to answer this question directly since these machines have benefits and drawbacks.

As a result, the final verdict depends on your requirements and preferences.

For instance, if you need a potent engine to trim your large garden, investing in John Deere mowers with better bag capacity and mowing height is better.

This brand provides many machines with different versions and features. Therefore, you can discover the best-suited one for your needs and interests.

On the other hand, you can’t go wrong with Honda machines if you plan to cut a small yard. Their engines are long-lasting.

Also, they don’t require regular fuel loading. Besides, smaller decks allow you to navigate and trim grass in your flower beds easily.


Is Honda A Good Brand For Lawn Mowers?

The short answer is Yes! Below are the main reasons why you should invest in a Honda mower:

  • It features a twin-blade system to produce smaller clippings, which means mulching and bagging are better than other models.
  • Its engine brings reliable and fuel-efficient power.
  • It causes less annoying noise.
  • It boasts a roto-stop blade system, meaning you can stop its blade while its engine still works when turning off its handle.

Who Makes The Most Reliable Riding Mower?

It’s John Deere! Riding lawn mowers is relatively expensive. Thus, customers always want to seek durable models.

According to Consumer Reports, John Deere receives an excellent rating for their reliability. Besides this brand, you can consider Husqvarna, Cub Cadet, Simplicity, Troy-Bilt, and Snapper. These big names get good reliability ratings.

What Is The Average Life Of A John Deere Lawn Mower?

Typically, these mowers may last from 8 to 10 years, which is nearly equal to 5000 hours. You can extend the lifespan of these mowers by providing them with proper and regular maintenance.

The Bottom Line

This article shows you the main differences between Honda and John Deere lawn mowers. If you have a small yard, it’s best to opt for Honda machines. On the other hand, John Deere models are more suitable for a more extensive lawn.

The final verdict is up to you!

John Deere E100 Series Lawn Tractor Guide

The 100 Series is easy to maintain and operate, comfortable and a step up in ergonomic design. The E Series includes E100, E110, E120, E130, E140, E150, E160, E170 and E180 lawn tractor models.

The John Deere E100 Series Lawn Tractor line includes the E100, E110, E120, E130, E140, E150, E160, E170 and E180 models. The 100 Series is an easy, intuitive and comfortable lawn tractor at an affordable price. The E-Series is the John Deere 100 Series lineup for model years 2018 through 2020. In 2021 John Deere released the S-Series models.

The 100 Series Lawn Tractor has received very positive feedback from consumers across the board for its smooth handling and easy-to-maintain design.

As a first of its kind, the 100 E Series Lawn Tractor offers John Deere Easy Change for E120, E130, E150, E160, E170 and E180 Lawn Tractor models. Easy Change is a 30 Second Oil Change System that makes changing oil simple, clean and fast. There is no mess and no fuss — anyone can change the oil in under 30 seconds.

The lawn tractor uses 40% more oil than comparable models, which greatly benefits the engine and performance. oil helps the engine run cooler for longer, and it reduces the number of oil changes (oil changes are recommended every 50 hours or once per season).

Everything on the lawn tractor has been redesigned for greater comfort. The controls are now easier to see and identify. The side-by-side forward and reverse pedals make mowing much easier, which is not found on most lawn tractors in the 100 Series price range.

Several small, but noticeable ergonomic design changes have been made to the tractor. The seat has been moved down a little, and the wider footrests up, to put the steering wheel in a more comfortable position. The deck lift lever is now easier to use. The dashboard has improved visibility, and the controls are now easier to reach.

Three models offer the Extended Life Series package — the E160, E170 and E180, which give the lawn tractor 50% longer life.

Where is the John Deere 100 Series Lawn Tractor Made?

The John Deere 100 Series Lawn Tractor is made in Greenville, Tennessee. The Greenville facility was founded in 1988, and now it is John Deere’s highest-volume facility in the world. The facility produces all of the 100 Series Lawn Tractors and residential ZTrak zero-turn mowers. Today it has over 400 employees at the location.

John Deere 100 Series Lawn Tractor Specifications

John Deere E100Lawn Tractor

John Deere X739 Signature Series Lawn Tractor

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We guarantee you will be 100% satisfied with your purchase or we will refund or exchange it for free.

Pricing does not include applicable freight, setup, taxes, delivery, and other fees.

  • 25.5-HP (19 kW) iTorque™ Power System
  • Hydrostatic four-wheel drive, power four-wheel steer, power lift system, Twin-Touch™ forward and reverse foot pedals, heavy-duty all-purpose tires
  • 4-year/700-hour bumper-to-bumper warranty
  • Available in 48-, 54-, and 60-inch mower deck sizes


Engine is smooth running and reliable V-twin liquid-cooled design

25.5-HP (19-kW) engine

The V-twin, liquid-cooled John Deere iTorque power system with electronic fuel injection (EFI) provides exceptional performance and has the durability to handle commercial-use applications. The John Deere iTorque power system includes a combination of engine features that provide more lugging ability, even cooling, and durability.

iTorque stands for intelligent design (to get a task done efficiently) and torque (good lugging ability). It is used exclusively on gasoline-powered Select Series™ and Signature Series Tractors.

Hood opened to show engine

The 25.5-HP (19-kW) liquid-cooled V-twin engine has a large 45.5-cu in. (745-cc) displacement to provide plenty of power and torque for excellent performance in any operating condition. The one-piece hood is hinged to open for convenient engine service.

Key engine features include:

  • Liquid cooling
  • Longer engine life
  • Quieter operation
  • Improved fuel economy
  • Smoother running
  • Easier starting
  • horsepower and torque per cubic inch of displacement
  • Better cooling for longer engine life
  • Reduced oil consumption
  • Improved fuel economy
  • Efficient heat dissipation
  • Strength and durability with less weight
  • Liquid cooling for consistent operating temperatures
  • OHV for efficient lean burn combustion
  • Precise air-to-fuel ratio control with electronic fuel injection
  • Closed crankcase ventilation re-circulates and burns crankcase hydrocarbons
  • Vibration-free operation
  • Lower noise

Air intake system

Air intake screens on hood and pedestal

Radiator screen pulled out for cleaning

Engine intake air is drawn in through screened panels at the base of the pedestal and on the right and left sides of the tractor hood:

  • Cleanest and coolest area of the tractor
  • Pre-cleans the air to keep large chaff and debris from entering the radiator or air cleaner
  • Easy to clean and service so engine operates at optimum temperature

An inertia-discharge canister with dry-type paper element surrounded by a foam precleaner cleans intake air for long engine life:

  • Ejects large dirt particles before they make contact with the filter
  • Provides dual protection against dirt entering the engine
  • Easily removed for cleaning or replacement
  • Recommend the air filter be replaced and the precleaner cleaned annually or every 200 hours, whichever comes first

Electronic fuel injection

Electronic fuel injection (EFI) offers many important performance advantages:

  • Immediate starting in hot or cold ambient temperatures or after long periods of seasonal storage
  • No choke linkage for the user to operate
  • No engine warmup required, so the implement can be engaged immediately after the engine starts
  • Greater horsepower and torque responsiveness
  • Higher reliability with the elimination of vapor locking, misfiring, run-on, and after-bang
  • Automatic altitude compensation
  • Delivers fuel precisely
  • Reduces the potential for plug fouling

Fuel tank has a large 5.2-U.S. gal. (19.7-L) capacity

Fuel cap and tank (shown on X758 Diesel Tractor)

A large, 5.2-U.S. gal. (19.7-L) capacity fuel tank holds enough fuel for extended operation between refills:

  • Fuel-fill location is on the left fender for easy access, increased safety, fewer spills, and convenience during filling.
  • In-tank electric fuel pump supplies ample fuel flow to eliminate vapor lock and ensure quick engine starts, even after months of storage.

Battery and alternator are large capacity

Battery located at front of tractor frame

A high-capacity regulated alternator charging system provides plenty of power to quickly recharge the battery and run electrical equipment, such as lights or a sprayer:

  • 20-amp alternator is provided as standard equipment on gasoline engines.
  • An optional 20-amp auxiliary alternator kit operates in parallel with the standard 20-amp engine-equipped alternator to bring the total of 12-V electric power to 40 amps.

A large-capacity, 300 cold-cranking amp battery provides plenty of cranking power for quick, sure starts in cold weather:

54-in. (137-cm) and 60-in. (152-cm) High-Capacity (HC) Mower Decks are heavy duty

X739 Tractor mowing with 54-in. (137-cm) HC Mower Deck

Side view of mower deck

A deep-deck design of 5.5 in. (14 cm) delivers excellent airflow so material can be processed quickly and efficiently. The deck is stamped from 9-gauge, 0.15-in. (3.8-mm) steel and has welded-on reinforcement at the bottom edge for extra strength and durability.

60-in. (152-cm) HC Mower Deck top view

54-in. (137-cm) HC Mower Deck bottom view

High-capacity mower decks are formed in a hydraulic press to minimize the number of welds and provide a smooth underside for reduced material buildup:

  • Wider and higher discharge opening provides an even clipping dispersal for an excellent finished appearance in all conditions.
  • Durable plastic deflector spreads grass clippings evenly across the lawn, is hinged, and can be raised to minimize the storage space required.
  • 1-in. (2.5-cm) cold-forged spindles are heat-treated for strength and supported by ball bearings.
  • Front edge is raised above the blade plane to allow even cutting of tall grass.
  • Blade overlap is greater than many conventional decks for a clean cut.
  • Mower can side-discharge, mulch (optional), or use a Power Flow™ collection system (optional).

Tire-grab feature and shark tooth shaped grips

Drive-over ramp removed for spindle access

Ramps are provided to permit driving over the mower deck for installing and removing it from the tractor:

  • Constructed of 30 percent glass-filled polypropylene for strength to carry the weight of the tractor
  • Polypropylene material will not rust or corrode for lasting good appearance
  • Shark tooth shaped grips designed into the ramp inclines for added wheel traction when driving onto the mower deck
  • Tire grab at the rear of the ramp gives extra wheel traction
  • Ramps removed and replaced without tools to permit convenient servicing of the mower spindles

Mower wash port

Mower wash port with hose connector

A wash port is provided to make cleaning the underside of the mower deck easy:

Optional high-performance mulching attachment

Mulching attachment components (48 HC shown)

The high-performance mulching attachment provides excellent mulching performance:

  • This is a high-performance mulching attachment that includes formed steel baffles to control the material and special mulching blades for superior performance.
  • The special mulching blades that are included can also be used for side discharging and collecting, though overall performance may be slightly less than with the standard blades.

Optional MulchControl™ attachment

MulchControl with baffle closed

MulchControl with baffle open

The MulchControl attachment makes mulching more practical for many mowing situations because it not only does an excellent job of mulching but it also allows the mower to be easily converted for times when it is more desirable to side discharge or collect the lawn material. Advantages of mulching grass clippings include:

  • A beautiful looking lawn
  • Grass clippings not blown onto the operator, driveways, or flower beds
  • Less fertilizer use
  • Elimination of the effort needed to dispose of clippings

MulchControl is an innovative, simple design that is easy to use and maintain:

  • The MulchControl attachment includes baffles to control the flow of material under the deck.
  • The left mower blade area is completely enclosed and optimized for mulching, thus will mulch even when the mower is in the side-discharge mode.
  • Baffles around the center and right blades are optimized for mulching when the discharge baffle is closed.

MulchControl operation

MulchControl handle (standard with MulchControl)

Hydraulic MulchControl actuator option

The optional MulchControl attachment comes with a handle on top of the mower deck that is used to open and close the discharge baffle:

An optional hydraulic MulchControl actuator attachment is available to replace the standard control lever and allow the operator to control MulchControl from the seat using the tractor’s hydraulic control lever.

NOTE: To have hydraulic control of the MulchControl baffle, both MulchControl and hydraulic MulchControl actuator attachments must be ordered. The hydraulic MulchControl actuator is an extra-cost option for the MulchControl attachment.

Changing from mulching to side discharge or vice versa with the hand lever or hydraulic MulchControl actuator option takes only a few seconds.

MulchControl is well-suited to the following mowing situations:

  • Usually mulch, but side discharge when grass gets too long
  • Usually side discharge, but would like to be able to close the chute to control clippings
  • Always mulch a main lawn, but often side discharge secondary lawns
  • Bag clippings, but want to go farther before emptying bags

MulchControl puts the operator in control of the clippings. Now the operator can have all the benefits of mulching with the ability to easily change to side-discharge or bagging when needed.

MulchControl limitations

While in the side-discharge mode, MulchControl will still mulch about one-third of the material. Therefore, the side-discharge mode is essentially a partial-mulch mode. This can be an advantage when side discharging or bagging, as it helps to reduce the amount of material being discharged. Other times this could work as a disadvantage:

  • When cutting strong southern grasses, such as Zoysia and Bermuda
  • When cutting in wet, high-growth conditions, such as those found in the Pacific Northwest United States
  • When optimum bagging and lawn clean-up is desired

MulchControl compatibility

MulchControl is a field-installed attachment. Mulching blades are included:

  • MulchControl is for 2015 and newer X700 Signature Series Tractor and:
  • 9074M 54-in. (137-cm) HC Mower Deck (serial number 030,001-070,000)
  • 9078M 54-in. (137-cm) HC Mower Deck (serial number 070,001-)
  • 9075M 60-in. (152-cm) HC Mower Deck (serial number 030,001-070,000)
  • 9079M 60-in. (152-cm) HC Mower Deck (serial number 070,001-)

NOTE: The hydraulic MulchControl actuator is not available for the 48-in. (122-cm) Accel Deep™ Mower Deck.

Mower deck attachability

X758 Tractor driving onto high-capacity mower deck

High-capacity mower decks have ramps positioned on top of the deck for easy installation:

  • On a four-wheel drive (4WD) tractor, the operator can simply drive onto and over the deck.
  • On a two-wheel drive (2WD) tractor, the operator must back onto and over the deck.
  • Disconnect the drive shaft.
  • Unlock the draft arm locks.
  • Back or drive the tractor onto and off the mower deck.
  • On a 4WD tractor, the operator can simply back onto and off the deck.
  • On a 2WD tractor, the operator can simply drive forward onto and off the deck.

Optional AutoConnect™ drive (BM25677)

X758 Tractor driving onto high-capacity mower deck

AutoConnect option installed on X758 Tractor

The AutoConnect driveshaft is an optional kit that will automatically connect or remove the drive from the mower deck to the tractor’s mid power take-off (PTO) shaft.

The AutoConnect drive does not need to be removed from the tractor when using front-powered equipment.

Drive-over mower quick reference (major steps)

John Deere has designed a system that makes it easy to remove and reinstall the mower deck. A few steps need to be followed carefully to ensure success.

The list below includes the major steps. Refer to the operator’s manual for a more detailed procedure. The tractor most likely has the mower already installed, so these steps begin with the removal procedure.

DRIVEJD – Always Dependable Product

Mower removal steps

Drive tractor to level area.

Ready mower deck.

  • Adjust wheels and lower mower deck
  • Draft arms removed (front) and released (rear)
  • Power take-off (PTO): disconnect if manual PTO-connect system, then back up to clear rear draft arms (If equipped with AutoConnect™, backing up also disconnects the PTO)
  • Raise rear draft arms

Increase engine speed, engage traction assist, and drive over.

Mower installation steps

Verify tractor and mower are ready.

john, deere, mower, range
  • Alignment of tractor and mower deck
  • Draft arms up
  • PTO in correct position (If manual PTO connect, place shaft in mower hanger)

Engage traction assist, increase engine speed, and drive or back over.

Join mower to tractor.

  • Alignment and attachment verified and PTO connected
  • Draft arms hookup, front
  • Position mower wheels

Done! Set mower deck height and mow.

Four-year or 700-hour bumper-to-bumper warranty is standard

An exclusive 4-year or 700-hour (whichever comes first), single-source, bumper-to-bumper warranty is standard for all John Deere X700 Series Tractors.

  • The warranty is hassle free, with one company handling all of the paperwork.
  • Premium features of X700 Series Tractors allow for this longer warranty period, with more coverage than comparable tractors.

Term limited to years or hours used, whichever comes first, and varies by model. See the LIMITED WARRANTY FOR NEW JOHN DEERE TURF AND UTILITY EQUIPMENT at or for details.

Four-wheel power steering for superior maneuverability and trimming

X734 Tractor trimming around tree

X739 Tractor trimming around a tree

Power steering is standard equipment on all X700 Series Tractors. It provides effortless, automotive-like control:

Four-wheel power steering on the X734, X739, and X754 Tractors provides very significant maneuverability and trimming advantages over two-wheel-steering equipped tractors:

The uncut circle diameter is greatly reduced, eliminating or greatly reducing the need to back up when trimming around trees, shrubs, etc.

  • Cutting inside turns created by landscaping, flower beds, etc. can also be done much more efficiently with a four-wheel-steer equipped tractor.

Interference from the mower and tractor wheels is eliminated because they are several inches away from the object being trimmed around.

The outside turning circle is reduced, decreasing the time spent turning and increasing mowing efficiency.

The X739 Tractor has both full-time four-wheel drive (4WD) and four-wheel steering, which gives it the optimum in both traction and maneuverability.

Hydrostatic four-wheel drive (4WD) with Twin Touch™ control gives superior traction and easy operation

Twin Touch foot control

Cruise control

Twin Touch foot pedals control the speed and direction of travel:

  • Automotive-type accelerator control for easy operation
  • Twin Touch design that allows operator to change direction without lifting foot off platform
  • Large pedal surface for increased operator comfort

When the master brake pedal is depressed, the power take-off (PTO) and cruise control disengage.

Cruise control is standard equipment:

  • To engage, push in on the cruise lever and hold until the foot is removed from the forward pedal.
  • For emergency stop, the cruise control can be released by pushing on the master brake pedal or pushing down on the forward pedal.

Heavy-duty two-wheel steer or four-wheel steer transaxle

X758 two-wheel steer transaxle shown

A rugged, heavy-duty commercial hydrostatic transaxle handles a wide variety of ground-engaging applications and commercial mowing usage. A hitch for tow-behind equipment is included. The tractor frame extends behind the transaxle to provide mounting points for the category 1 3-point hitch and Click-N-Go™ mounting brackets.

Many quality features are provided:

  • Universal joint splined drive shaft between the engine and transmission is durable and gives efficient power transfer (no belts, no slippage, no power loss).
  • Shaft drive output through continuous live transmission PTO has no belts to slip or wear out.
  • Internal hydraulic PTO with multi-disk clutch pack:
  • Soft, smooth clutch engagement
  • Long disk life with continuous oil bath
  • No service required, as disks are self-adjusting
  • Isolated from dirt, rust, ice, or other contaminants for effective brake operation
  • Constantly cooled by transmission fluid to minimize wear and eliminate loss of brakes from overheating
  • Automotive-type forged flanged axles
  • Cast-iron axle housings
  • Uses an axial piston-type hydrostatic pump and motor versus less-efficient ball-type rotating groups

Two-wheel steer hydrostatic transaxle

Four-wheel steer hydrostatic transaxle

Two-wheel drive (2WD) and 4WD tractors use similar transaxles, however, four-wheel steer tractors have additional features that allow the rear wheels to turn.

Differential lock control

Infinite control of ground speed and smooth change of direction provide efficiency and operator convenience. The differential lock provides positive power to both drive wheels for increased traction. It can be engaged by the operator as needed.

Forward 0 to 8.5 mph (0 to 13.7 km/h)
Reverse 0 to 6 mph (0 to 9.7 km/h)

Transmission oil cooler

The transmission oil cooler is standard equipment:

  • Helps keep oil temperatures cooler during high draft load operations
  • Separate automotive-style cooler that provides increased capacity for the oil cooler as well as the radiator, when compared to an oil cooler internal to the radiator

Full-time 4WD for superior traction

X738 Tractor mowing

Full-time 4WD front axle

The full-time 4WD front axle provides a superior combination of traction and maneuverability. When the tractor is in a turn, the front wheels need to rotate faster because of the larger arc, compared to the rear wheels, they are traveling in. The hydrostatic front-wheel motors automatically increase the average travel speed of the front wheels when the tractor is in a turn.

The full-time 4WD system optimizes steering performance to provide maneuverability and trimming ability comparable to that of 2WD models, turning radius of 25 in. (63.5 cm) for two-wheel steer models and 21 in. (53.3 cm) for four- wheel steer models, with the added benefit of four-wheel traction.

Full-time 4WD front-wheel motors are powered by the same pressurized hydraulic fluid that powers the rear transaxle drive motor:

  • Hydraulic lines move the pressurized fluid from the rear axle to the front-wheel drive motors, located near the center of the front axle, after the oil has passed through the rear transaxle drive motor.
  • The two front wheel motors receive fluid in parallel so each gets the amount of fluid needed to enable different speeds during turns, similar to a differential assembly, and allow smooth turns.
  • Turning radius of tractors with full-time 4WD is the same as for 2WD models, and considerably less than the turning radius for tractors with mechanical 4WD.
  • Full-time 4WD functions in forward and reverse.

Control arm increases front-wheel speed in turns

Front-wheel drop-axle

  • A control rod (looks similar to a steering drag link) adjusts the swash plate of the variable-speed wheel motors, so each wheel motor is operated at the optimum speed during turns to minimize tire scuffing and assist in making tight turns.
  • Front-wheel drop-axles provide extra-tight steering capability, improved ground clearance, and include speed-reduction gearing.

Operator station is comfortable and convenient

X730 Tractor mowing

Tilt steering wheel

The tilt steering wheel can be adjusted for optimum operator comfort:

  • Six positions can be selected with the push of a lever for the most comfortable setting.
  • The full-up position makes getting on and off the tractor easy.
  • The steering wheel is designed for comfortable, no-slip operation.

Two-piece tilt-back seat

Seat has convenient tilt-back feature

Seat tilted forward

Two-piece, 21-in. (53-cm) high-back seat, with John Deere branded embroidery, has a thick seat cushion for lasting comfort, even after a full day of use. The back can be angled to maximize operator comfort by using a convenient lever on the side of the seat.

A four-bar adjustable seat suspension and 7-in. (18-cm) slide-rail fore-aft adjustment are provided to optimize operator comfort.

Optional armrest kit

Adjustable armrest option

Left armrest in raised position

Optional armrests increase operator support and comfort, thus reducing fatigue and improving productivity, especially when mowing for extended periods of time. Armrests are adjustable to suit the operator. The embroidered logo on the seat back makes this upscale seat look as good as it feels.

Optional air-ride suspension seat

Optional air-ride suspension seat

Seat pressure switch and fore-aft adjustment lever

The optional air-ride seat minimizes vibration the operator feels while using the tractor and provides a very smooth ride. This seat has a full pneumatic suspension that is easy for operators to adjust to suit their individual needs. Wide, shaped ergonomic cushions are comfortable and reduce back strain.

  • Simple switch on the front of the seat makes adjustment easy
  • Back-angle adjustment
  • Three-position lumbar adjustment
  • Armrest height adjustment
  • 7-in. (18-cm) fore-aft adjustment
  • Provides maximum ride comfort and quality, thus minimizing operator fatigue
  • Dampens lower frequency vibration better than mechanical suspensions

NOTE: The air-ride seat is compatible with all X700 Signature Series Tractors, model year 2013 and later (serial number 010,001-). Plug and play wiring harness for use with the air-ride suspension seat has been added to model year 2019 tractors (serial number 70,001-) to reduce seat-installation time. Model year 2013-2018 (serial number 010,001-070,000) requires AM146765 wiring harness. See CCMS solution 115258 for more information.

Foot pads

Foot pads

Foot pads help isolate the operator’s feet from vibration:

  • Provide a non-slip surface for safer mounting or dismounting the tractor
  • Attractive styling

Handgrips, toolbox, cup holder, and 12-V outlet

Toolbox and handgrip

Toolbox with cover open and cup holder

The fender handles provide a convenient handhold to use when getting on and off the tractor and when operating on slopes:

  • Plastic material is durable and will not rust.
  • The cup holder is designed to hold a variety of drink container sizes.
  • Toolbox provides a safe and convenient location to store tools and supplies.
  • Exact Adjust mower leveling tool and gauge storage features are provided in the tool box.

12-V outlet

12-V outlet

12-V outlet with cover open

12-V outlet located for the convenience of connecting a variety of electrical and electronic equipment:

  • Outlet switch is located on the dash for starting and stopping an electric spreader or sprayer.

Headlights and taillights provide good visibility

Two high-quality headlights

Large, automotive-type headlights and taillights provide unsurpassed nighttime illumination:

  • Standard 37-W halogen headlights provide excellent nighttime visibility.
  • Large automotive-type taillights enhance the tractor’s appearance and safety.
  • Headlights, taillights, and rear work lights are easily operated with a single dash-mounted switch.

Taillights, work lights, and backup lights

Rear lights provide visibility for the tractor operator and others:

  • Standard backup lights can be turned on full time to double as rear work lights.
  • Backup lights come on automatically when the operator depresses the reverse pedal.

Snow removal and yard care equipment

An advantage of X700 Series Garden Tractors is their ability to use attachments for snow removal and a variety of other yard-care tasks.

The front quick-hitch mounting system allows for a tool-free change between the front blade, rotary broom, and snow blower. Additional attachments available for use with the equipment listed below include:

  • Quik-Tatch tractor frame weights to add ballast for traction and stability NOTE: Ballast is required for some applications.
  • Tire chains or TerraGrip traction belts for extra traction when using snow-removal equipment
  • Weather protection (shown below) for operator protection and comfort

47-in. (119-cm) and 54-in. (137-cm) Quick-Hitch Snow Blowers

47-in. (119-cm) Snow Blower, optional front light kit shown

54-in. (137-cm) Snow Blower, optional front light kit shown

NOTE: One drift knife is standard equipment; the second (shown in images above) is optional.

The 47-in. (119-cm) and 54-in. (137-cm) Snow Blowers have the capacity to handle big snow-removal jobs.

The front quick-hitch mounting system allows for a tool-free change between the front blade, rotary broom, and snow blower.

54-in. (137-cm) and 60-in. (152-cm) Quick-Hitch Front Blades

54-in. (137-cm) Quick-Hitch Front Blade

60-in. (152-cm) Quick-Hitch Front Blade

The 54-in. (137-cm) and 60-in. (152-cm) Front Blades are excellent for moving snow, gravel, dirt, sand, or other loose material. They can be hydraulically angled up to 27 degrees right or left or used in the straight-ahead position.

52-in. (132-cm) and 60-in. (152-cm) Rotary Brooms

52-in. (132-cm) Rotary Broom (shown with optional front light kit)

60-in. (152-cm) Heavy-Duty Rotary Broom

The 52-in. (132-cm) and 60-in. (152-cm) Rotary Brooms increase tractor versatility by allowing use for a variety of sweeping jobs. The broom effectively meets the needs of commercial, farm, home, and estate operators with four-season versatility:

Spring Rotary brooms can be used to dethatch lawns and clean off tennis courts and other areas quickly and effectively.

Summer Rotary brooms effectively perform a wide variety of sweeping jobs, including cleaning sidewalks, parking lots, driveways, construction job sites, and barns. They can also be used for backfilling trenches.

Fall Rotary brooms can be used to sweep leaves and windrow pine needles. They sweep artificial turf and clean up spectator areas after sporting events.

Winter Rotary brooms effectively move up to 2 in. (5 cm) of snow, which may eliminate the need for a snow thrower, depending on the geographic area.

42-in. (107-cm) and 47-in. (122-cm) Rotary Tillers

42-in. (107-cm) Hydraulic Rotary Tiller

647 Rotary Tiller

The 42-in. (107-cm) Hydraulic Tiller is a real time-saver in preparing seedbeds, controlling weeds, and other tillage jobs. Potential customers include homeowners, hospitals, schools, nurseries, estates, lawn and garden centers, etc. The hydraulic tiller is quieter, more powerful, and tills up to 6 in. (15 cm) of depth. This provides flexibility for jobs like sod breaking to conventional garden tilling.

A unique feature of the 42-in. (107-cm) Hydraulic Tiller is its ability to operate with either forward or reverse tine rotation. This provides flexibility for jobs from sod breaking to conventional garden tilling.

  • In forward tine rotation, the hydraulic motor is on the right side and the tines turn in the same direction as the tractor tires when the tractor travels forward for tilling most soil conditions, including soil already tilled and soft soil.
  • In reverse tine rotation, the hydraulic motor is on the left side and the tines turn in the opposite direction as the tractor tires when the tractor travels forward for tilling hard soils or sod.

The 647 Rotary Tiller is 47-in. (122-cm) wide and ideal for preparing seedbeds, controlling weeds, and other tillage jobs for homeowners, golf courses, hospitals, schools, and estates. It requires a tractor equipped with a Category 1, 3-point hitch and 540-rpm rear power take-off (PTO).

Weather enclosure and hard-side cab

Weather enclosure

Hard-side cab

The roomy steel-frame weather enclosure shields the operator against snow, rain, sun, and wind.

This hard-side cab is rollover protection structure (ROPS) certified for extra protection:

  • An electric front windshield wiper is included.
  • Optional attachments for the hard-side cab include a heater, heater disconnect kit, inside and outside mirrors, rear window wiper, strobe light, work lights, switch panel fuse block kit, and optional tractor alternators to provide extra capacity to operate the cab accessories.

Instruments and controls are easy to find and use

Instrumentation and controls (switch turned off)

Gauges and indicator lights (switch turned on to illustrate functions)

The contoured dash has clean, attractive styling and ergonomic controls for easy use:

  • Controls are color coded for easy identification by the operator.
  • Controls are logically placed and easy to reach.
  • The power take-off (PTO) switch allows the operator to get fingers underneath it, like a T-handle, to pull up for easy activation.
  • The reverse implement option (RIO) switch is an easy-to-see and easy-to-use yellow button.
  • Cruise control activation is handled by an automotive-style button.
  • Functional design of the throttle control provides good appearance and a comfortable feel.

Display panel illustration with descriptions

The instrument display has the look and feel of a modern automobile. A power-up sequence cycles lights and gauges to indicate they are working:

  • Display features dark-cockpit design to minimize operator distractions.
  • Display is back lit for night visibility.
  • Night visibility is especially useful with snow blower use.
  • Target-zone graphics inform the operator of the engine speed range to use for best cut quality.
  • Damage can be prevented and repair costs reduced by addressing problems early.
  • The indicators are also useful to identify the reasons the PTO or engine may have shut off when an interlock is unsatisfied.
  • On-board diagnostics provides trouble codes for use by trained technicians.
  • For example, a technician will be able to test switch functionality and circuit continuity without tools.

Twin Touch™ foot control is easy to use and has cruise control

Twin Touch foot control

Cruise control

Twin Touch foot pedals control the speed and direction of travel:

  • Automotive-type accelerator control for easy operation
  • Twin Touch design that allows operator to change direction without lifting foot off platform
  • Large pedal surface for increased operator comfort

When the master brake pedal is depressed, the PTO and cruise control disengage.

Cruise control is standard equipment:

  • To engage, push in on the cruise lever and hold until the foot is removed from the forward pedal.
  • For emergency stop, the cruise control can be released by pushing on the master brake pedal or pushing down on the forward pedal.

Differential lock

Differential lock control

A foot-operated differential lock supplies positive power to both rear drive wheels for increased traction:

Hydraulic power steering gives effortless control

X734 Tractor trimming around a tree

Power steering control valve

Power steering is standard equipment. It provides effortless, automotive-like control:

Parking brake control

Controls shaped and located for easy use

Park brake control and brake pedal

The parking brake control is conveniently located below the key switch on the steering pedestal:

Depressing the brake pedal disengages the PTO and cruise control:

  • Allows the engine to be started
  • Applies wet-disk brakes (internal in transmission) for use as a parking brake

Mower deck height-of-cut control

Mower deck height-of-cut control

Exact Adjust ports

The depth stop allows setting the mower height from the operator’s seat:

  • Locks the mower in fully raised position so 3-point hitch equipment can be raised or lowered independently of the mower
  • Returns mower deck to the same preset height each time it is lowered
  • Provides a mower cut-height range from 1 in. to 5.25 in. (2.5 cm to 13.3 cm)
  • Informs the operator of the approximate mower cut-height through an indicator

Exact Adjust ports on either side of the fender deck allow access to the rear mower deck height adjusting links:

  • Allow mower deck to be easily leveled side-to-side
  • Leveling can be done from above the fender deck by using the Exact Adjust tool

Exact Adjust

Exact Adjust tool and mower leveling gauge

Exact Adjust tool and mower deck leveling gauge are stored in the toolbox to provide a convenient means of checking and adjusting the deck level:

  • Used in conjunction with Exact Adjust ports for easy and accurate leveling of the mower deck for optimum mowing performance

Deck-leveling gauge placed under deck

Using included ball-hex tool to level mower deck

Consult the operator’s manual for the correct adjusting procedure. Basic adjusting steps to properly level the mower deck include:

  • Park the tractor on a level surface.
  • Inflate tires to the correct pressure.
  • Consult the label for the cutting-height knob that is located on the console of the machine. This label shows deck-leveling position and location of deck-leveling adjustment points.
  • Set mower cutting-height knob to the correct deck-leveling position.
  • Adjust mower wheels as necessary so they do not contact the ground surface.
  • Remove the onboard deck-leveling gauge and Exact Adjust tool that are located in the tractor toolbox.
  • Using the Exact Adjust ports and tool, adjust mower deck side-to-side level so the deck-leveling gauge just slips under the left and right lower deck rim. The location of adjustment points will vary slightly between decks.
  • Left- and right-rear adjustment points are under the deck rim near the rear mower wheels.
  • Loosen rear nuts equally on each side of front lift rod.
  • Turn front nut equally on each side clockwise to raise front of mower or counterclockwise to lower it until gauge just slips under the front adjustment point.
  • Front adjustment point varies by mower deck

NOTE: The adjusting tool supplied with the tractor is an 8-mm ball-hex key. The rounded end allows for some misalignment with the bolt as the deck is adjusted.

Two-function hydraulics give effortless control of equipment

Dual hydraulic control levers

A two-function hydraulic control system is standard equipment.

The hydraulic system allows effortless equipment control:

  • Raising and lowering
  • Angling and spout rotation
  • Control levers
  • Levers are positioned on the steering pedestal for quick, easy, and precise fingertip control of equipment.
  • Lower lever has a float position, allowing front-mounted equipment such as a blade, snow blower, or rotary broom to follow the contour of the ground.

Hydraulic outlets

Four hydraulic couplers with color-coded covers are available for quick, easy connections.

Modern styling has a functional design

Functional and attractive design includes alloy wheels

Styled hood and seat

John Deere Signature Series are the very best mowing tractors available and can also handle a wide range of other yard care chores, such as snow removal, lawn cleanup, and landscaping work. These heavy-duty tractors include models with two-wheel drive (2WD) and four-wheel drive (4WD), two- and four-wheel steering, and even a model with full-time 4WD and four-wheel steering.

Standard equipment styled alloy wheels and John Deere brand embroidery:

  • Standard equipment styled alloy wheels give X700 Series Tractors a fresh, upscale appearance that goes well with their high-quality standards and superior performance.
  • John Deere brand embroidery has been added to the standard equipment 21-in. (53-cm) two-piece adjustable seat to make it look as good as it feels.

The open platform is roomy and uncluttered:

  • Makes getting on and off the tractor easy
  • Provides ample legroom with built-in heel s for comfortable operation

The single-piece hood completely encloses the engine:

  • Improves appearance
  • Provides quieter operation
  • Easy to remove for service accessibility
  • Painted hood
  • scratch and scuff resistant than molded-in color
  • Deep scratches repairable with paint

Important advantages for superior mowing performance and equipment versatility

X730 Tractor mowing

X754 Tractor mowing

Available mower decks include a 48-in. (122-cm) Accel Deep™ Mower Deck or 54-in. (137-cm) or 60-in. (152-cm) Edge™ High-Capacity Mower Deck. All mowers have premium design features to give a clean, level cut and excellent performance, whether side discharging, mulching, or collecting lawn material.

X700 Signature Series Tractors offer these important performance advantages:

  • Heavy-duty robotically welded frame for the strength to operate a wide variety of equipment
  • Plenty of engine horsepower and torque to operate larger equipment
  • Electronic fuel injection (X730, X734, X738, X739)
  • Fast and sure starts
  • Better fuel economy than carbureted engines
  • Reduced emissions
  • Increased durability
  • Improved fuel economy
  • U.S. Environmental Protection Agency (EPA) Final Tier 4 compliant

Frame is full-length welded steel for strength

Full-length welded steel frame

The full-length, welded C-channel steel frame provides plenty of strength to handle heavy equipment:

  • Frame side rails are formed from 7-gauge, 0.18-in. (4.6-mm) steel for extra strength.
  • The front bumper/weight bracket is formed from heavy, 0.375-in. (9.5-mm) steel.

The frame is robotically metal inert gas (MIG) welded:

A front Quik-Tatch weight bracket is designed into the frame:

  • Provides a convenient way to add up to 168 lb (76 kg) of weight to the front of the tractor using four suitcase weights
  • Extends ahead of the hood to act as a bumper

Front receiver hitch

Optional drawbar/ball mount and hitch ball shown

A front receiver hitch is designed into the frame:

  • Optional drawbar/ball mount and hitch balls are available.
  • Excellent for positioning trailers, boats, etc., in tight quarters.

An optional rear receiver hitch is available.

Front axle and wheel spindles are heavy duty

Heavy-duty cast-iron front axle (2WD shown)

Heavy-duty cast front axle (4WD shown)

The front axles are made of strong, shock-resistant cast iron:

  • Will not bend or deform, as is possible with steel-fabricated axles
  • Replaceable bushings are used at the center axle pivot and spindles
  • Provide excellent wear resistance
  • Easy service and maintenance with grease fittings

1-in. (2.5-cm) diameter front-wheel spindle (2WD)

Cast-iron front spindle/wheel motor (4WD)

The 2WD tractors use large, 1-in. (2.5-cm) diameter wheel spindles for durability:

  • Have the strength to handle heavy front implements
  • Provide long life at bearing surfaces
  • Use sealed precision bearings in the front wheels for long life

The 4WD tractors use heavy-duty cast and machined front spindle and wheel motor assemblies for durability and long life.

Thoughtful designs promote safe operation and convenient service

Using reverse implement option (RIO)

Power take-off (PTO)/RIO switch (yellow switch)

Left-hand RIO switch (yellow button)

CAUTION: Children or bystanders may be injured by rotating blades. Before traveling forward or rearward:

NOTE: Backing up while the mower is engaged is strongly discouraged. RIO should be used only when operating another attachment or when the operator deems it necessary to reposition the machine with the mower engaged.

  • Stop forward travel.
  • Look behind the machine to be sure there are no bystanders.
  • Push and hold in the RIO switch while depressing the reverse pedal slightly NOTE: If the mower or other attachment stops while repositioning the machine, return the attachment engagement switch to the off position. Start the engine and engage mower or other attachment. Begin again with step 2.
  • Release the RIO switch and reposition the machine as the machine begins to move rearward.
  • Resume forward travel. The mower or other attachment should continue operating.
  • Repeat procedure to position the machine again.

NOTE: For tractors equipped with an optional front PTO kit installed, the front implements will rotate while backing up without engaging RIO.

Interlock switches

The hydrostatic transmission foot pedals must be in neutral, with brake depressed, PTO disengaged, and the ignition key used, before the tractor will start.

Once the tractor is running, the engine automatically shuts off if the operator leaves the seat with the PTO engaged, brake pedal unlocked, or hydrostatic foot controls out of the neutral position.

Serviceability is convenient with easy-open hood

One-piece hood is easy to open and remove

Service interval decal located under hood

The one-piece hood opens easily to permit checking and servicing the engine:

  • A service-interval decal is provided inside the tractor hood for convenience when servicing the tractor.

Hood pivot and wiring connector

Hood removed for service

If necessary to do more extensive service, the hood can easily be completely removed without tools:

  • Wiring connector allows headlight wiring to be easily disconnected.
  • Hood can be raised off pivots and easily removed without use of any tools.

Radiator screen pulls out for easy cleaning

Deck-leveling gauge and tool stored in tractor toolbox

A screen keeps material from building up on the radiator and can be easily removed for cleaning.

A convenient deck-leveling gauge and Exact Adjust tool are provided:

    Exact Adjust tool and mower deck leveling gauge are stored in the toolbox to provide a convenient means of checking and adjusting the deck level.

Used in conjunction with Exact Adjust ports for easy and accurate leveling of the mower deck for optimum mowing performance

MulchControl™ system provides superior mulching performance and Rapid conversion

X730 Tractor mowing

MulchControl handle (shown on 60-in. [152-cm] Mower Deck)

The optional MulchControl system makes mulching more practical for many mowing situations because it not only does an excellent job of mulching, but it also allows the mower to be easily converted for times when it is more desirable to side discharge or collect the lawn material. Advantages of mulching grass clippings include:

  • Creates a beautiful looking lawn
  • Smaller grass clippings disappear into the lawn canopy
  • Reduces fertilizer needs
  • Grass clippings are not blown onto the operator, driveways, or flower beds
  • No need to dispose of bags of clippings

How MulchControl works

MulchControl baffle open (shown on 60-in. [152-cm] High-Capacity Mower Deck)

MulchControl baffle closed (shown on 60-in. [152-cm] High-Capacity Mower Deck)

MulchControl is an innovative, simple design that is easy to use and maintain:

  • The MulchControl system includes an adjustable MulchControl baffle near the discharge chute and fixed baffles to control the flow of material under the deck.
  • The MulchControl handle, or a hydraulic actuator, is on top of the mower deck and is used to open and close the MulchControl baffle.
  • When the MulchControl baffle is open, most of the material flows freely out the discharge deflector or into a material collection system.
  • When the MulchControl baffle is closed, material stays within the deck and gets chopped into mulch and deposited in the turf.

MulchControl is well-suited to the following mowing situations:

  • For operators who usually mulch, but side discharge when grass gets too long
  • For operators who usually side discharge, but would like to close the chute to control clippings in some areas
  • For operators who always mulch a main lawn, but often side discharge secondary lawns
  • For operators who collect clippings but want to go farther before emptying the material collection system

MulchControl puts the operator in control of the clippings.

Hydraulic MulchControl actuator option (model year 2019 and newer 54 HC and 60 HC Mowers Decks only)

An optional hydraulic MulchControl actuator is available to shift the MulchControl baffle using the tractor’s hydraulic control lever. Operators can convert between modes without interrupting the mowing process, making it possible to change between modes:

  • When approaching driveways or flowerbeds where clippings would be undesirable
  • When a breeze blows clippings back onto the operator
  • For side discharge mowing only the areas of the property where grass is too thick for mulching
  • For collecting only the areas of the property where grass is too tall or thick for mulching

MulchControl limitations

While in the side-discharge mode, MulchControl still mulches about one third of the material. Therefore, the side-discharge mode is essentially a partial-mulch mode. This can be an advantage when side discharging or bagging, as it helps to reduce the amount of material being discharged. Other times this could work as a disadvantage:

  • When cutting strong southern grasses, such as Zoysia and Bermuda
  • When cutting in wet, high-growth conditions, such as those found in the Pacific Northwest United States
  • When optimum bagging and lawn cleanup is desired

The MulchControl baffle can be opened or closed with the Power Flow™ blower installed. The Power Flow blower runs without material when the baffle is closed.

MulchControl compatibility

Top 4 Best John Deere Lawn Tractors Review 2023

Each MulchControl system is an optional field-installed attachment and includes everything needed for handle actuation: baffles, handle, and mulch blades. If desired the optional hydraulic actuator needs to be ordered separately.

MulchControl is compatible with model year 2013 and newer X700 Signature Series Tractors (serial number 10,001-) with one of the following mower decks:

  • 9077M 48-in. (122-cm) Accel Deep Mower Deck
  • Model year 2015 to 2018 9074M 54-in. (137-cm) or 9075M 60-in. (152-cm) High Capacity Mower Deck (serial number 030,001-070,000)
  • Model year 2019 and newer 9078M 54-in. (137-cm) or 9079M 60-in. (152-cm) High Capacity Mower Deck (serial number 070,001-)

Optional hydraulic MulchControl actuator (BUC10536) is available for model year 2019 and newer 9078M 54-in. (137-cm) or 9079M 60-in. (152-cm) High Capacity Mower Deck (serial number 070,001-). Mower must be equipped with a basic MulchControl attachment:

The Best Zero-Turn Mowers of 2023

These achieve the rare feat of making lawn mowing fun.

By Roy Berendsohn Published: Mar 1, 2023

When it comes to yard work, zero turn mowers do the impossible. They make lawn mowing fun. They accomplish this by putting unprecedented speed, control and maneuverability at the disposal of the person mowing the lawn. The so-called “zero turn” feature of these mowers converts a grass cutting machine into something akin to an amusement park ride. You steer the machine with two levers—the left lever controls the left wheel, the right lever the right wheel. With that steering setup, you can zoom over the landscape cutting straight lines, curves, or pivot the mower into and out of a corner. What’s not to like?

Read on to understand how these agile grass cutters work, how we go about testing them, and see some candidates that we’ve recently tested as well as some that we haven’t but that we think look particularly promising.

How Zero-Turn Mowers Work

A zero-turn riding mower consists of an operator platform, a frame and wheels, an engine (or battery bank), transmissions (or motors), and a pair of control levers commonly known as lap bars. In gas mowers, the engine powers a pulley system. One group of pulleys drives the blades, another group powers a pair of transmissions–one at each rear wheel. When you move the lap bar forward or back, you are directing the transmission to go faster, slower, or even turn the opposite way. When one drive wheel turns clockwise and the other counter clockwise, the mower pivots. When the wheels rotate at different rates, the mower turns in an arc-shaped path. When the lap bars are in the neutral position, the mower stops. Aside from a parking brake, there’s no other braking mechanism. Battery-powered zero-turn mowers work the same way, but have separate motors to drive the rear wheels and one for each blade inside the mower deck.

When it comes to transmission, most mowers have a Hydrogear EZT—a well-known and cost-effective residential-grade transaxle with a reputation for durability.

Some mowers use a deck stamped from one piece of steel, others use a deck fabricated from multiple pieces and welded together. A fabricated deck can be built from thicker steel at a lower cost than it would be able to be built otherwise. Once you’re talking about stamping metal as thick as 10 gauge (about 1⁄8 inch thick), the cost of stamping such a deck would push up the mower’s price beyond what most people are willing to pay. The decks in the mowers below range from 42 to 52 inches, a typical size in this class of product. When powered by these engines and the Hydrogear, these mowers will deliver a decent cut quality at their rated top speed of 7 mph. Note, however, that cut quality declines steeply if you maintain that speed in very thick grass or on uneven terrain.

As to the electric mowers, they represent the leading edge of the technology in this category. These are remarkable and expensive mowers powered by large-voltage lithium-ion batteries. If you’re interested in reducing mowing noise and simplifying your maintenance routine by eliminating gas and oil, they’re worth a look.

Selecting a Zero-Turn Mower

Everyone would like to select the biggest possible zero-turn mower with the hope of whittling a big grass cutting job down to size as quickly as possible. Reality usually intercedes because these machines are expensive and the wide range of options available today quickly drive up the cost. Roughly speaking, you start somewhere in the range of a mower with a 42-inch deck costing in the vicinity of 3200 to 3500 and move up in increments of 1000 to 1500 until you reach entry-level commercial-grade equipment that costs 7000 to 8000.

Again, speaking in terms of approximation, a mower with a 42-inch deck will cut a two-acre lot (that takes into account that the house, driveway, outbuildings and various landscape features are taking up some of that space). Use a mower with a larger deck to cut anything over two acres. But here’s the caveat. That entry-level ZTR mower (3200, say) with a 42-inch deck will wear out faster and need more maintenance than a mower with a 50-inch deck, a heavier frame, larger engine and higher quality transmissions, and thicker deck with more robust blade spindles, costing 4500.

In the simplest possible terms, you can cut a smaller area with a larger mower and expect more longevity out of the machine (not to mention a nicer mowing experience) or you can cut a larger area with a smaller machine and encounter more maintenance and a mowing experience that will be, we might say, a bit more rugged.

But there are still other factors to consider, in selecting a mower other than deck size and your budget. Larger mowers take more space in a garage or outbuilding. And a mower with a 50-inch or even 60-inch deck, as useful as it might be in getting the job done more quickly, may not fit through a fence’s gate, and it might be more difficult to maneuver in tight spots without creating scalp marks on the lawn from a lot of close-quarter pivoting.

Carefully consider all these factors when shopping for a mower: your budget, maintenance and whether you will perform that work yourself, mowing speed and time, maneuverability and trimming in tight areas, the importance that you place on your comfort while mowing, cut quality, longevity, storage, and access to the landscape.

How We Select and Test

There’s only one way to test a mower, and that’s to cut grass with it. But we also do more than mow.

We raise and lower the deck and adjust the seat. We look at service point access (the air filter, the spark plug, and the oil filter) and how easy it is to remove the deck. We mow approximately an acre with each mower, considering cut and mulching quality while running uphill, downhill, across washboard, and along sidehills. (On sidehills, we’ll mow surfaces pitched up to approximately 20 degrees; manufacturers generally recommend not going steeper than 10 degrees, but we like to be thorough.) We evaluate power and speed relative to cut quality—we investigate whether the mower delivers a decent cut mowing at full speed. When mowing in damp conditions, we look at whether the mower’s tires accumulate grass and how effectively it discharges moist clippings. Finally, we test maneuverability (these machines are, generally, very nimble) and how readily they come to a stop when you back off the lap bar control levers.

Who Makes John Deere Lawn Mowers?

The mystery around who makes John Deere tractors gives many pro-made-in-America JB mower owners sleepless nights.

Some suspect the company makes their mowers outside the country and brands them as Made in America.

So, what’s the truth? Who makes john deere lawnmowers? importantly, does JD source parts from outside the country? Let’s find out.

Who Makes John Deere Lawn Mowers

John Deere manufactures most of its lawn mower systems at its 100%-owned US-based facilities. However, a few parts are outsourced to third parties, like Yanmar, Kawasaki, Kohler, and Briggs Stratton.

John Deere Tractor Systems: Who Makes What?

The following is a breakdown of the major companies that make various John Deere tractors, mowers, or parts in different countries.

Modern Tool and Die Company

Modern Tool and Die Company (MTD) is an American company specializing in outdoor power tools, including tractors and lawnmowers.

It makes several cheaper, non-commercial tractors for JD and other mower and tractor companies.

Additionally, it makes ignition keys, ball joints, and starters for various John Deere tractors and mowers.

The John Deere AM 133094 model is an excellent example of an MTD-built John Deere tractor.


Kawasaki is a major Japanese brand that makes powerful mowers and tractor engines. Therefore, it makes the engines for some of John Deere’s high-end tractors and mowers.

For instance, the John Deere X300’s engine is made by Kawasaki. Specifically, the X300 operates on the Kawasaki FH 491V engine.

However, you have nothing to worry about, as Kawasaki engines are highly reliable and serve many other tractors and mowers globally.

Their engines boast a heavier build and guarantee increased maneuverability.

Yanmar Holdings Co.

Yanmar is also a Japanese company. It specializes in agricultural machinery and produces reliable engines, specifically diesel engines. Indeed, Yanmar is the pioneer of mass-produced diesel engines.

John Deere works with the company to develop compact utility tractor engines, which are then shipped to John Deere assembly plants in the US. Their engines are compact, efficient, and high-quality.

For instance, the John Deere 750, 755, and 770 engines are made by Yanmar. Yanmar also makes John Deere 4044/4053M tractor engines.


Kohler Co., founded in 1873 by John Michael Kohler, is an American company headquartered in Wisconsin.

It’s best known for plumbing products. However, the company also makes furniture, cabinetry, generators, and engines.

John Deere sources some of its smaller tractor and lawn mower engines from Kohler. For instance, John Deere model M318 uses the Kohler Command CH2O engine.

The company’s four-stroke gasoline engines are mainly characterized by overhead valve (OHV) designs and V twin-cylinder liners.

Briggs Stratton

Finally, Briggs Stratton is among the world’s largest engine manufacturers of outdoor power equipment.

It’s also a leader in designing and manufacturing standby generators, energy storage systems, and lawn equipment.

Briggs Stratton mainly makes engines for John Deere’s 100 Series mowers. For instance, the S140 mower’s engine is made by Briggs Stratton.

The reliable 22hp engine boasts a V twin design and vertical crankshaft for maximum convenience.

Briggs Stratton engines are compact and powerful, and reliable. They are also low-maintenance.

Are John Deere Mowers Made by MTD?

No. There’s a common misconception that MTD makes John Deere mowers and tractors. This isn’t true.

John Deere makes its tractors at the John Deere company facility founded and owned by the John Deere family.

What Brands are Made By MTD?

MTD makes equipment and parts for nearly all the major tractor and mower makers. The following are a few major brands with MTD equipment or parts in their inventories;

Where are John Deere Mowers Made and Assembled?

Most John Deere tractors and mowers are made in the US. However, the company outsources manufacturing some parts to companies outside the US.

For instance, John Deere has three plants in China and several in India, Brazil, and Argentina.

That said, all John Deere tractors are assembled in the US. The largest John Deere mower assembly plant is located in Horicon, Wisconsin.

Are John Deere Lawn Tractors of Good Quality?

Yes, John Deere products are highly durable and the most reliable today.

In one survey of more than 10,000 John Deere lawn tractor owners, only 22% of the tractors broke down before they were four years old.

What Engines Do John Deere Mowers Use?

John Deere uses various engines across their line of lawn and farm tractors.

However, if you’re wondering who makes John Deere engines, Kawasaki, Yanmar, Briggs Stratton, and Kohler are the leading names.

Are John Deere Engines Made in China?

Yes, some John Deere engines and parts are made in China. This is a bitter pill to swallow for many pro-American-made products.

However, if it helps, John Deere assembles all its tractors in the US. over, the company’s Chinese plants mainly target the Chinese market.

What Engines Do John Deere Zero Turn Mowers Have?

John Deere zero-turn mowers use different engines. For instance, Z500 Series zero-turn mowers run on V-twin engines rated up to 24hp.

Meanwhile, many Z700 Series zero-turn mowers use FS Series engines. MTD and other brands make the engines.

Where are John Deere Mowers Sold?

John Deere lawn mowers are sold at nearly all Big Box stores, including Lowes and the Home Depot.

john, deere, mower, range

You can also find John Deere mowers at a few hardware stores and some home improvement stores. E-commerce platforms like Craigslist, eBay, and Marketplace are other places to check.

Alternatively, find a local dealer. The company doesn’t have an established flagship store. However, a few third-party mower and tractor dealers happily carry their items.

Ask the company’s customer support for the nearest John Deere dealer, and they’ll gladly help.

John Deere Lawn Mower Prices: How Much Does a John Deere Mower Cost?

John Deere mower tractor vary widely. For instance, the 100 Series mowers range from 2299 to 3199. The cheapest is the S100, while the S180 is the most expensive.

Series 100 mowers are ideal for more than one-acre lawns and range from 17.5 HP to 24hp. You can cut up to 2 acres on a single charge.

Series 200 mowers are slightly more advanced and, therefore, more expensive. They range from 21.5hp to 22hp and cost 2999 (S220) to 3599 (S240).

Meanwhile, X300 Series with TwinTiuch forward and reverse pedals cost between 3799 (X330 42-inch) and 7499 (X394).

Finally, X500 series mowers cost between 7,699 (X570 48-inch) and 9599 (X590 54-inch), while X700 Series JD mowers cost 7999 (X750) to 11989 (X730).

Both boast iTorque Power Systems and bigger deck sizes, some as wide as 60 inches.


Are John Deere lawn tractors made by MTD?

No. MTD doesn’t make all John Deere lawnmowers. The company only makes a few John Deere mowers, especially non-commercial, low-end units, while John Deere makes the majority. Nevertheless, MTD Holdings, owned by Stanley Black Decker, specializes in making outdoor hand and power tools.

Where are John Deere lawn tractors made?

John Deere lawn tractors are made in several factories within and outside the US. For instance, the utility and compact utility tractors are made in Augusta, Georgia, while the AG tractors are made in Waterloo, Iowa. Meanwhile, some lawn and garden tractors are in Greeneville, Tennessee, and others in Horicon, Wisconsin.

Are John Deere lawnmowers made in the USA?

Yes, most John Deere lawnmowers are made in the USA. Indeed, all John Deere riding mowers are manufactured in Horicon, Wisconsin, from parts made entirely in the US. However, JD has additional facilities in 7 different countries, including China, Brazil, Mexico, and India. Unfortunately, it’s difficult to separate JD mowers made in the USA from those made in other countries.

Who makes John Deere zero-turn engines?

The engines in John Deere zero-turn mowers are mainly made by Yanmar and Kawasaki. Yanmar makes most of the engines, and their agreement with John Deere dates back to the 70s. Meanwhile, Kawasaki makes engines for larger mowers, such as the X300 riding mower. It’s best to check the product label.

Where are John Deere zero-turn mowers made?

All John Deere zero-turn mowers are assembled in the USA, specifically in Horicon, Wisconsin, and Waterloo, Iowa. importantly, most of the parts are made in the US. However, some parts, especially the engines, are sourced from third parties in Argentina, France, India, and Mexico.

Where are John Deere riding mowers made?

John Deere riding mowers are assembled in the US. The company has at least 15 primary manufacturing locations across the US for this purpose. Indeed, most John Deere riding mower parts are also made in the USA. However, JD has additional manufacturing plants in 17 locations outside the USA, including three in China.

Does John Deere make push mowers?

Yes, John Deere makes several push mowers. There are a few claims online that the company is phasing out push mowers. However, you can find six walk-behind mowers on their website. These are models W36M, W48M, W36R, and W48R. Note that all six are commercial mowers, priced between 6,154 and 8,499.

What is the best oil for John Deere Lawnmowers?

The best oil for John Deere lawn mowers is John Deere Turf-Gard SAE 10W-30 Oil. This high-quality oil is specifically formulated to meet the requirements of John Deere engines, providing optimal lubrication and protection. Check the owner’s manual for the exact oil specifications and maintenance guidelines for your John Deere lawn mower model.

You can also check John Deere Hy Gard Equivalent for more options.


So, who makes john deere lawnmowers? John Deere makes most of its lawnmowers and tractors in the US.

However, it also outsources some equipment and parts to third parties within and outside the US.

For instance, Kawasaki, a Japanese company, makes several John Deere mower engines. Kohler (US-based) and Yanmar (Japanese) also make Joh Deere engines and parts.

Rhys Charles

Rhys is a passionate landscaper, a self-proclaimed barbecue expert and the author of this site. He combines his lawnmowing expertise with his engineering background to teach you about how to not just take care of grass, but also the equipment you use.

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