Quick Answer: Worx Nitro Wg572 80V Brushless Cordless Battery Backpack Leaf Blower Evaluation & Verdict
The Worx Nitro WG572 delivers serious 80V brushless output with rated 800 CFM airflow and 150 MPH velocity, best real-world suited to dry leaves, driveways, and large suburban yards. Expect about 21 minutes on Turbo, 35 on high, and far longer on low. Best for battery-platform homeowners, not commercial crews.
Pros
- Cordless design removes the need for gas and produces zero emissions during use
- Shared Husqvarna 40V lithium-ion battery platform works across compatible handheld tools
- High blower output and cruise control make yard cleanup more efficient and less fatiguing
- Chainsaw features a brushless motor and tool-less tensioning for easier maintenance
Cons
- This is a premium two-tool bundle, so it may be more than some buyers need if they only want one tool
- Battery runtime and charging time are not provided in the raw product data
- An 18-inch chainsaw can be more tool than small pruning jobs require
Overview: The Husqvarna Power Axe 350i and Leaf Blaster 350iB combo pairs a cordless 18-inch chainsaw with a battery-powered leaf blower. It is built for homeowners who want a cleaner, quieter alternative to gas-powered yard tools.
Performance: The chainsaw uses an X-Cut chain, tool-less tensioning, and a brushless motor for efficient cutting and easier maintenance. The blower adds up to 200 MPH air speed, 800 CFM airflow, cruise control, and Power Boost mode for tougher debris.
Drawbacks: This is a premium bundle, so it may be more tool than occasional users need. The provided data does not list battery runtime, charging time, or total weight, which are important details for long sessions.
Verdict: Choose this set if you want a shared-battery Husqvarna solution for both cutting and cleanup. It fits users who value cordless convenience, low noise, and strong performance across two common outdoor jobs.
Worx Nitro Wg572 80V Brushless Cordless Battery Backpack Leaf Blower Leaf Blower Review: Airflow & Specs (2026)
The worx nitro wg572 80v brushless cordless battery backpack leaf blower is one of the more ambitious battery backpack blowers in the homeowner market. Instead of using one large proprietary battery, Worx powers the WG572 through its 80V Basecamp system, which combines four 20V Power Share Pro batteries to run an 80V brushless blower platform. On paper, the headline numbers are strong: up to 800 CFM in volume mode and up to 150 MPH in speed mode.
That makes the WG572 a direct alternative to higher-output handheld cordless blowers and a partial substitute for light-duty gas backpack blowers. It is not a perfect commercial replacement, and it does not escape the runtime limits of battery-powered equipment, but it does solve several everyday problems: pull-start frustration, fuel mixing, fumes, carburetor maintenance, and noise fatigue compared with gas units. For complementary field maintenance guidelines, examine our breakdown of how to choose leaf blower.
This review evaluates the WG572 from an outdoor power equipment perspective: airflow behavior, battery efficiency, nozzle design, ergonomics, noise expectations, and the type of yard workload where this blower makes the most sense.
Worx Nitro WG572 Specifications
| Specification | Worx Nitro WG572 80V Backpack Leaf Blower |
|---|---|
| Voltage/Engine | 80V cordless brushless motor system using four 20V Power Share Pro batteries through Basecamp |
| CFM Air Volume | Up to 800 CFM manufacturer-rated in volume mode |
| MPH Velocity | Up to 150 MPH manufacturer-rated in speed mode |
| Weight | Backpack configuration; varies by kit and batteries installed, approximately mid-20 lb range with four batteries and Basecamp |
| Decibels | Lower perceived noise than gas backpack blowers; exact rating may vary by mode, distance, and listing |
| Battery Platform | Worx 20V Power Share / Power Share Pro ecosystem with 80V Basecamp charger and power module |
Airflow Performance: 800 CFM Volume Versus 150 MPH Speed
The most important thing to understand about the WG572 is that its airflow system is designed around two different clearing behaviors. The 800 CFM rating is the big number, and it matters when moving a wide sheet of dry leaves across turf, pavement, patios, and long driveways. CFM is the volume of air the blower moves, and high CFM is what gives a blower the ability to push a broad pile instead of only carving a narrow channel through it.
The 150 MPH rating matters differently. Airspeed helps dislodge heavier material: damp leaves stuck to pavement, pine needles in seams, small twigs, and compacted debris along curbs. The WG572’s adjustable nozzle lets the operator bias airflow toward volume or speed, which is more useful than a fixed round tube when yard conditions change throughout the season.
For a deeper explanation of why these two ratings do not mean the same thing, see our guide to leaf blower CFM vs MPH. In practical terms, the WG572 is more impressive as a broad-area leaf mover than as a concentrated hard-surface scraper. Its 800 CFM ceiling is strong for a cordless unit, while 150 MPH is respectable but not unusually high compared with some narrower-nozzle handheld blowers.
How It Should Feel in a Real Yard
In dry fall conditions, the WG572 should be capable of moving large leaf rows across open lawn sections without the constant stop-and-reposition pattern common with smaller handheld blowers. On driveways, patios, and sidewalks, it has enough volume to clear clippings, dry leaves, and general debris quickly. The backpack format also helps because the operator can walk steadily instead of carrying several pounds in one hand for an extended cleanup session.
Where the WG572 becomes less dominant is in wet, matted, or deeply embedded debris. It can move damp leaves, especially in speed mode, but this is where high-end gas backpack blowers with greater sustained air force still have an advantage. If your yard regularly requires peeling wet oak leaves out of thick groundcover, the WG572 will work, but you should expect more passes and more battery use.
Battery System and Runtime: The Basecamp Advantage
The WG572’s defining engineering choice is the Worx Basecamp. Instead of a single oversized 80V battery, the system uses four 20V Power Share Pro batteries. The Basecamp acts as both a power dock for the blower and a multi-port charging station. That design makes sense for homeowners already invested in Worx tools because the batteries can be shared across compatible equipment.
Manufacturer runtime figures are typically listed around up to 230 minutes on low, 35 minutes on high, and 21 minutes on Turbo with four fully charged 5.0Ah batteries. Those numbers should be interpreted by mode. Low is useful for light sweeping, garage floors, patios, grass clippings, and maintaining already-gathered piles. High and Turbo are where leaf clearing happens, and those modes consume energy quickly.
Battery blowers draw tremendous current because air movement is power-hungry. The WG572’s runtime is therefore best viewed as task-based, not clock-based. If you feather the trigger, use volume mode for open areas, and reserve Turbo for stubborn sections, the blower can handle a meaningful residential cleanup. If you hold Turbo continuously from start to finish, expect the session to be short.
This is also where the WG572 compares differently against gas. Gas backpack blowers can be refueled in minutes and run through all-day workloads, but they require fuel storage, engine maintenance, winterization, and more noise management. If you are deciding between battery convenience and gas endurance, our gas vs electric leaf blowers comparison explains the trade-off in more detail.
Brushless Motor Efficiency and Power Delivery
The WG572 uses a brushless motor, which is the right motor architecture for this class of equipment. Brushless motors generally improve efficiency, reduce heat, and allow more precise electronic control than older brushed designs. For a high-output blower, that matters because power spikes during acceleration and Turbo operation can be demanding on both motor and battery pack electronics.
Worx markets its Nitro tools as higher-performance products within the brand’s lineup, and the WG572 fits that strategy. The brushless setup delivers smooth throttle response and helps convert battery energy into usable air movement without the mechanical losses and maintenance concerns of a small gas engine. There is no carburetor to clog, no spark plug to replace, and no pull cord to fight.
The trade-off is that electronic output is still governed by battery charge, thermal limits, and mode selection. Like most cordless blowers, the WG572 is most satisfying when operated strategically: use the lowest effective setting, work with the wind when possible, and gather leaves into stages rather than trying to bulldoze an entire wet yard on maximum power.
Nozzle Design and Air Control
The adjustable airflow nozzle is one of the WG572’s more practical features. A blower with only high CFM can feel soft when trying to lift stuck debris; a blower with only high MPH can clear a narrow strip quickly but struggle to move a large pile efficiently. The WG572’s volume and speed modes give the operator a way to adapt the air pattern to the job.
For wide lawn clearing, the high-volume setup is the better choice. It spreads force across a broader area and keeps leaf rows moving. For cracks, edges, wet spots, and debris along fence lines, the higher-speed setting focuses the air stream. This does not turn the blower into a pressure washer, but it does make the tool more versatile than a fixed-output tube.
Good nozzle control also affects fatigue. If the air pattern is too narrow, the operator makes more arm movements and more passes. If it is too broad for stuck debris, the blower wastes energy. The WG572’s adjustable approach is sensible for mixed residential cleanup because most yards include both open turf and hardscape edges.
Ergonomics: Backpack Comfort and Handling
A backpack blower changes the fatigue equation. Instead of holding the full tool weight in one hand, the operator carries most of the mass on the back and shoulders while controlling only the tube and handle. For longer sessions, this is a major advantage over large handheld cordless blowers, especially when clearing long driveways, backyard perimeters, or multiple lawn zones.
The WG572’s weight with four batteries and the Basecamp installed is not insignificant. Smaller users may find it bulky, and it is still a battery backpack with several pounds of cells mounted behind the operator. However, the load is more stable than carrying a heavy handheld blower at arm’s length. For many homeowners, that makes the WG572 feel easier over a 20- to 40-minute cleanup window.
The biggest ergonomic benefit is startup simplicity. Press the controls and go. There is no choke sequence, no recoil starter, and no warm-up. For users who dislike gas equipment or have shoulder issues, that convenience can matter as much as the airflow rating.
Noise, Neighborhood Use, and Hearing Protection
Battery blowers are not silent, but they usually produce a different sound profile than gas backpack blowers. The WG572 avoids engine combustion noise and exhaust tone, though the turbine fan still creates a strong air roar at higher settings. In close neighborhoods, early-morning use will still be noticeable, especially on Turbo.
For any high-output blower, hearing protection is sensible. Exposure risk depends on decibel level and duration, and employers must follow rules such as OSHA noise standards in occupational settings. Homeowners are not operating under the same compliance framework, but the underlying health principle is the same: reduce prolonged exposure to loud equipment.
If your municipality restricts gas blowers, the WG572 may be a more acceptable option, though local ordinances vary. Always check your town’s rules before buying any high-output blower.
Real Yard Workload Suitability
The WG572 is best matched to homeowners with medium to large properties who want gas-like convenience without maintaining a gas engine. It makes the most sense for users who clear leaves weekly during fall rather than waiting until the entire yard is buried under wet, compacted debris.
Good Fit
- Large suburban yards with dry to moderately damp leaf loads
- Long driveways, patios, walkways, and curb lines
- Homeowners already using Worx Power Share batteries
- Users who want backpack comfort instead of a heavy handheld blower
- People replacing older gas equipment for easier startup and reduced maintenance
Less Ideal Fit
- Commercial crews needing all-day runtime
- Properties with constant wet, matted leaf accumulation
- Users who want the lightest possible blower
- Buyers not interested in managing four batteries
- Small patios or townhomes where a compact handheld blower is enough
If you are still comparing broader blower categories, our roundup of cordless leaf blowers can help place the WG572 against lighter handheld and higher-value battery alternatives.
WG572 Versus Gas Backpack Blowers
The WG572’s rated 800 CFM puts it in the conversation with serious yard blowers, but air volume alone does not tell the full story. Gas backpack blowers often sustain high output for longer periods and can be refueled quickly. They may also produce higher Newton force in professional models, which matters when moving wet piles, acorns, gravelly debris, and heavy leaf mats.
Where the WG572 wins is ownership experience. There is no two-cycle mix, no stale fuel issue, no carburetor service, no exhaust smell, and no pull-start frustration. For a homeowner who uses a blower intermittently, that can be a better trade than maximum sustained commercial power.
Think of the WG572 as a high-capacity residential battery backpack blower, not a full commercial gas backpack replacement. It narrows the gap in airflow, but gas still holds the edge for nonstop professional work.
Battery Platform Value
The WG572 is most compelling if you can use its batteries across other Worx equipment. Four 20V 5.0Ah batteries represent a meaningful portion of the kit’s value. If those batteries also support your mower, string trimmer, hedge trimmer, or other tools, the system cost becomes easier to justify.
The Basecamp also functions as a multi-battery charger, which reduces charger clutter and simplifies storage. That is an underrated benefit for homeowners with several cordless tools. Instead of rotating packs one at a time, you can charge the full blower set together.
However, if you are not already in the Worx battery ecosystem, compare total platform cost carefully. Battery kits cost more upfront than tool-only packages. The WG572.9 tool-only version may look attractive, but it is only practical if you already own compatible batteries and the correct Basecamp arrangement.
Maintenance and Storage
Maintenance is minimal compared with a gas blower. Keep the intake area clear, inspect the tube connection, avoid blocking cooling airflow, and store batteries in a moderate-temperature location. Lithium-ion packs should not be left fully depleted for long periods, and extreme heat or freezing storage can shorten battery life.
At the end of the season, there is no fuel draining or stabilizing. Charge the packs according to the manufacturer’s guidance, clean debris from the blower housing, and store the backpack in a dry place. For homeowners tired of small-engine upkeep, this is one of the WG572’s biggest practical advantages.
Pros and Cons
Pros
- Strong manufacturer-rated 800 CFM airflow for broad leaf movement
- 150 MPH speed mode helps with heavier or more stubborn debris
- Backpack design reduces arm fatigue compared with large handheld blowers
- Brushless motor improves efficiency and reduces maintenance
- Basecamp charges and coordinates four Power Share batteries
- No fuel mixing, pull starting, fumes, or carburetor service
- Good fit for large residential yards and long driveways
Cons
- Turbo runtime is limited, as with most high-output cordless blowers
- Four-battery system adds cost and charging logistics
- Not a full replacement for professional gas backpack blowers in all-day work
- Backpack weight may feel bulky for smaller users
- Wet, matted leaves can still require repeated passes
- Best value depends heavily on using the Worx battery ecosystem
Who Should Buy the Worx Nitro WG572?
Buy the WG572 if you have a larger residential property, dislike gas-engine maintenance, and want a battery blower with enough volume to move real leaf loads. It is especially appealing if you already own Worx Power Share tools or plan to build around that platform.
Skip it if you only need to clean a small patio, if you want the cheapest possible blower, or if you run equipment commercially for hours each day. In those cases, a compact handheld cordless model or a professional gas backpack blower may be more appropriate.
For homeowners managing leaves, pruning debris, storm cleanup, and other seasonal chores, blower choice is only one part of the equipment plan. If your property also requires limb cleanup or storm-damaged branch removal, our guide to chainsaws for yard maintenance may be useful alongside a blower purchase.
The Bottom Line on Worx Nitro Wg572 80v Brushless Cordless Battery Backpack Leaf Blower in 2026
The Worx Nitro WG572 80V brushless cordless battery backpack leaf blower is a strong battery-powered backpack option for homeowners who want serious air volume without returning to gas. Its 800 CFM rating, adjustable nozzle, brushless motor, and Basecamp battery system make it more capable than typical handheld cordless blowers, particularly for large lawns and long hardscape areas.
Its limitations are predictable: Turbo runtime is finite, four batteries increase system cost, and heavy wet leaves still favor high-end gas machines. But as a residential leaf blower, the WG572 is well-conceived. It is powerful enough for demanding seasonal cleanup, easier to live with than gas, and most valuable for buyers who can use the Worx battery platform across multiple yard tools.
ConsumersSmart verdict: the WG572 is a recommended high-output cordless backpack blower for large-yard homeowners who prioritize convenience, shared batteries, and strong dry-leaf airflow over all-day commercial runtime.
Equipment engineering specifications and operational safety benchmarks comply with published standards from the American National Standards Institute (ANSI).
