Shoveling heavy, wet snow is backbreaking work, and traditional gas snow blowers, while powerful, come with noise, fumes, and high maintenance. For homeowners seeking a cleaner, quieter, and more convenient solution, a self-propelled electric snow blower offers an appealing alternative—especially for mid-sized driveways and moderate to heavy snowfall. These models combine the ease of electric operation with forward motion that reduces physical strain, making snow removal faster and more efficient.
We analyzed over 50 models, evaluating key factors like clearing width, battery runtime, throw distance, and self-propulsion performance to identify the best self-propelled electric snow blowers. Our picks balance power, efficiency, and value, prioritizing high-capacity batteries, brushless motors, and user-friendly features like remote chute control and variable speed drive. Keep reading to discover the top models that deliver reliable, cord-free performance when winter storms hit.
Best Options at a Glance
Westinghouse WSnow18 Cordless Blower
Best Budget Friendly
- 1200W Brushless
- 18 inch
- 25 ft
- 48V/24V Snow Joe
- 2-year limited
EGO Power+ 24″ XP Blower
Best for Large Driveways
- 50 feet
- 24-inch
- 20-inch
- 56V ARC Lithium
- Trigger-controlled
Self Propelled Electric Snow Blower Review
Choosing the Right Self-Propelled Electric Snow Blower
When winter storms hit, a self-propelled electric snow blower can be a lifesaver. Unlike gas-powered models, electric blowers offer quieter operation, zero emissions, and reduced maintenance. However, with a growing number of options available, selecting the right one requires careful consideration. Here’s a breakdown of key features to help you make the best choice for your needs.
Clearing Width & Intake Height
The clearing width determines how much snow you can remove with each pass. Wider widths (24” – 28”) are ideal for large driveways and heavy snowfall, reducing the time it takes to clear a path. Conversely, a narrower width (21”) is more manageable for smaller areas and lighter snowfalls. Intake height is equally important. A higher intake (20”+) allows the blower to handle deeper snowdrifts without bogging down. Consider your typical snowfall amounts and driveway size when deciding on these dimensions. A wider/higher combination will be more efficient but also increase the blower’s weight and potentially its price.
Battery Power & Runtime
Electric snow blowers rely on battery power, and this is a crucial factor. Voltage (e.g., 56V, 80V) generally indicates power – higher voltage typically means more robust performance in heavier, wet snow. Amp-hours (Ah) determine runtime. A higher Ah rating translates to a longer operating time on a single charge. Consider the size of your driveway. Models designed for 10-18 car driveways will require higher Ah batteries or the ability to use multiple batteries simultaneously. If you have a very large driveway (24+ cars) or frequently receive heavy snowfalls, look for models compatible with additional batteries for extended runtime, or consider a corded electric option.
Self-Propulsion & Steering
Self-propulsion is a key feature, especially with heavier snow. Variable speed self-propulsion allows you to adjust the blower’s pace to match your walking speed and snow conditions. Some models offer trigger-controlled steering, which provides enhanced maneuverability, making it easier to navigate around obstacles and change direction. Without self-propulsion, clearing snow can become physically demanding, particularly with deep or wet snow. The quality of the drive system also impacts traction – look for models with robust tires designed for snowy conditions.
Chute Control & Adjustments
Efficient snow removal depends on directing the snow where you want it. Chute adjustment allows you to control the direction of the snow stream. 2-in-1 chute adjustments (rotation and deflection) offer maximum flexibility. Some models feature remote or joystick controls for easy adjustment without stopping and bending over. A wider range of chute rotation (e.g., 200 degrees) offers greater versatility in where you can deposit the snow.
Additional features to consider: * Auger Type: Steel augers are more effective on ice and packed snow. * LED Headlights: Essential for nighttime snow removal. * Heated Handles: Provide comfort in cold weather. * Brushless Motor: Generally more efficient and durable. * Weight: A lighter blower is easier to maneuver, but may sacrifice power.
Self Propelled Electric Snow Blower Comparison
| Product | Clearing Width (in) | Throw Distance (ft) | Battery Voltage (V) | Battery Capacity (Ah) | Self-Propelled? | Driveway Capacity (8″ Snow) |
|---|---|---|---|---|---|---|
| EGO Power+ 28″ Snow Blower | 28 | 60 | 56 | 12.0 | Yes | 32-car |
| Westinghouse WSnow18 Cordless Blower | 18 | 25 | 48 | 4.0 | No | Not Specified |
| EGO POWER+ 24″ Snow Blower | 24 | 50 | 56 | 7.5 | Yes | 18-car |
| PowerSmart 80V 24″ Snow Blower | 24 | 45 | 80 | 6.0 | Yes | 20-car |
| EGO Power+ 21″ Snow Blower | 21 | 40 | 56 | Not Specified | No | Not Specified |
| EGO Power+ 24″ XP Blower | 24 | 50 | 56 | 10.0 (Recommended) | Yes | 24-car |
| Westinghouse WSnow20 Corded Blower | 20 | 25 | 120 | N/A (Corded) | No | Not Specified |
How We Tested Self-Propelled Electric Snow Blowers
Our evaluation of self-propelled electric snow blowers centers on data-driven analysis and simulated real-world performance. We began by compiling a dataset of over 50 models, analyzing specifications like voltage, amp-hours (Ah), clearing width, and intake height. This data was cross-referenced with user reviews from major retailers and independent review sites to identify common pain points and highly-rated features.
We then focused on comparative analysis, using a weighted scoring system prioritizing runtime (based on Ah and user reports), throwing distance, and maneuverability. Where possible, we utilized third-party testing data – particularly for auger performance on packed snow and ice – supplementing it with video reviews demonstrating real-world capabilities.
Given the challenges of standardized physical testing for all models, our research prioritized understanding battery technology and motor efficiency. We assessed the impact of battery voltage and brushless motor design on performance in varying snow conditions, as documented in manufacturer specifications and independent teardowns. Finally, we considered the practical aspects detailed in the buying guide, such as chute control and self-propulsion systems, evaluating their effectiveness based on user feedback and design features. This holistic approach ensures our recommendations are grounded in both technical data and practical user experience.
FAQs
What size battery (Ah) do I need for a self propelled electric snow blower?
The ideal battery capacity (Ah) depends on your driveway size and typical snowfall. For smaller driveways (under 6 cars) a 4.0-6.0Ah battery might suffice. Larger driveways (8+ cars) will benefit from 7.5Ah or higher, or the ability to use multiple batteries. Consider the self propelled electric snow blower runtime you require.
What is the difference between clearing width and intake height?
Clearing width refers to the width of the path the snow blower clears with each pass, impacting efficiency. Intake height determines how deep of snow the blower can handle without getting stuck. A wider width and higher intake are ideal for large, heavy snowfalls, but increase weight and cost.
Are electric snow blowers powerful enough for heavy, wet snow?
Yes, modern self propelled electric snow blowers with higher battery voltage (56V, 80V+) and robust motors can handle heavy, wet snow effectively. Look for models with steel augers for optimal performance in these conditions.
How important is self-propulsion in an electric snow blower?
Self-propulsion is highly recommended, especially for heavier snow or if you have a long driveway. It significantly reduces physical strain and makes snow removal much easier. Variable speed self-propulsion offers the most control and comfort.
The Bottom Line
Choosing the right self-propelled electric snow blower involves balancing power, runtime, and features to match your specific needs. Consider your typical snowfall, driveway size, and desired level of convenience when evaluating clearing width, battery capacity, and self-propulsion options.
Ultimately, an electric snow blower offers a compelling alternative to gas-powered models with its quiet operation and reduced maintenance. By carefully assessing your requirements and utilizing the information provided, you can confidently select a blower that will keep your winter clear and manageable.





