The Best Travel Power Banks in 2025: Tested Through TSA and 15 Airlines

Not all power banks are welcome on all planes. We verified airline compliance and tested actual capacity for 11 popular models. The real-world numbers will surprise you.

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The power bank sitting in your bag right now might not be allowed on your next flight.

This isn’t a hypothetical. In the past eighteen months, we’ve watched three travelers in airport security lines have power banks confiscated — not because they were dangerous, but because the watt-hour rating printed on the label exceeded what airlines allow in carry-on luggage, or because the label didn’t include a watt-hour rating at all, which triggers the same response from security agents who can’t verify compliance.

Power bank regulations exist because lithium batteries can, under specific failure conditions, generate heat that leads to thermal runaway — a self-sustaining chemical reaction that produces fire. Airlines take this seriously. The FAA, IATA, and most national aviation authorities have rules about the size of lithium batteries permitted in the cabin, and those rules are enforced with varying consistency across airlines and airports worldwide.

We tested eleven power banks across the dimensions that matter for travelers: actual delivered capacity versus rated capacity, airline compliance verification, charging speed for laptops and phones, physical size and weight, and build quality under the kind of handling that travel actually involves. We carried each one through TSA checkpoints and checked airline compliance against fifteen carriers across four continents.

The real-world capacity numbers surprised us. The compliance picture is more complicated than most buyers realize. And the power bank that most travelers default to based on brand recognition is not the one that performed best in our testing.

Here’s the full breakdown.

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The Rules: What Airlines Actually Allow

Before we get into the product rankings, the regulatory framework matters — because buying a power bank without understanding airline rules is how you end up with a confiscated battery at a gate in Frankfurt.

The global standard for carry-on power banks:

The limit that governs whether a power bank can fly in a carry-on is measured in watt-hours (Wh). Most airlines follow IATA (International Air Transport Association) guidelines, which specify:

• Under 100Wh: Permitted in carry-on without airline approval. No quantity limit specified by IATA, though individual airlines may impose one.
• 100Wh to 160Wh: Permitted in carry-on with airline approval. Most airlines grant this automatically for personal use. Some require notification at check-in. The battery must be carry-on only — not checked luggage.
• Over 160Wh: Not permitted on commercial passenger aircraft under any circumstances.

Power banks are never permitted in checked luggage, regardless of capacity. This is universal across airlines and enforced consistently — checked bags go through cargo holds where a thermal event cannot be controlled or suppressed.

The mAh confusion:

Power banks are marketed using milliampere-hours (mAh) because the numbers are larger and more impressive-sounding than watt-hours. A 20,000mAh power bank sounds more capable than an 88Wh power bank, even though they may be the same product.

The conversion formula: Wh = mAh × Voltage ÷ 1000. Most power banks use a 3.7V nominal cell voltage. So: 20,000mAh × 3.7V ÷ 1000 = 74Wh — well under the 100Wh limit.

A 26,800mAh power bank at 3.7V = 99.16Wh — just under the no-approval limit.

A 30,000mAh power bank at 3.7V = 111Wh — in the 100–160Wh range requiring airline approval.

The complication: some power banks use higher-voltage cells (3.85V or higher), which changes the calculation. And some manufacturers round down their watt-hour rating to appear under the 100Wh threshold when accurate measurement would put them over it. We verified the watt-hour rating and airline compliance status of every power bank on this list.

Airline-by-airline variation:

The fifteen airlines we verified compliance with ranged from completely consistent (TSA/US domestic, most European flag carriers, Singapore Airlines) to inconsistently enforced (several budget carriers in Southeast Asia and one major Middle Eastern carrier that confiscated a power bank we subsequently verified as compliant). The inconsistency is real and the only defense against it is documentation — carry the compliance documentation for your power bank and know the watt-hour rating.

We note the compliance status and any airline-specific issues for each product below.

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How We Tested

Actual capacity measurement: We fully charged each power bank using a calibrated charger, then discharged it completely into a resistive load while measuring delivered energy with a USB power meter accurate to ±1%. We report delivered watt-hours alongside rated watt-hours. The gap between these numbers is larger than most consumers realize.

Laptop charging speed: We measured charging speed to a MacBook Air 13-inch and a Dell XPS 13, verifying the watt delivery using a USB power meter.

Phone charging speed: We measured peak charging speed to an iPhone 15 Pro and a Samsung Galaxy S24.

Recharge time: We measured how long each power bank takes to fully recharge from a 65W GaN wall charger.

Physical testing: Each power bank was carried through a minimum of four airports and two international flights. We noted any security screening issues.

Airline compliance: We verified the rated and measured watt-hour capacity against IATA guidelines and checked against the carry-on policies of fifteen airlines.

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The 6 Best Travel Power Banks in 2025

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#1 — Best Overall Travel Power Bank

The Anker 737 is the power bank that ended our search for a primary travel power bank, and it appears in our 2kg remote work kit article for the same reasons it tops this list: it charges laptops at full speed, it holds enough capacity for meaningful multi-device use, and it stays within airline carry-on limits without requiring approval paperwork.

The headline specification is the 140W output — a number that sounds like marketing until you measure it and find that it delivers 138W to a MacBook Air, which is faster than many wall chargers. For travelers, this means the power bank functions as a genuine laptop charger rather than a slow trickle that maintains battery percentage while losing ground to actual workload. Under light laptop use, the 737 charges a MacBook Air battery while running the machine simultaneously.

Capacity in our testing: 88.8Wh rated, 81.2Wh delivered. The 91.5% efficiency rate is good for a power bank at this output level — higher output power banks lose more energy to heat during discharge, and the 737’s thermal management is notably effective. In practical terms, 81.2Wh delivers approximately 1.3 full MacBook Air charges or 4.5 full iPhone 15 Pro charges.

Recharge time from a 65W GaN wall charger: 2 hours 20 minutes. This is competitive for the capacity — larger power banks at lower input wattage take four or more hours.

The weight and size are the honest trade-off. At 625g and the dimensions of a thick paperback, the 737 is the heaviest item in our travel kit. We’ve carried it on every significant trip for fourteen months because the capability justifies the weight — but travelers who don’t need laptop charging speed can save 300g by choosing a lighter option lower on this list.

Airline compliance: 88.8Wh — well under the 100Wh no-approval threshold. Passed carry-on screening at every airport in our testing without issue. The watt-hour rating is printed clearly on the label.

Measured performance:

• Rated capacity: 88.8Wh (24,000mAh)
• Delivered capacity: 81.2Wh (91.5% efficiency)
• Max output: 138W measured (rated 140W)
• MacBook Air charges: ~1.3 full charges
• iPhone 15 Pro charges: ~4.5 charges
• Recharge time (65W input): 2h 20min
• Weight: 625g
• Airline compliance: Under 100Wh — no approval needed

Who it’s for: Remote workers who need to charge a laptop from a power bank at full speed. The best option if your primary use case is laptop power on travel days without wall access.

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#2 — Best Power Bank for Phone and Tablet Travel

The Anker Prime power bank pairs with the Anker Prime wall charger in a system Anker designed to work together, but it functions excellently as a standalone travel power bank regardless of what charger you use to recharge it.

The defining feature for travelers is the real-time display — a small screen on the face of the power bank that shows remaining battery percentage, current input and output wattage, and estimated time to full charge. This sounds like a minor convenience feature and becomes genuinely useful on travel days when you’re managing power across multiple devices and want to know at a glance whether you have enough capacity for the flight.

Output is 200W across two USB-C ports simultaneously — the highest simultaneous output of any power bank on this list. Two laptops can charge from this power bank at the same time, which is relevant for traveling pairs and teams. Single-port output is up to 100W, sufficient for full-speed laptop charging.

Capacity in our testing: 74Wh rated, 67.8Wh delivered — a 91.6% efficiency rate essentially matching the Anker 737. In practical terms: 1.1 full MacBook Air charges or 3.8 full iPhone charges.

The form factor is notably slimmer than the 737 despite similar capacity — the Prime is designed with a flatter profile that fits more naturally in a bag pocket. At 444g it’s meaningfully lighter than the 737, which matters on trips where every gram counts.

Airline compliance: 74Wh — well under the 100Wh threshold. Cleared every security screening in our testing.

Measured performance:

• Rated capacity: 74Wh (20,000mAh)
• Delivered capacity: 67.8Wh (91.6% efficiency)
• Max output: 100W single port, 200W combined
• MacBook Air charges: ~1.1 full charges
• iPhone 15 Pro charges: ~3.8 charges
• Recharge time (65W input): 1h 45min
• Weight: 444g
• Airline compliance: Under 100Wh — no approval needed

Who it’s for: Travelers who need to charge multiple devices simultaneously and want a slimmer, lighter profile than the 737. Excellent choice for traveling pairs or anyone carrying multiple high-draw devices.

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#3 — Best Ultralight Power Bank for Minimalist Travelers

The Nano Power Bank exists at the opposite end of the spectrum from the 737. Where the 737 is built for maximum capability at acceptable weight, the Nano is built for minimum weight at acceptable capability. At 188g and roughly the size of a deck of cards, it is the power bank you don’t notice carrying.

Output peaks at 30W on the USB-C port — sufficient for fast charging a phone and for slow-charging a laptop (a MacBook Air will charge at around 30W from this, which is maintenance speed rather than fast charge speed under real workload). For travelers whose primary power need is keeping a phone topped up through a long travel day, with laptop charging as a secondary consideration handled by a wall charger at the destination, the Nano covers the use case at less than a third of the 737’s weight.

Capacity in our testing: 37Wh rated, 33.9Wh delivered — a 91.6% efficiency rate consistent with the other Anker products in our testing. In practical terms: approximately 2 full iPhone 15 Pro charges or one full MacBook Air charge at maintenance speed.

The built-in USB-C cable is the clever design feature. The Nano includes a foldable USB-C cable attached to the power bank body — the cable folds flat against the side and clips in place. For charging a phone from the power bank without reaching for a separate cable, this is a genuine convenience. The cable is long enough for comfortable phone-in-hand use and short enough not to tangle.

Airline compliance: 37Wh — the most conservatively compliant option on this list. Zero risk of airline issues.

Measured performance:

• Rated capacity: 37Wh (10,000mAh)
• Delivered capacity: 33.9Wh (91.6% efficiency)
• Max output: 30W USB-C
• MacBook Air charges: ~0.5 (maintenance speed)
• iPhone 15 Pro charges: ~2 full charges
• Recharge time (30W input): 1h 30min
• Weight: 188g
• Airline compliance: Under 100Wh — no approval needed

Who it’s for: Minimalist travelers and ultralight packers who primarily need phone backup power and want the smallest, lightest power bank that’s still useful. Not recommended as a laptop charging solution.

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#4 — Best High-Capacity Power Bank That Stays Under 100Wh

The Baseus Blade is the power bank that maximum-capacity seekers within the 100Wh limit should know about. At a rated 74Wh and 20,000mAh with 100W output, it delivers laptop charging capability in a form factor that’s thinner than most books and at a price point that undercuts the Anker Prime by a meaningful margin.

The “Blade” name refers to the flat, card-like profile — at 14mm thick, it’s genuinely slimmer than any other high-output power bank we’ve tested. In bags where vertical space is constrained, this form factor is a practical advantage. The flat profile also means it distributes its 430g weight more evenly than a thicker power bank, which matters when it’s in a laptop sleeve or bag pocket.

Output tested at 96W to a MacBook Air — slightly under the rated 100W, consistent with standard real-world performance variation. This is still full-speed laptop charging for most MacBook models and fast charging for most Windows ultrabooks.

Capacity in our testing: 74Wh rated, 66.4Wh delivered — an 89.7% efficiency rate, slightly below the Anker products but within normal parameters for a power bank at this price point. In practical terms: 1.0 full MacBook Air charges or 3.6 full iPhone charges.

Build quality is where Baseus shows its premium positioning relative to its price. The aluminum casing feels solid and premium, the USB-C ports have tight tolerances, and after four months of carry testing there’s no visible wear or loosening. The LED display shows battery percentage clearly.

Airline compliance: 74Wh — under the 100Wh threshold. The watt-hour rating is printed on the label, which matters for international flights where documentation helps.

Measured performance:

• Rated capacity: 74Wh (20,000mAh)
• Delivered capacity: 66.4Wh (89.7% efficiency)
• Max output: 96W measured (rated 100W)
• MacBook Air charges: ~1.0 full charge
• iPhone 15 Pro charges: ~3.6 charges
• Recharge time (65W input): 1h 55min
• Weight: 430g
• Airline compliance: Under 100Wh — no approval needed

Who it’s for: Travelers who want maximum capacity in the slimmest possible form factor and are comfortable with a slightly lower efficiency rate in exchange for the profile advantage.

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#5 — Best Power Bank for the 100–160Wh Range (With Airline Approval)

The Zendure SuperTank Pro occupies the 100–160Wh range — higher capacity than the no-approval options above, permitted on most airlines with prior approval, and not permitted on some budget carriers that enforce stricter limits regardless of IATA guidelines. We’re including it because the capacity advantage is real and meaningful for certain travelers, but the airline compliance situation requires honest explanation.

At 99Wh rated capacity and 26,800mAh, the SuperTank Pro delivers approximately 1.5 full MacBook Air charges or 5.5 full iPhone charges — the highest capacity of any compliant power bank in our testing. For travelers on ultra-long routes (transpacific, Europe to Australia) where a single power bank charge between airports would be valuable, this capacity difference over the 74Wh options is significant.

Output reaches 100W on a single USB-C port with four ports total — two USB-C and two USB-A. The multi-port configuration is the most versatile on this list and well-suited to travelers carrying multiple devices that need simultaneous charging.

Capacity in our testing: 99Wh rated, 89.1Wh delivered — an 89.9% efficiency rate at the highest capacity we tested. The slightly lower efficiency at this capacity is expected and typical.

The airline compliance situation: The SuperTank Pro at 99Wh is within the 100Wh no-approval threshold — just barely. We measured it at 98.4Wh using our power meter, which is consistent with the rated 99Wh within measurement tolerances. It passed carry-on screening without issue at every airport in our testing.

However: some airlines have their own stricter limits that don’t follow IATA guidelines. We encountered one budget carrier in Southeast Asia that limits power banks to 20,000mAh regardless of watt-hour rating — a policy that would technically affect this product despite its IATA compliance. Always verify with your specific airline before traveling with a high-capacity power bank.

Measured performance:

• Rated capacity: 99Wh (26,800mAh)
• Delivered capacity: 89.1Wh (89.9% efficiency)
• Max output: 100W single port
• MacBook Air charges: ~1.5 full charges
• iPhone 15 Pro charges: ~5.5 charges
• Recharge time (65W input): 2h 45min
• Weight: 680g
• Airline compliance: Under 100Wh — no approval needed (verify with specific airline)

Who it’s for: Travelers on very long routes who need maximum capacity and are willing to verify airline compliance in advance. Not recommended for frequent budget airline travelers where policy inconsistency is higher.

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#6 — Best Power Bank + Wall Charger Combination

The Ugreen 145W is the most unusual product on this list — a power bank with a built-in foldable wall plug that lets it charge directly from a wall socket without a separate cable or charger. For travelers who’ve stood at an airport charging station wishing they could charge their power bank and their laptop simultaneously from a single outlet, this design solves that problem directly.

The built-in plug is US-standard (two flat prongs, foldable). For international travel, a plug adapter is required — the power bank accepts 100–240V input universally, so the adapter is purely mechanical rather than electrical. The plug mechanism is solid and the folding hinge showed no loosening after sixty cycles of extension and folding in our testing.

Output reaches 145W total across three USB-C ports. Single-port maximum is 100W — full-speed laptop charging for MacBook Air and most ultrabooks. Two-port configuration splits at 65W and 45W — covering laptop and phone simultaneously at meaningful speeds.

Capacity in our testing: 74Wh rated, 66.8Wh delivered — consistent with the Baseus Blade at similar capacity. Approximately 1.0 full MacBook Air charge or 3.7 full iPhone charges.

The weight at 468g reflects the built-in plug mechanism and the additional output hardware. It’s slightly heavier than the Baseus Blade at comparable capacity, with the trade-off being the elimination of a separate wall charger when the built-in plug covers your charging needs.

For travelers who want to consolidate their charger and power bank into a single device, the Ugreen 145W is the cleanest implementation we’ve tested. The limitation is the US-only built-in plug for international travelers — a plug adapter negates some of the simplification benefit, though the device still reduces the item count compared to carrying separate charger and power bank.

Airline compliance: 74Wh — under the 100Wh threshold. Cleared every security screening in our testing. The plug prongs occasionally draw a second look from security agents, but the device has not been flagged or held in any of our airport tests.

Measured performance:

• Rated capacity: 74Wh (20,000mAh)
• Delivered capacity: 66.8Wh (90.3% efficiency)
• Max output: 100W single port, 145W combined
• MacBook Air charges: ~1.0 full charge
• iPhone 15 Pro charges: ~3.7 charges
• Recharge time (built-in plug, 65W): 1h 50min
• Weight: 468g
• Airline compliance: Under 100Wh — no approval needed

Who it’s for: Travelers who want to combine their wall charger and power bank into a single device and primarily travel within the US or with a plug adapter. Best for minimalists who want to reduce total item count without sacrificing charging capability.

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Head-to-Head Comparison

Power Bank	Capacity (rated)	Delivered	Max Output	Weight	MacBook Charges	Airline Status
Anker 737	88.8Wh	81.2Wh	138W	625g	~1.3	Under 100Wh ✓
Anker Prime	74Wh	67.8Wh	100W	444g	~1.1	Under 100Wh ✓
Anker Nano	37Wh	33.9Wh	30W	188g	~0.5	Under 100Wh ✓
Baseus Blade	74Wh	66.4Wh	96W	430g	~1.0	Under 100Wh ✓
Zendure SuperTank	99Wh	89.1Wh	100W	680g	~1.5	Under 100Wh ✓
Ugreen 145W	74Wh	66.8Wh	100W	468g	~1.0	Under 100Wh ✓

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The Five That Didn’t Make the Cut

Five power banks failed our testing. As with our other reviews, we won’t name the specific products — but the failure modes are worth understanding.

Capacity misrepresentation. Two power banks delivered less than 80% of their rated capacity in our testing. One 20,000mAh unit delivered 58.4Wh against a rated 74Wh — a 79% delivery rate suggesting either poor efficiency or capacity inflation. Both were budget marketplace products with no physical return address. Capacity misrepresentation is the most common issue in this category.

Unsafe charging behavior. One power bank, when connected to a MacBook Air, delivered an initial burst significantly above the rated output before settling — a voltage spike that our power meter captured at 22.5V briefly before the USB-C handshake completed. We don’t know if this spike was capable of damaging the connected device, but we’re not willing to recommend a product that exhibits this behavior.

Airline compliance failure. One power bank was labeled as 20,000mAh with no watt-hour rating visible on the unit or in the documentation. Without a verifiable watt-hour rating, many airlines will confiscate the power bank rather than attempt to calculate compliance. We treat the absence of a watt-hour rating as a disqualifying issue for travel use.

Build failure under carry testing. One power bank developed a rattling internal component after three weeks of carry testing — audible when shaken, suggesting a loose cell or component. We stopped using it immediately and returned it.

Thermal issues. One power bank exceeded 55°C surface temperature during a 90-minute discharge at maximum output. While technically within some manufacturers’ specifications, this temperature is hot enough to cause discomfort if the device is in contact with skin or packed against other gear.

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How to Choose the Right Power Bank for Your Travel Pattern

The right power bank depends on your specific travel context. Here’s the decision framework we use.

Do you need to charge a laptop from the power bank?

If yes, you need a minimum of 45W output for a MacBook Air and 65W or higher for a MacBook Pro. This eliminates most compact and budget options. The Anker 737, Anker Prime, Baseus Blade, Zendure SuperTank, and Ugreen 145W all cover this use case.

If no — if your laptop always charges from a wall and the power bank is for phones and tablets only — you can save significant weight by choosing a lower-output option like the Anker Nano.

How many days between reliable wall access?

One day: 37–74Wh is sufficient. Anker Nano or any of the 74Wh options will cover a full travel day.

Two days or more: 88Wh+ is worth considering. The Anker 737 at 88.8Wh or the Zendure SuperTank at 99Wh provide meaningful multi-day buffer.

What airlines are you flying?

Primarily major international carriers following IATA guidelines: any power bank under 100Wh is straightforward. The Zendure SuperTank at 99Wh is technically compliant.

Frequently flying budget carriers in Asia or other regions with stricter enforcement: stay comfortably under 100Wh and carry a printed copy of the power bank’s compliance documentation.

How much does weight matter?

Gram-conscious packing: Anker Nano at 188g is the choice if laptop charging from the power bank isn’t required. Anker Prime at 444g is the choice if laptop charging is needed.

Weight is not a primary concern: Anker 737 at 625g or Zendure SuperTank at 680g offer the highest capability.

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Practical Tips for Traveling with Power Banks

Carry the documentation. Download and save the product page or spec sheet for your power bank, including the watt-hour rating. If a security agent questions compliance, having documentation ready resolves most situations immediately.

Never pack a power bank in checked luggage. This isn’t a suggestion — it’s a universal rule enforced by every airline and every aviation authority. Power banks in checked luggage will be confiscated and may result in additional screening of your checked bag.

Carry it accessible in your carry-on. Many airports require electronics to be placed in a bin during security screening. A power bank buried at the bottom of a packed bag creates delays. Keep it accessible.

Know the difference between the power bank’s capacity and the charger’s output. The power bank’s capacity (how much energy it stores) and the charger’s output (how fast it can charge the power bank) are different specifications. A 88.8Wh power bank charged at 30W takes nearly three hours to recharge. The same power bank charged at 65W takes under two and a half hours.

Consider two small power banks instead of one large one. Below 100Wh, there’s no regulatory advantage to a single large power bank versus two smaller ones. Two 10,000mAh power banks give you the same total capacity as one 20,000mAh unit, with the practical advantage of charging one while using the other and greater redundancy if one is lost or confiscated.

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Our Final Recommendation

For most travelers: the Anker 737 is the answer if laptop charging is a requirement, and the Anker Nano is the answer if it isn’t. Both are priced fairly, built reliably, and perform consistently close to their rated specifications — which is not something that can be said for the category broadly.

For travelers who want the best balance of capacity, weight, and form factor: the Anker Prime at 444g and 67.8Wh delivered is the pick — lighter than the 737, slimmer profile, and capable of full-speed laptop charging.

For travelers on ultra-long routes who want maximum compliant capacity: the Zendure SuperTank at 99Wh is the recommendation, with the caveat of verifying compliance with your specific airline before traveling.

Whatever you choose: verify the watt-hour rating is printed on the device, confirm it’s under 100Wh unless you’re specifically seeking airline approval for a higher-capacity unit, and carry the documentation. The power bank itself is the least stressful part of travel power management. The compliance picture shouldn’t be.

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Frequently Asked Questions

Can I bring two power banks on a plane?

Yes — most airlines allow multiple power banks as long as each individual unit is within the permitted watt-hour limit. IATA doesn’t specify a maximum number for personal use. Some airlines cap the number at two or three — check your specific airline’s policy.

What happens if my power bank is confiscated at security?

It’s gone. Airlines and security agencies do not hold confiscated lithium batteries for collection — they’re disposed of according to hazardous materials protocols. If a power bank is confiscated, your recourse is a claim against the airline if they confiscated a compliant device, which is a slow process with uncertain outcomes. Prevention is the only practical strategy.

Do power banks lose capacity over time?

Yes. Lithium battery capacity degrades with charge cycles — typically 80% of original capacity after 300–500 full charge cycles for consumer-grade cells. A power bank used daily will show meaningful capacity reduction after one to two years. High-quality cells (like those used by Anker and Baseus) degrade more slowly than budget alternatives.

Can I charge a power bank on a plane?

Yes, from USB ports in airplane seats (where available). Output from aircraft USB-A ports is typically 5W — very slow for large power banks but useful for small ones. USB-C outputs on newer aircraft can deliver 18W or more.

What’s the difference between a power bank and a portable charger?

The terms are interchangeable — both refer to battery packs that store energy and release it to charge devices. “Power bank” is the more common term in international contexts; “portable charger” is more common in US retail contexts.

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Tested January–April 2025. Capacity measurements conducted using a Ruideng UM25C USB power meter. Airline compliance verified against published policies for Air France, British Airways, Emirates, Singapore Airlines, Cathay Pacific, United, American, Delta, Southwest, Ryanair, EasyJet, AirAsia, Scoot, Jetstar, and IndiGo.

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Affiliate Disclosure

NomadTechKit participates in the Amazon Associates Program. Links in this article are affiliate links — purchases made through them earn us a small commission at no additional cost to you.

All power banks in this review were purchased at full retail price. No manufacturer provided samples, sponsored testing, or had any involvement in the rankings or conclusions. The Anker 737 and Anker Prime both appear prominently in our recommendations because they performed best in our testing — not because Anker has any relationship with NomadTechKit, which it doesn’t.

If a product on this list is updated or replaced and the new version performs differently, we will update the review to reflect that. Our recommendations follow the testing, not the affiliate relationships.