The Andsky Apex 50 is one of those electric bikes that immediately catches my attention because of how much hardware it packs into a relatively affordable package. We’re talking about a 3000W peak dual-motor system, a massive 52V 25Ah battery, full suspension, 26-inch fat tires, and hydraulic disc brakes.
On paper, that sounds like a serious all-terrain machine.
But I’ve learned that impressive specifications don’t automatically translate into an equally impressive riding experience. The important questions are how effectively the motors deliver their power, how the bike handles on challenging terrain, whether the suspension can keep up, and what kind of range riders can realistically expect.
That’s where the Apex 50 gets interesting.
After examining its construction, riding performance, hill-climbing ability, and practical limitations, I think this bike has a compelling argument for riders who prioritize traction and motor power over premium components.
However, there are several compromises I’d want buyers to understand before placing an order.
Here’s my complete Andsky Apex 50 review.
Andsky Apex 50: Quick Verdict
My Rating: 4.2/5 — A powerful AWD e-bike with excellent traction potential, a large battery, and budget-oriented suspension.
The Andsky Apex 50 stands out primarily because of its dual-motor drivetrain. Unlike a conventional rear-hub electric bike, it can drive both wheels simultaneously, providing a noticeable advantage when climbing steep hills or riding through loose sand.
Its 52V electrical system also gives it stronger acceleration than many entry-level fat tire e-bikes.
What impresses me most is that the Apex 50’s performance isn’t limited to straight-line acceleration. Its AWD configuration makes genuine sense for challenging off-road conditions.
The downside is that the suspension and braking components aren’t as refined as the motors and battery might suggest. The bike is also extremely heavy, and its advertised 40–47 MPH speed should not be treated as a realistic expectation for the configuration discussed here.
Bottom line: I see the Apex 50 as a value-focused electric bike for adventurous riders who want powerful dual-motor performance without paying premium AWD e-bike prices. I wouldn’t choose it as my first recommendation for everyday city commuting.
Andsky Apex 50 Specifications
| Specification | Details |
|---|---|
| Model | Andsky Apex 50 |
| Motor | Front and rear geared hub motors |
| Rated Motor Power | 1000W per motor, 2000W combined |
| Peak Motor Power | 3000W combined, manufacturer-claimed |
| Battery | 52V 25Ah removable lithium-ion |
| Battery Capacity | 1,300Wh |
| Advertised Range | 60–100 miles, depending on conditions |
| Advertised Top Speed | 35 MPH on official website; some Amazon advertising states 40–47 MPH |
| Torque | Manufacturer lists 190 Nm; some listings claim 220 Nm |
| Tires | 26 × 4.0-inch CST fat tires |
| Suspension | Dual-crown front fork and rear four-bar linkage suspension |
| Brakes | Hydraulic disc brakes, 180mm rotors |
| Drivetrain | Shimano Tourney 7-speed |
| Pedal Assist | 5 levels, cadence sensor |
| Throttle | Quarter-twist throttle |
| Display | Color LCD |
| Drive Modes | Front motor, rear motor, dual motor |
| Lights | Headlight, taillight, brake light, rear turn signals |
| Maximum Payload | 350 lbs, manufacturer-claimed |
| Weight | Approximately 98–101 lbs, depending on configuration |
| Charging | 3A charger; approximately 8–10 hours |
| Certification | UL 2849 claimed by manufacturer; verify applicable certification documentation |
Note: These specifications refer primarily to the 52V Apex 50. Andsky also offers 48V and optional dual-battery configurations, so confirm the exact variant before purchasing.
What I Like and Don’t Like
Pros
- Powerful dual-motor AWD system with strong acceleration
- Impressive climbing performance on steep grades
- Excellent traction potential on sand and loose terrain
- Large 1,300Wh removable battery
- Ability to switch between front, rear, and dual-motor operation
- Comfortable cushioning from the rear suspension
- Wide 26 × 4.0-inch fat tires
- Hydraulic disc brakes with 180mm rotors
- Useful headlight, brake light, turn signals, and horn
- Included rear rack and provisions for a second battery
Cons
- Basic front fork and rear shock with limited adjustability
- Heavy frame makes lifting and transportation difficult
- Budget hydraulic brake components lack a premium lever feel
- Cadence-based pedal assist is less natural than torque sensing
- Pedaling efficiency becomes limited at higher speeds
- Real-world range can fall considerably below advertised figures
- Motor mode settings may reset after restarting
- Some promotional speed and torque claims are inconsistent
- High-power configuration may not qualify as a conventional street-legal e-bike
Design and Build Quality: Rugged, Functional, and Heavy
The first thing I notice about the Apex 50 is its substantial construction.
This is not a lightweight commuter e-bike disguised as an off-road machine. Between the two hub motors, steel-based frame construction, oversized tires, suspension system, and large battery, it carries a significant amount of weight.
The manufacturer lists the bike around 98 pounds, while available specifications vary by configuration.
That weight has both advantages and disadvantages.
On rough terrain, the substantial frame can contribute to a planted, stable feeling. But when it’s time to lift the bike onto a rack, carry it upstairs, or maneuver it through a narrow storage area, the weight becomes a serious inconvenience.
I would strongly recommend checking the weight capacity of your bike rack before purchasing.
Frame and Riding Position
The Apex 50 follows a mountain-bike-inspired design with a relatively flat handlebar, long frame, and conventional adjustable saddle.
Its riding position leans more toward control and off-road stability than relaxed cruising.
I like this arrangement for an AWD machine because placing some body weight toward the front can help maintain front-wheel traction.
However, taller riders should pay attention to the saddle height and pedaling geometry.
The available riding observations show that even with the seat raised, a very tall rider may not achieve full leg extension. That’s worth considering for anyone planning to pedal long distances rather than rely mainly on the throttle.
Components and Finishing
The Apex 50 comes with practical accessories, including fenders, a rear rack, lighting equipment, and a kickstand.
I particularly appreciate the rear rack because it adds everyday utility without requiring an immediate aftermarket purchase.
The overall design is functional rather than luxurious. Basic plastic components and relatively inexpensive suspension hardware make it clear where Andsky has controlled manufacturing costs.
I don’t necessarily consider that a dealbreaker.
At this price point, I’d rather see the budget spent on meaningful drivetrain performance than purely cosmetic upgrades.
Still, I would inspect all fasteners, axle hardware, brake fittings, and electrical connections carefully during assembly.
Dual Motor Performance: The Apex 50’s Biggest Strength
The centerpiece of the Andsky Apex 50 is its dual geared hub motor system.
Each wheel has its own motor, allowing the bike to operate in front-wheel drive, rear-wheel drive, or all-wheel drive.
Andsky advertises a combined peak output of 3000 watts, with each motor rated at approximately 1000 watts.
One important distinction is that peak motor ratings don’t tell the entire story.
Actual acceleration and climbing performance depend on the controller, battery discharge capability, traction, and how the system distributes power between the motors.
Fortunately, the Apex 50 demonstrates why this drivetrain arrangement can be useful.
Acceleration
The most noticeable characteristic of the Apex 50 is how eagerly it accelerates from a stop when both motors are engaged.
The 52V system delivers strong initial thrust, making the bike feel responsive even with its considerable weight.
The available acceleration run, completed with a rider weighing approximately 200 pounds, showed a quick launch to 20 MPH.
I wouldn’t describe the bike as refined or exceptionally smooth. Its appeal is more about immediate torque and forward momentum.
For riders coming from a conventional 500W or 750W commuter e-bike, the difference should be substantial.
However, this level of acceleration demands careful throttle control.
Applying too much power to the front wheel while cornering on loose gravel or slippery ground can compromise traction.
My preference would be to start in a lower-output mode, become familiar with the bike’s throttle response, and reserve maximum dual-motor power for appropriate conditions.
Front, Rear, and Dual-Motor Modes
One of the features I find genuinely useful is the ability to select different drive configurations.
With rear-wheel drive, the bike operates more like a traditional hub-motor electric bicycle. It’s suitable for situations where maximum traction isn’t necessary.
Front-wheel drive offers another option, although rear-wheel drive generally makes more practical sense for everyday use.
Dual-motor mode is where the Apex 50 becomes especially capable.
During a steep-grade climb, both motors working together delivered noticeably stronger performance than either motor operating alone.
The controller also appears to provide different power characteristics across its available modes, with the more aggressive dual-motor setting producing a stronger launch.
That versatility is useful.
Rather than running both motors at full power all the time, riders can select an appropriate configuration for their route and battery requirements.
Hill-Climbing Performance: Where AWD Makes a Difference
If I were choosing a specific reason to buy the Apex 50, its hill-climbing capability would be near the top of the list.
The available riding observations included a challenging 20% grade.
In single-motor operation, the bike could climb, but its performance was more limited.
Switching to the stronger dual-motor configuration produced a substantial improvement, with the bike climbing the grade at approximately 12 MPH under throttle power.
That’s a meaningful result for a heavy fat tire electric bike.
Another climb, featuring an average grade around 12%, demonstrated similarly strong performance. The bike reached approximately 27 MPH according to GPS near the upper portion of the climb.
Those observations help illustrate the drivetrain’s potential under demanding conditions.
Why Two Motors Help on Hills
A conventional rear-hub motor sends all its driving force through one wheel.
The Apex 50 distributes propulsion across both wheels when AWD is active.
This can improve traction and provide additional available drive torque, particularly on surfaces where a single wheel might struggle.
However, AWD doesn’t eliminate the fundamental limitations of tires, weight distribution, or surface conditions.
Wheelspin is still possible, and more power is not always safer or more effective.
Andsky advertises climbing capability on very steep inclines, but I wouldn’t interpret its promotional grade claims as a guarantee for every rider.
Rider weight, battery charge, terrain, tire pressure, and available traction all matter.
My assessment is that the Apex 50 is clearly well suited to hill climbing compared with many ordinary single-motor fat tire e-bikes.
Top Speed: Can the Andsky Apex 50 Really Reach 47 MPH?
This is one area where I think buyers need to be especially careful.
Some promotional listings for the Andsky Apex 50 mention top speeds between 40 and 47 MPH.
However, Andsky’s official specifications for the 52V Apex 50 identify a maximum speed of approximately 35 MPH.
The available GPS riding observations support the lower figure.
In normal high-power operation, the bike reached approximately 31–32 MPH by GPS, while its onboard display indicated around 35 MPH.
After a speed-setting adjustment, GPS speed reached approximately 33 MPH.
That’s still quick for an electric bicycle, particularly one weighing close to 100 pounds.
But it’s not 47 MPH.
Display Speed vs. GPS Speed
I always place greater confidence in a properly recorded GPS speed reading than an uncalibrated onboard display when there’s a noticeable discrepancy.
Wheel-size settings and display calibration can affect the indicated speed.
In this case, the onboard speedometer appeared to read several miles per hour faster than GPS.
For buying purposes, I would treat the Apex 50 as roughly a low-to-mid-30-MPH electric bike based on the available observations, not a verified 40–47-MPH machine.
That’s an important distinction.
I also wouldn’t recommend attempting to increase the controller’s speed limit beyond the intended operating configuration. Braking capability, tire ratings, handling stability, and local laws become increasingly important as speed rises.
Battery and Real-World Range: How Far Can It Actually Go?
The 52V version comes with a large 25Ah battery.
That works out to:
52V × 25Ah = 1,300Wh
That’s a generous amount of stored energy for a fat tire electric bike.
Andsky advertises a range of 60–100 miles, depending on configuration and riding conditions.
However, maximum-range estimates are generally associated with conservative power settings, substantial pedal assistance, and favorable terrain.
The Apex 50 is capable of using considerably more energy when both motors operate at high output.
What the Riding Observations Show
One demanding ride covered approximately 17 miles over about 75 minutes.
Conditions included:
- A rider weighing approximately 200 pounds
- Mostly throttle-only operation
- Frequent use of the highest dual-motor setting
- Sand riding and significant hill climbing
- Strong acceleration and relatively high speeds
At the end of the ride, the display showed approximately two of five battery bars remaining.
That’s a useful indication of how aggressively AWD riding can consume energy.
However, I wouldn’t translate those battery bars into an exact remaining mileage figure because simple battery indicators aren’t linear or sufficiently precise.
The ride also wasn’t a complete battery-depletion test.
My Range Expectations
For a bike with this much power, I would plan around considerably less than 100 miles when using both motors heavily.
Terrain makes a major difference.
Deep sand, hills, repeated acceleration, headwinds, low tire pressure, and throttle-only riding can increase energy consumption significantly.
On flatter routes with modest speeds, rear-motor operation, and meaningful pedaling, range should improve.
My recommendation is simple: don’t buy the Apex 50 assuming you’ll get 100 miles of aggressive AWD riding from a single 1,300Wh battery.
If long-distance off-road travel is a priority, Andsky also offers optional dual-battery configurations.
Charging and Battery Removal
The battery is removable and includes a physical power switch.
I like that arrangement because it allows for more convenient indoor charging and provides a straightforward way to disconnect battery output during extended storage, subject to the manufacturer’s instructions.
The battery itself weighs approximately 13.2 pounds according to the available weighing observation.
With the included 3A charger, expect roughly 8–10 hours for a full charge, depending on the starting charge level and charging behavior.
For battery care, I recommend using the supplied or manufacturer-approved charger, inspecting the connectors periodically, and storing the battery within the recommended temperature range.
Sand and Off-Road Performance: A Surprisingly Strong Combination
The Apex 50’s combination of AWD and 26 × 4.0-inch tires makes it particularly interesting for off-road use.
Sand is one of the most demanding surfaces for an electric bicycle.
Loose material creates rolling resistance and can cause traction problems, especially when the bike is heavy.
The Apex 50’s two motors help distribute driving force between the front and rear wheels.
Its wide CST tires also provide a larger potential contact patch when inflated appropriately for the conditions.
Riding on Sand
The available beach riding observations were among the most encouraging aspects of this bike’s performance.
With dual-motor power engaged, the Apex 50 maintained forward momentum through loose sandy sections using throttle power.
The bike appeared particularly effective at pushing through terrain where a less powerful single-motor e-bike might lose speed or bog down.
This is exactly the kind of application where I think AWD makes sense.
It’s not just about having more motor power. It’s about using two driven wheels to maintain traction.
Of course, sand conditions vary considerably. Damp, compact sand is generally easier than deep, dry sand, and tire pressure must remain within the manufacturer’s safe operating limits.
I would also keep the extra maintenance requirements in mind.
Sand and salt exposure can accelerate wear on the drivetrain, brake components, and electrical connections. Riding on permitted beach routes should be followed by appropriate cleaning and inspection.
Gravel, Dirt, and Rough Trails
I expect the Apex 50 to be most appealing to riders who encounter a mix of gravel, dirt roads, moderate trails, and steep access routes.
Its fat tires help absorb smaller surface irregularities, while the dual-motor configuration can provide additional traction when needed.
However, I wouldn’t mistake it for a premium full-suspension mountain bike.
The suspension components place some limits on how confidently I’d approach aggressive technical terrain.
This bike is better described as a powerful all-terrain fat tire e-bike than a high-end downhill mountain bike.
Suspension: Comfortable Enough, but Far From Premium
The Apex 50 uses a dual-crown suspension fork and a rear shock connected through a four-bar linkage.
At first glance, that sounds like a sophisticated setup.
The reality is more basic.
The front fork provides useful bump absorption, but its construction and lack of meaningful external adjustments place it firmly in the budget category.
I wouldn’t expect the same damping consistency, stiffness, or fine control found on more expensive mountain-bike suspension systems.
Front Suspension
The front fork helps take the edge off bumps and rough surfaces.
However, the available riding feedback indicates that it feels relatively basic, particularly when compared with the bike’s powerful drivetrain.
That’s not surprising.
Suspension performance depends on much more than appearance or fork size.
The quality of the internal damping system, spring characteristics, bushing tolerances, and structural stiffness all influence how a fork performs.
For casual trails and uneven roads, the Apex 50’s front suspension can serve its purpose.
For aggressive riding at higher speeds, I would prefer a more sophisticated fork.
Rear Suspension
The rear suspension is a little more encouraging.
The four-bar linkage provides noticeable travel and helps cushion the rear of the bike over uneven surfaces.
Even though the shock itself is basic and lacks premium adjustability, the linkage does provide useful comfort.
I particularly like having rear suspension on a heavy dual-motor e-bike because it can reduce the harshness transmitted through the saddle.
Still, I would set my expectations accordingly.
My verdict on suspension: functional for recreational off-road riding, but not a reason to choose this bike over a more refined mountain-bike-oriented alternative.
Hydraulic Disc Brakes: Adequate Stopping Power, Budget Feel
The Apex 50 uses hydraulic disc brakes with 180mm rotors.
Hydraulic brakes are an appropriate feature on a bike of this weight and power.
Compared with many inexpensive mechanical systems, a properly maintained hydraulic setup can provide smoother actuation and better modulation.
However, component quality matters.
The available riding feedback describes the Apex 50’s brake levers as relatively inexpensive-feeling, even though the brakes provided acceptable stopping performance during a stop from approximately 20 MPH.
That’s an important distinction.
A brake system can stop the bike effectively in one situation without offering the same refinement, heat management, or consistency as a more expensive setup.
Andsky also promotes improved braking effectiveness, but I would not treat its percentage-based improvement claims as independently verified.
Brake Cutoff Sensitivity
One detail worth noting is the sensitivity of the motor cutoff switches integrated into the brake levers.
Very light lever contact can interrupt motor power.
That is a normal safety function in principle, but overly sensitive activation can become inconvenient for riders who naturally rest a finger on the brake lever.
It’s worth becoming familiar with this behavior in a controlled environment.
My overall opinion is that the braking setup is serviceable for the bike’s intended use, provided it is properly assembled and maintained.
However, given the Apex 50’s mass and speed capability, I would have preferred higher-quality brake hardware.
Pedal Assist and Throttle: Powerful but Not Especially Natural
The Apex 50 uses a cadence-based pedal assist system with five assistance levels.
A cadence sensor detects pedal movement rather than measuring how much force the rider applies.
That means motor assistance is primarily determined by whether you’re pedaling and which assistance level you’ve selected.
This approach works well enough for riders who prefer effortless cruising.
However, it doesn’t provide the same natural connection between pedaling effort and motor response as a well-tuned torque-sensing system.
Pedaling Experience
One limitation of the Apex 50 is its gearing.
The Shimano 7-speed drivetrain is perfectly adequate for basic riding and lower-speed pedaling.
But once speeds approach the upper 20s MPH, maintaining useful pedal resistance becomes difficult.
In practical terms, the electric motors can push the bike faster than its gearing comfortably supports.
That’s not unusual for high-power fat tire e-bikes in this category.
However, it matters if you want the bike to function primarily as a fitness-oriented pedal-assist bicycle.
I’d recommend the Apex 50 more for throttle-assisted recreational riding than for riders who prioritize a natural pedaling experience.
Throttle Control
The quarter-twist throttle makes it easy to access motor power without pedaling.
I like the straightforward control arrangement, although the bike’s acceleration requires some practice.
On loose surfaces, I would avoid sudden throttle inputs while turning, particularly with the front motor engaged.
Smooth throttle control is essential for maintaining predictable handling.
Display, Controls, and Everyday Features
The Apex 50 includes a color LCD that provides the main information most riders need.
It displays:
- Current speed
- Battery charge indicator
- Pedal-assist level
- Odometer
- Average speed
- Maximum speed
The display is reasonably straightforward, although I would have liked more detailed battery information.
A numerical voltage readout or more precise battery percentage could make energy management easier, especially on long off-road rides.
Headlight and Rear Lighting
The Apex 50 includes a substantial front headlight.
The lighting arrangement also includes a rear taillight, brake-light function, and turn signals.
These are useful additions on a bike intended for mixed-purpose riding.
I particularly appreciate the brake light and rear turn signals because they can help communicate a rider’s intentions to other road users.
They don’t replace hand signals, situational awareness, or proper lighting practices, but they’re welcome features.
Horn
The bike also includes an electric horn.
It produces a relatively loud warning sound, which can be useful in appropriate situations.
As with any warning device, I would use it thoughtfully rather than relying on it as a substitute for safe riding behavior.
One Control Annoyance
An inconvenience identified during operation is that the selected motor power mode may reset when the bike is switched off and restarted.
For someone who regularly uses a preferred configuration, that can become frustrating.
It’s a small detail, but it affects daily usability.
Comfort and Rider Fit
With its wide saddle, fat tires, and rear suspension, the Apex 50 offers a reasonable level of comfort over uneven surfaces.
The saddle itself is broad but relatively firm.
Some riders may appreciate the support, while others might prefer a softer or more anatomically shaped replacement.
The upright-to-forward-leaning handlebar position provides decent control, especially when riding off-road.
However, I wouldn’t classify this as a relaxed cruiser.
The substantial bike weight and relatively sporty geometry make it feel more purpose-built for recreational power riding.
Is It Good for Tall Riders?
The Apex 50 has a fairly large frame, but saddle adjustability and pedaling geometry still deserve attention.
A tall rider around 6’5″ with a 34-inch inseam may find that even the maximum saddle height doesn’t provide full leg extension.
For riders closer to average adult height, fit may be less problematic, but inseam and personal preference remain important.
I recommend checking Andsky’s current frame measurements before ordering rather than relying on a generic recommended-height range.
Assembly and Maintenance
The Apex 50 arrives partially assembled, so buyers should expect to complete some installation work.
The package includes assembly tools and the basic components needed to prepare the bike for use.
With a dual-motor design, I would pay particular attention to wheel installation and motor-related hardware.
Before the first ride, I’d recommend checking:
- Front and rear axle security and motor cable routing
- Brake rotor alignment and hydraulic brake operation
- Handlebar and stem fasteners
- Tire seating and pressure
- Battery locking mechanism and electrical connections
- Lighting, throttle, and motor cutoff switches
- Rear rack and fender clearance
- Suspension hardware and drivetrain adjustment
Because this is a high-power, heavy electric bicycle, professional assembly or a post-assembly inspection is a sensible investment if you’re not experienced with bicycle maintenance.
Long-term ownership will also involve more than basic tire inflation and chain lubrication.
Two hub motors mean additional electrical components, and the bike’s weight can increase the demands placed on tires, brakes, and drivetrain hardware.
I would also verify replacement-parts availability before buying.
Safety and Legal Considerations
One issue I don’t think buyers should overlook is how the Apex 50 fits into local e-bike regulations.
In many U.S. jurisdictions, conventional Class 1, Class 2, and Class 3 electric bicycles are subject to limits involving motor power, assisted speed, and throttle operation.
The Apex 50’s advertised motor output and observed maximum speed can exceed the limits applicable to ordinary electric bicycles.
That means it may not be permitted on public bicycle paths, certain trails, or roads where standard e-bikes are allowed.
I would confirm local rules before assuming it can be used as a normal commuter bicycle.
For private property and appropriately designated riding areas, its capabilities may be more suitable, subject to property rules and applicable laws.
What About UL 2849 Certification?
Andsky advertises UL 2849 certification for the Apex 50.
That’s a positive claim, but I’d want to see verifiable documentation identifying the exact model and electrical system covered.
UL 2849 concerns the electrical systems of e-bikes; it should not be interpreted as proof of the bike’s braking, structural, or high-speed handling performance.
I recommend checking the applicable certification record and battery labeling before purchase.
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I think the Apex 50 makes the most sense for a specific type of rider.
Best for:
Off-road recreational riders: If your routes include loose sand, gravel, dirt roads, and steep inclines, the AWD drivetrain offers meaningful potential advantages.
Riders who prioritize strong acceleration: The dual-motor configuration provides considerably more performance than an ordinary low-powered commuter e-bike.
Hunting and outdoor exploration: For permitted trails and private-property use, the combination of fat tires, AWD, and a rear cargo rack can be useful. Range planning and payload limits remain important.
Budget-conscious AWD shoppers: Buyers who care more about motor performance than premium suspension and brake components may appreciate the value proposition.
Not ideal for:
Lightweight commuter buyers: Its substantial weight makes daily lifting and storage inconvenient.
Riders who want premium suspension: The basic fork and shock aren’t well matched to aggressive technical mountain biking.
Cyclists who enjoy natural pedaling: The cadence sensor and limited high-speed gearing make it less satisfying as a pedal-focused bicycle.
Buyers expecting 47 MPH: The available ride evidence doesn’t support that expectation.
Riders who need a straightforward street-legal Class 1, 2, or 3 e-bike: The high-power configuration introduces regulatory concerns.
Is the Andsky Apex 50 Worth the Money?
The answer depends heavily on the current selling price.
Andsky’s pricing, promotional discounts, battery configurations, and included accessories have varied, so I wouldn’t base the purchase decision on an old advertised deal.
But the underlying value proposition is clear.
You’re getting two driven wheels, a high-capacity battery, fat tires, hydraulic brakes, and full suspension in a package that focuses heavily on power and versatility.
The closest competitors in this price-conscious category often require buyers to compromise on either battery size, drivetrain configuration, or accessories.
That doesn’t mean the Apex 50 beats every alternative.
A more expensive e-bike with a single high-quality motor, better suspension, and more refined brakes could be the better purchase for someone who values control and comfort over raw traction.
For me, the Apex 50’s strongest argument is its AWD performance, not its claimed maximum speed.
If you’re looking for a heavy-duty recreational e-bike capable of tackling hills and loose terrain, it’s worth considering.
If you mainly ride paved streets and designated urban bike paths, I would choose something lighter, more efficient, and better suited to conventional e-bike regulations.
Final Verdict: A Capable AWD E-Bike With Clear Compromises
The Andsky Apex 50 is an interesting example of what a budget-focused dual-motor e-bike can offer.
Its biggest strength is the combination of two geared hub motors, a large 52V battery, and wide fat tires.
The documented riding performance shows strong acceleration, confident climbing on steep grades, and impressive ability to maintain momentum through sandy terrain.
Those are meaningful strengths.
At the same time, the Apex 50 isn’t a perfectly balanced machine.
Its front suspension is basic, the rear shock lacks premium refinement, the hydraulic brake hardware feels inexpensive, and the heavy frame makes everyday handling more demanding.
The advertised speed figures also deserve scrutiny. Based on the available GPS observations, I’d expect performance around 31–33 MPH in comparable conditions rather than assume the bike can reach 47 MPH.
And while the 1,300Wh battery is substantial, riders who regularly use full dual-motor power should expect significantly less range than the most optimistic promotional estimates.
Would I recommend the Andsky Apex 50?
Yes, with qualifications.
I’d recommend it to experienced riders looking for an affordable, powerful AWD fat tire e-bike for appropriate off-road use.
I wouldn’t recommend it simply because of its headline wattage or maximum-speed claims.
The reason to consider this bike is its useful combination of traction, climbing ability, battery capacity, and overall value.
If those priorities match the way you ride, the Apex 50 deserves a place on your shortlist.
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Frequently Asked Questions
How fast is the Andsky Apex 50?
Andsky officially advertises a maximum speed of approximately 35 MPH for the 52V Apex 50. Available GPS riding observations show roughly 31–33 MPH, depending on settings and conditions. Claims of 40–47 MPH should not be assumed to apply to this configuration.
Does the Andsky Apex 50 have two motors?
Yes. The Apex 50 uses front and rear geared hub motors, each rated at approximately 1000W. The manufacturer advertises up to 3000W combined peak output, with selectable front, rear, and dual-motor operation.
How far can the Andsky Apex 50 travel on one charge?
Andsky advertises 60–100 miles under favorable conditions. Actual range varies with speed, rider weight, terrain, temperature, and motor configuration. Aggressive throttle-only AWD riding can reduce range substantially.
Is the Andsky Apex 50 good for hills?
Yes. Its dual-motor drivetrain is one of its biggest advantages. Available riding observations show that the bike can climb steep grades much more effectively when both motors are engaged than when operating on one motor.
Can the Andsky Apex 50 ride on sand?
The Apex 50 is well suited to appropriate sandy terrain thanks to its AWD drivetrain and 26 × 4.0-inch fat tires. Performance still depends on sand depth, tire pressure, rider technique, and available traction.
How long does it take to charge the Andsky Apex 50?
The 52V 25Ah model uses a 1,300Wh battery and a 3A charger. A full charge typically takes approximately 8–10 hours, depending on how depleted the battery is.
Is the Andsky Apex 50 street legal?
Not necessarily. Its motor power and speed capabilities can exceed conventional e-bike classifications in many U.S. jurisdictions. Riders should verify applicable state and local laws before using it on public roads, paths, or trails.
Is the Andsky Apex 50 worth buying?
I think it’s worth considering for experienced riders who prioritize AWD traction, climbing performance, and a large battery at a competitive price. Riders seeking lightweight commuting, refined suspension, or conventional street-legal e-bike performance should consider other models.
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