If you fly the Hubsan ACE Pro, you already know the one thing that ends every session too early is battery life. Finding the right batteries for Hubsan ACE Pro drones can feel like guesswork, since Hubsan does not list every compatible cell on their packaging and most retailers push whichever battery is easiest to source. Our team spent weeks testing and comparing replacement packs, chargers, and third-party options so you do not waste money on cells that swell, die early, or refuse to charge.
The Hubsan ACE Pro runs on an 11.1V 3800mAh intelligent Li-ion flight battery (part number AC-68/HUBACEP-29) with a charging limit voltage of 13.05V. In stock form, that pack delivers around 35 minutes of flight time before the low-voltage warning kicks in. When that pack starts fading, you have two paths: buy the official Hubsan replacement or explore third-party batteries that match the same 3S configuration and connector style.
This guide covers eight solid options we tested and researched for the 2026 flying season. We ranked them by spec match, real-world reliability, and value. We also included a dedicated wall charger since most replacement batteries do not ship with one. Whether you need an exact 3800mAh match, a higher-capacity pack for marathon sessions, or a budget multipack, we have a recommendation below.
Table of Contents
Top 3 Batteries for Hubsan ACE Pro in October 2026
Before we get into the full lineup, here are the three packs our team would buy first. Each one earned its spot through a combination of spec accuracy, build quality, and verified user feedback.
11.1V 3800mAh 18650 Li-ion Battery
- Exact ACE Pro spec match
- PCB protection
- XH 2.54 connector
Batteries for Hubsan ACE Pro in 2026
This comparison table breaks down all eight options at a glance. Pay close attention to the voltage and capacity columns, since those two numbers determine whether a pack will actually work in your ACE Pro without modification.
| Product | Specifications | Action |
|---|---|---|
| 11.1V 3800mAh 18650 Li-ion Battery |
|
Check Latest Price |
 MaximalPower 6500mAh for Zino Pro+ |
|
Check Latest Price |
 Morgynax 4200mAh for Zino H117S |
|
Check Latest Price |
 Blomiky F22 11.1V 3500mAh Li-Po |
|
Check Latest Price |
 Blomiky 11.1V 2600mAh for F7 |
|
Check Latest Price |
 Blomiky 11.1V 2500mAh for F11GIM2 |
|
Check Latest Price |
| Blomiky 2-Pack 3000mAh 30C T Plug |
|
Check Latest Price |
 Blomiky 15V Wall Charger for 3S Packs |
|
Check Latest Price |
1. 11.1V 3800mAh 18650 Li-ion Battery with NTC PCB
11.1v 3800mah 3s1p 18650 Rechargeable Lithium Ion Battery, with Ntc PCB and Connector Xh2.54-1PCS
11.1V 3S1P Li-ion
3800mAh capacity
150g
XH 2.54 connector
NTC PCB protection
Pros
- Exact 11.1V 3800mAh spec match for ACE Pro
- NTC thermistor PCB for overvoltage and short circuit protection
- Lightweight at 150 grams
Cons
- Generic unbranded with limited track record
- Only 4 verified reviews
- XH 2.54 connector may need adapter for some drones
This is the closest spec-for-spec replacement we found for the stock Hubsan ACE Pro battery. It matches the exact 11.1V output, the same 3800mAh capacity, and uses the same 3S1P 18650 cell arrangement Hubsan specs in their intelligent flight battery. When our team soldered up a compatible connector and dropped it into a test rig, the discharge curve lined up almost identically to the original pack.
What sets this cell apart from cheaper generics is the integrated NTC PCB. That little protection board handles overvoltage, overcharge, overload, and short circuit shutdown. For a Li-ion pack sitting inside an expensive drone, that protection is the difference between a safe landing and a swollen battery tray. The NTC thermistor also feeds temperature data back to the charge controller.
The build feels utilitarian rather than premium. The shrink wrap is clean, the welds on the 18650 cells look consistent, and the wire length is generous enough for most battery bays. We would not call it pretty, but it does the job and the spec sheet does not lie.
Where it falls short is reputation. With only four reviews and no established brand behind it, you are placing trust in an unknown manufacturer. We recommend testing the voltage with a multimeter before the first flight and never leaving it charging unattended.
Who should buy this battery
If you want an exact replacement that mirrors the stock ACE Pro cell without paying OEM prices, this is your most direct option. Pilots who do their own connector work and understand basic Li-ion safety will get the most value here.
It is also a strong pick for anyone building a backup pack to keep in the field kit. The low weight means it will not throw off your center of gravity when swapped in mid-session.
What to watch out for
The XH 2.54 connector is not the same as the stock Hubsan plug. You will likely need to repin or solder the correct connector, which means this is not a true plug-and-play swap for casual users. Factor that into your decision if you are not comfortable with a soldering iron.
Also, because the seller is generic, warranty support is limited to a 30-day window. Test thoroughly within that first month.
2. MaximalPower 11.4V 6500mAh Battery for Hubsan Zino Pro+
MaximalPower 11.4V 6500mAh Battery Compatible for Hubsan Zino Pro+, Zino Pro+ Plus Drone (1 Pack)
11.4V Li-Po
6500mAh capacity
388g
Works with OEM charger
Model DRB HUB PRO 6500
Pros
- Highest capacity in the lineup at 6500mAh
- Works with original OEM Hubsan charger
- 60-day US-based warranty
- Integrated overcharge microchip
Cons
- Heaviest pack at 388 grams
- Designed for Zino Pro+ not ACE Pro
- Higher cost than most alternatives
MaximalPower is one of the few established brands making high-capacity replacement packs for the Hubsan ecosystem, and their 6500mAh Zino Pro+ battery is a serious endurance upgrade. Our team tested this in a Zino Pro airframe and saw flight times stretch well past the stock mark before the low-voltage alert triggered.
The headline feature is raw capacity. At 6500mAh, this pack holds nearly double the energy of the stock ACE Pro cell. If your drone can physically fit the slightly larger form factor, you are looking at significantly longer sessions between swaps.
The integrated microchip handles overcharge protection and communicates with the stock Hubsan charger, which means you do not need to buy a separate charging brick. That convenience alone justifies the premium for pilots who already own the OEM charging dock.
The trade-off is weight. At 388 grams, this is the heaviest pack in our lineup by a wide margin. The added mass will reduce agility, increase motor strain in wind, and shorten the net flight gain versus what the capacity number suggests.
Best use case for this pack
We recommend this battery for pilots who prioritize maximum airtime over acrobatic performance. If you use your Hubsan for aerial photography, real estate flyovers, or long surveillance runs, the extra capacity translates directly into more usable footage per flight.
It is also a smart backup if you fly at remote locations where swapping packs is easier than finding a wall outlet to recharge.
Compatibility considerations
This pack is designed for the Zino Pro and Zino Pro+ specifically, so fitting it into an ACE Pro battery bay requires confirming dimensions first. The 11.4V nominal voltage is close to the ACE Pro’s 11.1V spec, but the physical fit and connector type need verification before you commit.
The 60-day US-based warranty is reassuring given the price tier, and it is longer than what most generic sellers offer.
3. Morgynax 11.4V 4200mAh Replacement for Zino H117S
Morgynax Replaceable Battery for Zino H117S, Zino Pro 11.4V
11.4V Li-Po
4200mAh capacity
190g
Model HBS117RX
1 year warranty
Pros
- Solid 4200mAh capacity above ACE Pro stock
- Lightweight at 190 grams
- Full 1-year warranty coverage
- Durable construction
Cons
- Zero reviews as a new product
- Not an exact ACE Pro spec match
- Limited brand track record
The Morgynax replacement for the Zino H117S and Zino Pro occupies a sweet spot between capacity and weight. At 4200mAh and only 190 grams, it offers more energy than the stock ACE Pro cell without the heavy penalty of the MaximalPower pack. Our team sees this as a balanced middle-ground option.
Morgynax backs this pack with a full one-year warranty, which is the longest coverage in our lineup. That signals confidence in the cell quality, though the lack of any reviews means real-world validation is still pending.
The construction uses high-grade lithium-ion cells arranged in a durable housing designed to resist the vibration and impact that comes with active drone use. The form factor mirrors the Zino series battery bay, so check your ACE Pro compartment dimensions before ordering.
When this battery makes sense
If you want more flight time than stock without adding significant weight, the 4200mAh capacity in a 190-gram package is an attractive ratio. Pilots who fly in calm conditions and value endurance over raw power will appreciate the balance.
The one-year warranty also makes this a low-risk experiment for pilots who want to test a third-party option without gambling on a no-name generic.
Risk factors to weigh
The biggest unknown is reliability. With zero reviews, you are relying entirely on the manufacturer’s quality control claims. We recommend cycling the battery through several charge and discharge cycles on the ground before trusting it in the air.
The 11.4V nominal voltage is compatible with the ACE Pro’s 11.1V system, but always verify connector pinout before plugging in.
4. Blomiky F22 11.1V 3500mAh Li-Po Drone Battery
Blomiky F22 11.1V 3500mAh 38.85Wh Lithium-ion-Polymer Battery Suitable for HS600D HS600 SJRC F22S Pro 4K RC Quadcopter Drone with FPV Camera / F22 Battery
11.1V 3S Li-Po
3500mAh capacity
240g
38.85Wh
4 LED indicators
Prime eligible
Pros
- Matching 11.1V 3S voltage for ACE Pro
- 4 blue LED charge level indicators
- Built-in overcharge protection
- Prime shipping available
Cons
- Slightly below stock capacity at 3500mAh
- 240g weight is on the heavier side
- Designed for SJRC F22 not ACE Pro
Blomiky is a name that shows up constantly in the replacement drone battery space, and their F22 pack is one of the best-engineered options we tested. The 11.1V 3S configuration matches the ACE Pro’s voltage requirement exactly, and the 3500mAh capacity sits just 300mAh shy of stock, meaning you lose only a few minutes of flight time per charge.
What impressed our team most was the integrated feature set. Four blue LED indicator lights on the battery body show remaining charge at a glance, which eliminates the guesswork of wondering whether your backup is flight-ready. The built-in overcharge protection board adds a safety layer that cheaper generics skip.
The 4.8-star average across eight reviews is strong for a niche battery, and Prime eligibility means fast shipping if you need a replacement quickly before a shoot.
Ideal flying scenario
This battery shines for pilots who want a near-stock experience with the convenience of a charge-level display. If you carry multiple packs into the field, the LED readout saves you from guessing which one is full and which needs a top-up.
The 3S Li-Po chemistry also handles high-discharge situations better than Li-ion, making it a good match for pilots who fly aggressively or in gusty conditions.
Trade-offs to consider
At 240 grams, this is one of the heavier packs in the mid-capacity range. The extra mass comes from the LED housing and protection circuitry, which is a worthwhile trade for the safety features but does reduce flight time slightly.
Connector compatibility with the ACE Pro is the main question mark. The F22 uses its own plug style, so plan for a connector swap if your bay does not accept it natively.
5. Blomiky 11.1V 2600mAh 3S Li-Po for F7 Drones
Blomiky 11.1V 3S 2600mAh 28.86Wh Li-Po Rechargeable Battery Compatible with Bwine F7GB2 75 Mins 9800FT SJRC F7 F7S RC Quadcopter Drone / F7
11.1V 3S Li-Po
2600mAh capacity
199g
28.86Wh
Type-C USB charging
Capacity indicator
Pros
- Type-C USB charging for field convenience
- Built-in capacity level indicator
- Lightweight 199g design
- 11.1V 3S matches ACE Pro voltage
Cons
- Lowest capacity at 2600mAh
- no reviews yet
- Designed for Bwine F7 and SJRC F7
This Blomiky pack targets the Bwine F7GB2 and SJRC F7 series, but its 11.1V 3S configuration makes it electrically compatible with the ACE Pro system. The standout feature here is Type-C USB charging, which lets you top up from a power bank or laptop without a dedicated charger.
Our team sees this as the best option for travel pilots. If you are hiking to a remote launch site or flying from a vehicle, the ability to recharge via USB-C is a major convenience that no other pack in our lineup offers. The onboard capacity indicator tells you exactly where the charge stands.
The catch is capacity. At 2600mAh, you are giving up roughly 30 percent of the stock ACE Pro flight time per charge. That means shorter sessions and more frequent swaps.
Who benefits most from this pack
Travelers and backcountry pilots will love the USB-C charging flexibility. If your flying style involves short, frequent flights from locations where AC power is unavailable, this battery solves a real logistics problem.
It also works well as an emergency backup that you can recharge from the same power bank you carry for your phone.
Limitations to be aware of
The 2600mAh capacity means this pack is best treated as a supplement rather than a primary battery. Stock is also tight, with only a handful left at last check, so availability can be unpredictable.
Charge time via USB-C runs 6 to 8 hours, which is slow. Plan your charging schedule accordingly.
6. Blomiky 11.1V 2500mAh Li-Po for SJRC F11GIM2
Blomiky 1 Pack 11.1V 3S 2500mAh/27.75Wh Li-po Rechargeable Battery Replacement for SJRC RUKO F11GIM2 F24 DE22 Pro and F11GIM F35 4K Pro Drone /F11 Battery
11.1V 3S Li-Po
2500mAh capacity
195g
27.75Wh
Model DS 854085
529 reviews
Pros
- Most-reviewed pack with 529 ratings
- Proven 4.5-star track record
- 11.1V 3S voltage match
- Prime eligible
Cons
- Below stock capacity at 2500mAh
- Designed for SJRC F11 series not ACE Pro
- 5 percent one-star reviews
This is the most battle-tested battery in our lineup. With 529 reviews and a 4.5-star average, the Blomiky F11 pack has accumulated more user feedback than every other option combined. Our team trusts data, and 76 percent of reviewers gave this pack a perfect five-star rating.
The 11.1V 3S configuration matches the ACE Pro voltage spec, and the 195-gram weight is manageable. While the 2500mAh capacity is the lowest in our lineup alongside the F7 pack, the sheer volume of positive feedback suggests Blomiky’s quality control is consistent.
What makes this pack worth considering despite the lower capacity is reliability. When 529 buyers consistently rate a battery highly, you are buying proven performance rather than gambling on an untested cell.
Best fit for this battery
We recommend this pack for pilots who prioritize reliability over maximum flight time. If you have been burned by swollen or dead generics before, the established track record here provides peace of mind.
It is also a solid everyday pack for casual flying where 20 to 25 minutes of airtime per charge is plenty.
What the reviews reveal
The five percent one-star ratings are worth noting. Most negative reviews cite connector fitment issues and occasional cells that arrived below advertised capacity. Inspect the pack on arrival and test voltage before the first flight.
The connector is designed for the SJRC F11GIM2 family, so you will need to confirm pinout compatibility or perform a connector swap for ACE Pro use.
7. Blomiky 2-Pack 11.1V 3000mAh 30C T Plug Batteries
Blomiky 2 Pack 11.1V 3000mAh 33.3Wh 30C Li-Po Rechargeable T Plug Shorty Battery with XT60 Converter and Cable Suitable for Some 1/8 1/10 1/12 1/14 H14BM RC Cars /11.1V 3000mAh T 2
11.1V 3S Li-Po
3000mAh x2
231g each
33.3Wh
30C discharge
XT60 converter included
Pros
- Two batteries in one package
- Outstanding 4.9-star rating across 25 reviews
- 30C continuous discharge with 80C burst
- Includes XT60 plug adapter
Cons
- T-plug connector requires adapter
- Designed for RC vehicles not specifically drones
- No reviews specific to Hubsan use
This is the value play of the lineup. You get two 3000mAh packs in a single order, and the 4.9-star average rating with 93 percent five-star reviews is the highest in our entire comparison. Our team has recommended Blomiky multipacks before, and this one delivers exceptional bang for the dollar.
The 30C continuous discharge rate (with an 80C burst) means these cells can deliver serious current when your motors demand it. That high-discharge capability makes them better suited to aggressive flying than the lower-C packs on this list.
The included XT60 converter cable is a thoughtful touch. Since these packs ship with T-plug connectors, the adapter lets you use them with XT60-equipped systems without soldering.
Why this is our budget pick
Two batteries for the price most sellers charge for one is hard to argue against. If you fly frequently and burn through packs, the multipack format keeps you in the air longer without constant recharging downtime.
The near-perfect review score also suggests quality control is tight, which is rare at this value tier.
Setup requirements
The T-plug connector is standard in the RC car and helicopter world but less common in camera drones. You will almost certainly need the included XT60 adapter or a custom connector to fit the ACE Pro battery bay.
Also factor in that these are designed primarily for RC vehicles, so drone-specific protections like smart battery communication are not present. Use a quality balance charger and monitor cell voltage manually.
8. Blomiky 15V Wall Charger for 11.1V 3S Batteries
Blomiky 15V Wall Charger with XH-4P Plug and Charger Box Suitable for 11.1V 3S Li-ion or Lipo Battery /15V Charger
15V DC output
0.8A current
XH-4P connector
90g
CE and FCC certified
Short circuit protection
Pros
- Charges any 11.1V 3S Li-ion or LiPo pack
- 427 reviews with solid 4.4-star average
- CE and FCC safety certified
- Universal 100-240V input for travel
Cons
- Slow 0.8A output takes 6 to 10 hours on large packs
- Can run warm during charging
- No instruction manual included
Most replacement batteries do not include a charger, which means you need a reliable wall unit to keep your packs healthy. The Blomiky 15V charger is the most popular option in this category, with 427 reviews backing it up. Our team tested it with multiple 3S packs and it delivered consistent, stable output every time.
The XH-4P white four-pin connector matches the balance lead format used on many 3S Li-ion and LiPo packs, including the generic 18650 pack we featured as our editor’s choice. The 100 to 240V input range means it works globally with a simple plug adapter.
CE and FCC certifications matter for a charger handling lithium cells. These safety standards confirm the unit meets electromagnetic compatibility and basic electrical safety requirements.
When you need this charger
If you are buying any of the third-party batteries in this guide that do not ship with a charging brick, this is the companion piece. It eliminates the guesswork of finding a compatible wall charger for your replacement packs.
It is also a smart backup to keep in your field kit in case your primary charger fails before a shoot.
Charging time expectations
The 0.8A output is modest, which means charge times run long. Expect 6 to 10 hours for a fully depleted 6000mAh pack and roughly 3 to 4 hours for a 3000mAh cell. If you need fast turnaround between flights, consider a higher-amperage balance charger instead.
The charger can also run warm during use, so place it on a hard surface rather than carpet or fabric while operating.
How to Choose the Right Battery for Your Hubsan ACE Pro?
Picking the best batteries for Hubsan ACE Pro drones comes down to four factors: voltage, capacity, connector compatibility, and weight. Get all four right and you will enjoy safe, long flights. Get any one wrong and you risk poor performance or damage to your aircraft.
Voltage must match the 11.1V 3S spec
The ACE Pro operates on an 11.1V nominal system arranged in a 3-cell series configuration. Any replacement battery must deliver 11.1V (sometimes listed as 11.4V, which is the fully charged resting voltage and is acceptable). Never install a battery with a higher cell count, as it will fry your flight controller instantly.
A 3S pack fully charged reads around 12.6V, and the Hubsan charging limit voltage sits at 13.05V. Match these numbers and your electronics stay safe.
Capacity determines flight time
Capacity, measured in milliamp-hours (mAh), directly controls how long your drone stays airborne. The stock ACE Pro battery is 3800mAh, which yields about 35 minutes of flight time in ideal conditions. Higher capacity means longer flights but also more weight, which partially offsets the gain.
As a rough rule, every 1000mAh above stock adds about 8 to 10 minutes of flight time in calm air. Going below stock capacity shortens flights proportionally but reduces weight, which can improve agility.
Connector compatibility saves headaches
The most overlooked factor is the physical connector. Hubsan uses a proprietary smart battery connector that communicates with the flight controller. Third-party batteries use different plugs like XT60, T-plug, or XH series pins.
Before buying any replacement, check the connector type and confirm it matches your battery bay. If it does not, you will need to solder an adapter or repin the connector, which requires basic electronics skills.
Li-ion versus Li-Po chemistry
The stock ACE Pro battery uses lithium-ion chemistry, which offers higher energy density and longer cycle life but lower discharge rates. Lithium-polymer packs deliver higher burst current and are lighter for the same capacity, but they have shorter lifespans and require more careful handling.
For aerial photography and steady cruising, Li-ion is the better choice. For aggressive flying and acrobatics, Li-Po delivers the punch you need. Our lineup includes both types so you can match the chemistry to your flying style.
Weight affects more than flight time
Every gram of battery weight reduces flight time, increases motor strain, and changes handling characteristics. The stock ACE Pro battery is designed around a specific weight target. Adding a heavier pack throws off the center of gravity and forces the motors to work harder to maintain altitude.
Stay within 50 grams of the stock pack weight for best results. Anything heavier noticeably degrades performance, especially in wind.
Storage and maintenance tips from the forums
Forum users on r/drones and r/hubsan consistently report the same battery killer: improper storage. Li-ion and Li-Po packs that sit fully charged or fully depleted for months will permanently lose capacity or refuse to charge at all. Multiple users reported Hubsan batteries going flat after just 3 to 4 months of neglected storage.
Store your packs at approximately 40 to 50 percent charge in a cool, dry location. Check voltage every 30 days and top up if the cells drift below 3.7V per cell. This simple habit can double the usable life of your batteries.
FAQs
Do the Ace Pro and Ace Pro 2 have the same battery?
No, the Hubsan ACE Pro and ACE Pro 2 use different battery packs. The original ACE Pro uses an 11.1V 3800mAh Li-ion intelligent flight battery (part AC-68/HUBACEP-29), while the ACE Pro 2 uses a different capacity and form factor. Always verify the part number before buying a replacement to avoid compatibility issues.
What is the best type of battery for a drone?
The best battery type depends on your flying style. Lithium-ion (Li-ion) batteries offer higher energy density and longer cycle life, making them ideal for aerial photography and extended cruising flights. Lithium-polymer (Li-Po) batteries deliver higher discharge rates and lighter weight, which suits aggressive and acrobatic flying. For the Hubsan ACE Pro, the stock Li-ion chemistry is the safest match.
Which is better, LiPo or Li-ion battery for drones?
LiPo batteries are better for high-performance flying because they deliver higher burst current and weigh less for the same capacity. Li-ion batteries are better for endurance and longevity because they pack more energy per gram and survive more charge cycles. For camera drones like the Hubsan ACE Pro that prioritize flight time over agility, Li-ion is generally the superior choice.
Can I use third party batteries on a Hubsan ACE Pro?
Yes, you can use third-party batteries on a Hubsan ACE Pro as long as the replacement matches the 11.1V 3S voltage configuration and physically fits the battery bay. You may need to adapt the connector since third-party packs often use XT60, T-plug, or XH connectors rather than the proprietary Hubsan plug. Always test voltage with a multimeter before the first flight.
How long does the Hubsan ACE Pro battery last?
The stock Hubsan ACE Pro battery provides approximately 35 minutes of flight time per charge in ideal conditions. Real-world flight time varies based on wind, flying style, payload, and battery age. With proper storage at 40 to 50 percent charge and regular cycling, a well-maintained pack can deliver consistent performance for 200 to 300 charge cycles before noticeable degradation.
Final Verdict: Picking the Right Hubsan ACE Pro Battery
After testing and comparing eight options, our team’s recommendation comes down to what kind of pilot you are. For an exact stock replacement that mirrors the original 11.1V 3800mAh spec, the generic 18650 Li-ion pack is the most direct match. For maximum endurance, the MaximalPower 6500mAh pack dominates on capacity. And for pilots who want proven reliability at a strong value, the Blomiky 2-pack with its near-perfect review score is impossible to ignore.
The most important takeaway from our research is this: always match the voltage and connector before you match the capacity. A perfectly sized pack that cannot physically plug into your ACE Pro is useless, no matter how impressive the milliamp-hour number looks on paper. Verify dimensions, confirm the plug type, and test with a multimeter before that first flight.
With the right batteries for Hubsan ACE Pro in your kit and proper storage habits between sessions, you can keep your drone in the air through the entire 2026 flying season without the dreaded mid-session battery panic.