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726 JOHN DEERE SNOWBLOWER

Tackling Winter’s Wrath: The Ultimate Guide to the John Deere 726E Snowblower

Winter brings its own set of challenges, and heavy snowfall can be one of the most daunting. With roads and driveways buried under inches, or even feet, of snow, finding an efficient way to clear the way becomes a priority for many. Enter the John Deere 726E snowblower, a powerhouse designed to make light work of even the heaviest snowfall.

726 JOHN DEERE SNOWBLOWER

This guide delves into the features, performance, and reliability of the John Deere 726E, showcasing why it’s a top choice for those looking to combat winter’s fury. 

Whether you’re a homeowner with a substantial driveway or a professional tasked with keeping pathways clear, understanding the capabilities of your equipment is key to overcoming the challenges posed by the cold season. With a blend of power, precision, and durability, the 726E stands out as an essential tool for winter weather management.

From its robust engine to its user-friendly controls, we’ll explore what makes the John Deere 726E a standout choice for those ready to take on winter’s worst. Prepare to transform the way you face snowy days, ensuring safety and accessibility for your family or clients, regardless of the weather’s plans.

The engine of the John Deere 726E snowblower is a key component that sets it apart in terms of performance and durability. Here’s a detailed look at its engine specifications and benefits:

Engine Make and Model

  • Briggs & Stratton 205cc OHV 900 Series Engine: This engine is from one of the leading manufacturers of small engines. Briggs & Stratton engines are known for their reliability and long-lasting performance.

Engine Features

  • 205cc Displacement: The cubic centimeter (cc) measurement indicates the volume of the engine’s cylinders and, by extension, its power output. A 205cc engine offers a balanced mix of power and efficiency, making it capable of handling heavy snow without excessive fuel consumption.
  • OHV (Overhead Valve) Design: The OHV design allows the engine to run cooler and more efficiently by positioning the valves directly above the pistons. This layout improves the engine’s airflow, resulting in better fuel efficiency and lower emissions compared to non-OHV engines.
  • 900 Series: This series is designed for high performance and is equipped with features that enhance operation, such as mechanical compression release for easy starting and an advanced debris management system that helps extend the engine’s life.

Performance and Utility

  • Power Output: While the exact horsepower (HP) is not specified, Briggs & Stratton’s 205cc engines typically fall in the range of 5 to 8 HP. This power range is ideal for snowblowers like the 726E, providing ample force to throw snow far and clear wide paths efficiently.
  • Fuel Efficiency: The OHV design contributes to better fuel efficiency, allowing for longer operation periods before needing a refill. This is particularly beneficial during extended snow removal tasks.
  • Reliability and Durability: Briggs & Stratton engines are built to last, with features that protect against wear and tear. The 900 Series engines, in particular, are designed with a focus on durability, incorporating advanced materials and lubrication methods that extend engine life.

Ease of Use

  • Easy Starting: The 726E features both electric start and recoil start mechanisms. The Briggs & Stratton 900 Series engine’s mechanical compression release makes manual starting less strenuous, while the electric start provides convenience with the push of a button.
  • Low Maintenance: The engine’s OHV design and advanced debris management system reduce the need for frequent maintenance, ensuring the snowblower is ready when needed.

The clearing width and intake height of the John Deere 726E snowblower are crucial features that define its snow removal capabilities. Here’s a detailed look at how these dimensions impact its performance and suitability for various environments:

Clearing Width

  • 26-Inch Clearing Width: This measurement refers to the width of the path the snowblower can clear in a single pass. At 26 inches, the 726E is on the larger side for residential snowblowers, allowing it to efficiently clear driveways, sidewalks, and small commercial properties with fewer passes. This width strikes a balance between efficiency and maneuverability, making it large enough to handle significant snowfall quickly but still easy to maneuver around obstacles.

Intake Height

  • Significant Intake Height: While the specific measurement is not provided, a “significant” intake height indicates that the 726E can handle deep snow accumulation. This feature is particularly important for regions that experience heavy snowfall, as it ensures the snowblower can cut through and remove snow that’s piled high, without overloading the machine or requiring multiple passes to clear the area fully.

Performance and Utility

  • Efficiency: The combination of a 26-inch clearing width and a high intake height means the 726E can clear large areas of heavy snowfall quickly and with minimal effort. This efficiency is beneficial for users who need to manage snow removal in areas with frequent and substantial snowfall, reducing the time and physical effort required to keep spaces clear.
  • Versatility: These dimensions make the 726E versatile enough for both residential and light commercial use. It’s capable of handling the demands of larger driveways, parking areas, and access paths, making it an excellent choice for homeowners, property managers, and small business owners.
  • Ease of Use: Despite its robust clearing capabilities, the 726E is designed to be user-friendly. Its size and power are balanced with ergonomic controls and features like electric start, making it accessible to a wide range of users.

Suitability

  • Residential Use: For homeowners with medium to large driveways or those living in areas prone to heavy snowfall, the 726E’s clearing width and intake height make it an ideal choice. It provides the capability to clear snow efficiently, reducing the time spent on snow removal and minimizing the physical strain associated with this task.
  • Commercial Use: While primarily suited for residential applications, the 726E’s specifications also lend themselves to light commercial use, such as clearing walkways and small parking lots for businesses, schools, and other facilities that require prompt and effective snow removal to maintain safety and accessibility.

The dual-stage system of the John Deere 726E snowblower is a sophisticated mechanism designed to tackle challenging snow removal tasks, especially in conditions involving heavy, compacted snow and ice. This system enhances the snowblower’s efficiency and effectiveness by incorporating two distinct stages for snow removal: the auger stage and the impeller stage. Here’s how each component contributes to the 726E’s performance:

Auger Stage

  • Function: The first stage involves the auger, a helical blade that spans the width of the snowblower’s intake area. As the machine moves forward, the auger rotates, cutting through the snow and ice on the ground. This action breaks up compacted snow and ice into smaller, more manageable pieces.
  • Design: The auger is typically made of durable metal or a combination of metal and rubber. In the 726E, the auger is designed to be tough enough to break through hard-packed snow while minimizing the risk of damage to the surface being cleared, such as pavement or concrete.

Impeller Stage

  • Function: After the auger breaks up the snow and ice, the second stage comes into play. The smaller pieces of snow are then fed into the impeller, a high-speed fan located behind the auger. The impeller’s rapid rotation throws the snow up and out of the discharge chute with considerable force, allowing it to be ejected far from the cleared path.
  • Effectiveness: The impeller is crucial for the snowblower’s ability to handle large volumes of snow and throw it over greater distances. This is particularly important in situations where simply breaking up the snow isn’t enough, such as clearing deep drifts or creating wide paths where the snow needs to be moved well away from the area being cleared.

Advantages of the Dual-Stage System

  • Efficiency in Heavy Snow: The dual-stage system is highly effective in clearing heavy, wet, and compacted snow. The auger and impeller work together to move more snow faster than a single-stage snowblower, which relies solely on an auger to both pick up and throw the snow.
  • Capability to Clear Larger Areas: The 726E’s dual-stage system makes it ideal for clearing larger driveways, parking lots, and access roads, where the volume of snow and the need to throw snow far from the cleared area are significant considerations.
  • Versatility in Snow Conditions: This system ensures that the 726E can handle a wide range of snow conditions, from light and fluffy to wet and heavy, including icy conditions that might challenge other types of snow removal equipment.

The drive system of the John Deere 726E snowblower, featuring multiple forward and reverse speeds, is a critical component that enhances the machine’s versatility and user control under diverse snow conditions and terrains. This capability is particularly important for a snowblower, as it must adapt to different types and depths of snow, as well as varying surface conditions. Here’s a closer look at the benefits and functionality of this drive system:

Multiple Forward Speeds

  • Adaptability: The availability of multiple forward speeds allows the operator to adjust the snowblower’s pace according to the snow conditions. For light, fluffy snow, a higher speed can be used to cover more ground quickly. In contrast, heavy, wet snow or compacted snow requires a slower speed to ensure the snowblower can effectively break up and remove the snow without overloading the system.
  • Efficiency: By selecting the optimal speed for the current conditions, the operator can maximize the efficiency of the snow removal process, reducing the time and effort required to clear an area.

Reverse Speeds

  • Maneuverability: Reverse speeds are essential for enhancing the snowblower’s maneuverability. They allow the operator to easily back up the machine without the need to manually push or pull it, which is particularly useful in tight spaces or when adjusting the snowblower’s position for a new pass.
  • Safety: The ability to quickly and easily move the snowblower backwards can also contribute to operator safety, especially in situations where it is necessary to move away from obstacles or adjust positioning to avoid hazards.

Versatility and Control

  • Terrain Adaptation: Different terrains can present unique challenges during snow removal. Sloped driveways, uneven ground, and various surface materials (such as gravel, asphalt, or concrete) require precise control over the snowblower’s speed and direction. The John Deere 726E’s drive system allows for such control, ensuring effective snow removal across diverse surfaces.
  • User Comfort: The ease of adjusting speed not only contributes to the snowblower’s performance but also enhances user comfort. Operators can select a speed that is comfortable for them, reducing fatigue during extended use.

Enhanced Performance

  • Optimal Snow Removal: The combination of multiple forward and reverse speeds with the snowblower’s dual-stage snow removal system ensures that the 726E can tackle a wide range of snow conditions effectively. Operators can adjust the speed to match the snowblower’s performance to the task at hand, ensuring optimal snow removal with each pass.
  • Customized Operation: This level of control allows users to customize the snowblower’s operation to their specific needs, whether they’re clearing a small residential driveway or a larger commercial parking lot. The ability to adjust the drive speed contributes to a more tailored and efficient snow removal experience.

The starting system of the John Deere 726E snowblower, which includes both an electric start and a recoil start mechanism, is designed to offer maximum reliability and convenience under cold weather conditions. This dual-starting system ensures that users can always get their snowblower running, regardless of the temperature or circumstances. Here’s an in-depth look at how each component of the starting system enhances the snowblower’s usability and reliability:

Electric Start

  • Convenience and Ease of Use: The electric start mechanism allows for effortless startup of the snowblower with just the push of a button. This feature is particularly valuable in cold weather, where traditional pull-start mechanisms can be more challenging to operate due to engine oil thickening and decreased battery performance.
  • How It Works: To use the electric start, the snowblower must be connected to a power outlet via an extension cord. Once plugged in, activating the start button sends an electric current to the starter motor, which then turns the engine over. After the engine starts, the cord is disconnected, and the snowblower operates on its gasoline engine.
  • Advantages: The primary advantage of the electric start is its reliability in freezing conditions. It eliminates the physical effort required to pull-start the engine, making it easier for users of all strengths and abilities to operate the snowblower.

Recoil Start

  • Backup System: The recoil start serves as a reliable backup to the electric start. In situations where an electrical outlet is not available or if the electric start system encounters issues, the recoil start ensures that the snowblower can still be started.
  • How It Works: The recoil start mechanism involves pulling a starter rope that manually turns the engine over. This system is independent of the electric start and does not require electricity, making it a crucial feature for emergency situations or when operating the snowblower far from power sources.
  • Advantages: The key advantage of the recoil start is its independence from external power sources. It provides a fail-safe starting method that ensures the snowblower’s operability under all conditions.

Overall Reliability and Flexibility

  • Weather Readiness: The inclusion of both starting mechanisms makes the John Deere 726E highly reliable in cold weather conditions, where battery-powered devices can falter, and pull-starts can become more difficult.
  • Operational Flexibility: This dual system offers operational flexibility, allowing users to start their snowblower in various settings and conditions. Whether close to a power source or in a remote area of the property, the snowblower can be easily started.
  • User-Friendly Design: The starting system is designed with user convenience in mind, accommodating users with different preferences and physical capabilities. It enhances the snowblower’s appeal to a broader range of users by ensuring that starting the machine is as hassle-free as possible.

The chute control on the John Deere 726E snowblower is a critical feature for efficient and effective snow removal. It allows users to adjust both the direction and angle of the snow discharge chute, providing precise control over where the snow is thrown. This capability is essential for managing snow distribution and ensuring that cleared snow is deposited in a convenient and safe location. Here’s a detailed exploration of the chute control system:

Directional Control

  • Adjustability: The chute’s directional control enables the operator to change the direction in which the snow is ejected. This can be done manually through a lever or crank mechanism located near the operator’s position. Some models may offer a more advanced control system, allowing adjustments with minimal effort.
  • Benefits: The ability to adjust the chute direction is particularly beneficial when clearing snow in tight spaces, around cars, or near buildings. It allows operators to avoid throwing snow onto cleared areas, into the street, or against obstacles and structures.

Angle Adjustment

  • Vertical Control: In addition to directional control, the chute’s angle or pitch can usually be adjusted. This adjustment controls the trajectory of the ejected snow, allowing it to be thrown either closer to the snowblower or further away, depending on the current needs.
  • Practical Use: Angle adjustments are useful for managing how far the snow is thrown. For example, in areas where space is limited, the snow can be directed to land closer. Conversely, in open areas, increasing the angle can help throw the snow further away, clearing a larger area more efficiently.

User-Friendly Design

  • Ease of Use: Chute control mechanisms are designed to be user-friendly, often requiring minimal effort to adjust. This design ensures that operators can make quick adjustments on the fly, adapting to changing conditions without stopping work.
  • Efficiency: By allowing precise control over the snow discharge, users can optimize their snow removal strategy, reducing the need to re-clear areas and ensuring that snow is piled where it won’t interfere with cleared paths or driveways.

Safety Considerations

  • Avoiding Hazards: Proper use of the chute control can also enhance safety by ensuring that snow is not thrown towards people, pets, or property. By controlling the direction and angle of discharge, operators can prevent damage and reduce the risk of injury associated with flying snow and ice.

The X-Trac tires equipped on the John Deere 726E snowblower are specifically designed to enhance performance and safety in winter conditions. These tires play a crucial role in the snowblower’s ability to navigate and operate effectively on snow-covered and icy surfaces. Here’s a closer look at the features and benefits of X-Trac tires:

Design Features

  • Tread Pattern: X-Trac tires feature an aggressive tread pattern that is engineered to bite into snow and ice, providing superior traction compared to standard tires. The deep lugs in the tread allow the tires to dig into the surface, minimizing slippage and improving the snowblower’s stability and maneuverability.
  • Wide Footprint: The wide design of the tires distributes the snowblower’s weight more evenly, which helps to increase surface contact for better traction. This also helps to prevent the snowblower from sinking into soft snow, making it easier to push and maneuver.
  • Durable Rubber Compound: X-Trac tires are made from a rubber compound that remains flexible in cold temperatures. This flexibility allows the tires to conform to the surface irregularities of snow and ice, further enhancing grip and reducing the likelihood of slipping.

Benefits

  • Reduced Need for Chains: The superior traction provided by X-Trac tires reduces or eliminates the need for tire chains in most snow removal conditions. This not only simplifies preparation and operation but also prevents potential damage to driveways and sidewalks that can occur with chain use.
  • Enhanced Safety: By improving the snowblower’s grip on slippery surfaces, X-Trac tires contribute to safer operation. Operators can maintain better control over the machine, reducing the risk of accidents caused by slipping or losing control.
  • Improved Performance: The enhanced traction allows for more efficient snow removal, as the snowblower can move steadily through various depths of snow without bogging down or becoming stuck. This results in a smoother, faster snow-clearing process.

Operational Considerations

  • Versatility: While X-Trac tires provide significant advantages in snow and ice, they also perform well on clear surfaces, offering a good balance between winter performance and general usability.
  • Maintenance: Like all tires, X-Trac tires should be inspected regularly for wear and proper inflation. Maintaining them in good condition ensures their performance and longevity.

The John Deere 726E snowblower features ergonomically designed controls and heated handles, enhancing the overall user experience by prioritizing comfort and ease of use, particularly in the harsh and cold conditions of winter. These features are essential for operators who spend extended periods clearing snow, as they significantly impact the operator’s comfort and the efficiency of snow removal tasks. Here’s a detailed look at these aspects:

Ergonomically Designed Controls

  • Accessibility: Controls are strategically placed within easy reach of the operator’s natural hand positions, minimizing strain and reducing the need for awkward movements during operation. This design ensures that users can easily adjust settings without stopping or leaving the operator position.
  • Ease of Use: The controls are designed to be intuitive and simple to operate, even for users wearing thick winter gloves. This is particularly important in cold weather, where manipulating small or complicated controls can be challenging.
  • Safety: Ergonomic controls also contribute to safer operation by allowing the operator to quickly make adjustments or shut off the machine if necessary, without fumbling or looking away from the path ahead.

Heated Handles

  • Comfort: Heated handles provide warmth to the operator’s hands, a critical comfort feature in freezing temperatures. This heat can help prevent numbness and discomfort, allowing for longer periods of use without the need for frequent breaks to warm up.
  • Performance: By keeping the operator’s hands warm, heated handles also ensure better control and responsiveness. Warm hands are more dexterous and sensitive to the machine’s operations, allowing for precise control of the snowblower’s functions.
  • Health Benefits: Reducing exposure to extreme cold can help prevent cold-related health issues, such as frostbite or joint stiffness, ensuring the operator’s well-being during and after snow removal tasks.

Combined Impact on Snow Removal Experience

  • Increased Productivity: With ergonomically designed controls and heated handles, operators are more likely to use the snowblower efficiently and for longer periods, leading to increased productivity in snow removal tasks.
  • Enhanced User Satisfaction: Comfort and ease of use significantly impact the user’s satisfaction with the snowblower. Features that reduce physical strain and improve comfort can make the difference between a task being a chore and it being a manageable, even enjoyable, activity.
  • Adaptability to Various Users: These features make the snowblower more accessible to a wider range of users, including those who may have physical limitations or who are less accustomed to operating outdoor power equipment.

The John Deere 726E snowblower’s durability is a cornerstone of its design, emphasizing the machine’s capability to withstand the rigors of harsh winter weather and maintain reliable performance over time. The emphasis on durability is evident in the construction of its heavy-duty frame and components, which are engineered to ensure long-term reliability. Here’s an in-depth look at the aspects that contribute to the 726E’s durability:

Heavy-Duty Frame

  • Robust Construction: The frame of the 726E is built using high-quality materials that are chosen for their strength and resistance to wear and corrosion. This robust construction forms the foundation of the snowblower’s durability, capable of absorbing the vibrations and impacts that come with clearing compacted snow and ice.
  • Protective Coatings: To further enhance its durability, the frame and other critical components are often treated with protective coatings. These coatings help prevent rust and corrosion, which can be accelerated by the wet conditions and salt commonly encountered during snow removal.

Durable Components

  • Auger and Impeller: The auger and impeller, key components of the dual-stage system, are made from heavy-duty metals designed to chew through snow and ice without sustaining damage. Their durability is crucial for maintaining the snowblower’s effectiveness and preventing breakdowns during operation.
  • Drive System: The components of the drive system, including the gearbox and transmission, are built to handle the stress of varying snow conditions and terrains. This ensures that the snowblower can deliver consistent performance, even under heavy use.
  • Tires and Controls: The X-Trac tires and ergonomic controls are also designed with durability in mind. The tires are made from tough, flexible rubber that maintains traction over time, while the controls are constructed to withstand repeated use without failure.

Engineered for Long-Term Reliability

  • Testing and Quality Assurance: John Deere’s commitment to durability extends to rigorous testing and quality assurance processes. The 726E and its components are subjected to extensive testing under a variety of conditions to ensure they meet high standards of durability and performance.
  • Ease of Maintenance: Durability is also enhanced by the snowblower’s design for easy maintenance. Accessible components, straightforward service procedures, and the availability of replacement parts all contribute to the machine’s long-term reliability.

Impact on User Experience

  • Confidence in Performance: Knowing that the snowblower is built to last gives users confidence in its performance season after season. This reliability is essential for those who depend on their snowblower to keep their properties safe and accessible during the winter months.
  • Cost-Effectiveness: While the initial investment in a durable snowblower like the 726E may be higher than for less robust models, the long-term cost savings in reduced repairs and replacements make it a cost-effective choice.
  • Safety: Durability also impacts safety. A snowblower that is less likely to break down or malfunction during use reduces the risk of accidents and injuries.

The John Deere 726E snowblower incorporates several safety features designed to protect the operator and ensure safe operation, with the dead man’s switch being a pivotal component. This safety mechanism, along with other features, plays a crucial role in minimizing the risk of accidents and injuries during use. Here’s a closer examination of these safety aspects:

Dead Man’s Switch

  • Functionality: The dead man’s switch, also known as an operator presence control, is a safety feature that requires the operator to hold onto the snowblower’s handle to keep it running. If the handle is released for any reason, the switch automatically stops the auger and impeller, halting snow ejection and reducing the risk of injury from the moving parts.
  • Importance: This feature is particularly important if the operator slips, falls, or otherwise needs to quickly stop the machine. By ensuring that the snowblower cannot continue to operate unattended, the dead man’s switch significantly enhances operational safety.

Other Safety Features

  • Clearing Tool: Often included with snowblowers, a clearing tool allows operators to safely remove snow and debris from the auger and impeller without placing hands or feet near the moving parts. This tool helps prevent contact with potentially dangerous components, reducing the risk of injury.
  • Safety Shields and Guards: The 726E is equipped with shields and guards designed to protect the operator from flying debris and prevent accidental contact with hot or moving parts. These barriers are strategically placed around the engine, auger, and impeller.
  • Reflective Elements: Reflective stickers or materials may be added to the snowblower to improve visibility, ensuring it can be seen by others during early morning or late evening operations, further enhancing safety.
  • Lighting: Some models, including the 726E, may feature built-in lights to improve visibility for the operator, allowing for safer operation in low-light conditions.

Impact of Safety Features

  • Enhanced Operator Confidence: Knowing that the snowblower is equipped with safety features like the dead man’s switch can give operators the confidence to use the machine, even under challenging conditions.
  • Prevention of Accidents: By automatically stopping the snowblower when the operator is no longer in control, the risk of accidents caused by unattended operation is significantly reduced.
  • Compliance with Standards: These safety features ensure that the snowblower complies with industry safety standards, reflecting John Deere’s commitment to operator safety and product quality.

Embracing Winter with Confidence: The John Deere 726E Advantage

As the cold season approaches, the thought of snow-covered landscapes can evoke a mix of wonder and worry. Yet, with the John Deere 726E snowblower by your side, you’re equipped to face winter’s challenges head-on, transforming dread into readiness. 

This machine not only exemplifies the reliability and efficiency John Deere is known for, but it also offers a user-friendly experience that makes snow removal less of a chore and more of an achievement.

The 726E combines power, precision, and ease of use in a way that ensures quick and effective snow clearance, allowing you to reclaim your time and peace of mind.

Whether you’re dealing with light dustings or severe snowstorms, this snowblower is up to the task, proving that even the harshest winter conditions can be managed with the right equipment.

Investing in a John Deere 726E means investing in your comfort, safety, and well-being during the winter months. It’s about more than just snow removal; it’s about enhancing your winter experience, ensuring that you and your loved ones can enjoy the beauty of the season without being held back by its challenges. 

So, as you prepare for the snowfalls to come, remember that with the 726E, you’re not just clearing snow; you’re paving the way for warm memories, regardless of the weather outside

EXTERNAL LINKS

  1. https://www.greenpartstore.com/John-Deere-Model…
  2. https://www.tractorhouse.com/listings/for-sale/…

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