RC LiPo Battery Charger 150W 10A Smart Balance Charger/Discharger (1S-6S LiPo, 1-15S NiMH, 1-10S PB) with AC/DC cables
Product description
What this charger is for
If you’re running RC cars, drones, or any hobby setup that uses different rechargeable battery chemistries, a single “balance” charger can save you a lot of hassle. This RC LiPo battery charger is designed to charge and also discharge certain packs, with a stated maximum output power of 150W and a maximum discharge power of 10W.
On paper, the big pitch here is flexibility plus “smart” controls: it supports multiple battery types (LiPo/Li-ion, LiFePO4, LiHV, and NiMH/NiCD, plus PB/smart options) and includes several safety-oriented limits such as automatic charge current limiting and temperature threshold. If you’re the kind of owner who cares about setting end voltages and dialing things in, it’s also built around adjustable terminal voltage control.
The essentials: compatibility and what you can set
This charger is aimed at batteries across a wide voltage range. Specifically, it lists support for:
- LiPo/Li-ion: 3.7V–22.2V (1S–6S)
- LiFePO4: 3.2V–19.2V (1S–6S)
- LiHV: 3.8V–22.8V (1S–6S)
- NiMH/NiCD: 1.2V–18V (1S–15S)
- PB: 2–20V (1–10 cells)
- Smart batteries (listed generally as “smart battery”)
It also emphasizes terminal voltage control, meaning you can set charge/discharge end voltage. The example given is LiPo charge end voltage typically at 4.2V per cell, with an adjustable range from 3.85V to 4.3V. That’s powerful, but you should treat it as a “know what you’re doing” feature. If you’re not comfortable with battery chemistry and per-cell voltage targets, this is one area where you can get yourself in trouble.
How smart limits change day-to-day use
Instead of acting like a simple power supply, this unit includes multiple built-in protections and limits that matter during normal charging sessions. The description calls out:
- low input voltage limit
- automatic charge current limit
- delta-peak sensitivity
- capacity limit
- processing time limit
- temperature threshold
- data storage/loading for 20 memory data
- firmware update support
This is the stuff you feel indirectly. You still have to connect the right battery and select the right settings, but the charger is designed to help prevent “oops” scenarios from escalating. Still, a key limitation to keep in mind: it’s not a universal license to charge anything. The listing explicitly warns to ensure battery type selection is correct to avoid damaging the device.
What stands out vs. simpler chargers (and where it may fall short)
Where this charger looks more serious than entry-level models is the combination of balance charging support, broad chemistry compatibility, and the adjustable end-voltage feature.
But it’s not perfect for every situation. A couple of practical limitations based on the stated specs and notes:
- Discharge power is listed as max 10W, so if you’re expecting heavy discharge capacity for high-rate pack conditioning, this may feel underpowered.
- The terminal voltage control is “for expert only.” If your priority is straightforward, guided charging, you may prefer something more locked-down for beginners.
- The product note says don’t use both AC and DC power cords at the same time. That’s normal for many chargers, but it does mean your setup needs to be deliberate.
What you’ll notice in the box and in wiring
The package includes a “real-world” mix of parts and adapters, which can be a big deal if your RC ecosystem uses different connector styles. Included items listed:
- charger (smart battery charger)
- AC power cable
- DC cable
- balance extension cable
- explosion proof bag
- octopus multi-charging harness
- connector set: TAMIYA, TAMIYA mini, JST, T Plug, EC3, TRX, Deans connectors
A small example of how that helps: if your drone batteries use one connector style and your RC car batteries use another, you’re more likely to be able to standardize your process without immediately buying extra harnesses.
Usage tips and checks before your first charge
You’ll get the best results if you slow down at the start. Before charging, verify:
- the battery chemistry (LiPo vs LiHV vs LiFe, etc.) and cell count match what the charger expects
- you select the correct charge mode and settings
- you use the right balance lead and the correct extension harness when needed
- you follow the power note: choose AC or DC, not both together
Also, because it allows adjustable end voltages, double-check you’re not drifting away from safe per-cell targets for your chemistry. When a charger offers flexibility, it’s usually because it expects you to be responsible.
Pros and cons (quick buying reality check)
What’s likely to work in your favor: - Broad compatibility across LiPo/Li-ion, LiFePO4, LiHV, NiMH/NiCD, PB, and “smart battery” - Balance fast charging approach with a stated max 150W output - “Smart” safety-oriented limits (current limit, delta-peak sensitivity, capacity/time/temperature thresholds) - Adjustable terminal voltage (useful if you know what you’re doing) - Includes multiple cables/adapters, plus an explosion proof bag and balance extension
Where you might want to be careful: - Terminal voltage control is labeled expert only - Discharge power tops out at 10W, which may be modest depending on your goals - You still must select the correct battery type and configuration—wrong selection is explicitly warned against
Is it worth it?
This charger makes sense if you want one unit that can handle common RC battery chemistries (including LiPo/LiHV/LiFe and NiMH/NiCD) and you like having “smart” safeguards and stored settings (20 memory data). It’s especially compelling when your setup uses different connector types, since the box includes an octopus harness and multiple connector options.
You may want to skip it if you’re brand-new and would rather avoid expert-level adjustments, or if your plans rely heavily on stronger discharge power than the listed 10W max. Also avoid it if you’re the type to frequently guess battery settings—because the listing is clear that selecting the wrong battery type can damage the device.
Mini FAQ
Does it support both charging and discharging?
Yes. The listing describes a charger/discharger and includes a stated maximum discharge power of 10W.
Can I choose my charge end voltage for LiPo?
Yes, the charger supports adjustable terminal voltage control, with an example range given for LiPo end voltage per cell. The listing cautions that this feature is for expert use.
Is it compatible with different battery types?
It lists support for LiPo/Li-ion (1S–6S), LiFePO4 (1S–6S), LiHV (1S–6S), NiMH/NiCD (1–15S), and PB (1–10 cells), plus smart batteries.
Can I power it with AC and DC at the same time?
No. The listing says not to use both AC and DC power cords at the same time.
What’s included for connectors?
It includes an octopus multi-charging harness and several connector types (such as TAMIYA/TAMIYA mini, JST, T Plug, EC3, TRX, and Deans), plus an AC power cable, DC cable, and balance extension cable.