Quick Fit Check
The CNHL Lightning LiHV 6000mAh 22.8V 6S 120C HV LiPo Battery with XT90 Plug is a high-performance 6S LiHV battery designed for RC users who need strong burst current, stable voltage, and a practical balance between runtime and weight. With 6000mAh capacity, 22.8V 6S LiHV voltage, 120C discharge output, and an XT90 connector, this pack is well suited for RC airplanes, EDF jets, 6S RC boats, large sport models, and selected high-performance RC vehicles.
This battery is a strong choice when your model supports 6S LiHV power, has enough battery space for a 150 × 51 × 44mm pack, can safely handle an approximately 694g battery, and uses an XT90 connector or a properly rated adapter. Because this is a LiHV battery, it should only be charged to full LiHV voltage with a charger that supports LiHV mode.
Product Specifications
| Capacity |
6000mAh |
| Voltage (S/cell) |
22.8V / 6S LiHV |
| Discharge Rate (Continuous/Burst) |
120C / 240C |
| Output Connector |
XT90 Plug |
| Dimensions (L × W × H) |
150 × 51 × 44mm |
| Weight |
Approx. 694g |
| Charge Rate |
5C Max |
| Balance Connector |
JST-XH-7P |
| Wire Gauge |
10AWG |
| Stock Number |
HV6001206XT90 |
Core Description
The CNHL Lightning LiHV 6000mAh 6S 120C battery is built for demanding RC power systems that need more punch than a basic 6S pack while still keeping size and weight under control. Compared with smaller 5000mAh packs, this 6000mAh 6S LiHV option gives extra runtime headroom without stepping into the heavier 7000mAh+ range that may affect balance, takeoff behavior, hull trim, or vehicle handling.
The LiHV chemistry allows higher full-charge voltage when used with a LiHV-compatible balance charger. In real use, that can give a stronger early-run feel, sharper throttle response, and better punch during takeoff, EDF acceleration, boat launches, or heavy throttle transitions.
The 120C discharge rating and 10AWG wiring make this pack suitable for high-load applications where voltage stability matters. It is a practical choice for 6S RC airplanes, EDF jets, large sport aircraft, 6S RC boats, and selected high-performance vehicles where the model benefits from strong current delivery and a reliable XT90 connection.
Recommended for Streamline RC Thrasher XP RTR Jet Boat
The CNHL Lightning LiHV 6000mAh 22.8V 6S 120C HV LiPo Battery with XT90 Plug is one of the best overall battery choices for the Streamline RC Thrasher XP RTR Jet Boat. With its 6000mAh capacity, high-output LiHV design, XT90 connector, and compact 6S format, it gives the Thrasher XP a strong balance of runtime, punch, and responsive jet-boat handling.
For this 6S RC jet boat, the goal is not simply to install the largest battery possible. A lighter 5000mAh–6000mAh XT90 pack helps preserve hull balance, throttle response, self-righting behavior, shallow-water control, and rock-friendly handling. That makes this 6000mAh Lightning LiHV pack a smart upgrade for river running, adventure bashing, GoPro-style footage, and high-response RC boat sessions.
Looking for more compatible options? Browse our full Thrasher XP RTR Jet Boat batteries collection.
Compatible RC Airplane and EDF Applications
This 6000mAh 6S LiHV battery is also a strong option for larger RC airplanes that need a useful balance of punch, runtime, and manageable battery weight. In 3D aerobatic and sport aircraft, the 120C output helps support aggressive throttle changes, vertical climbs, and recovery after demanding maneuvers.
In aerobatic aircraft, this battery pairs well with models such as the Avios Extra NG / Extra 300 NG 60E, where pilots usually want strong throttle response without adding unnecessary battery mass.
For bush-style aircraft, it is also a practical high-output option for the Avios Grand Tundra V2, especially for pilots who want a stronger 6S LiHV feel while keeping flight balance and battery bay fitment in mind.
For larger 6S aircraft such as the Super Tucano 1600mm RC Plane and comparable FMS-style electric aircraft platforms, this pack offers a useful combination of capacity, discharge output, and XT90 convenience. Always confirm battery bay size, center of gravity, ESC rating, and connector setup before flying.
Applications
- Streamline RC Thrasher XP RTR Jet Boat
- 6S RC jet boats and marine power setups
- 3D aerobatic RC airplanes
- EDF jet aircraft using 6S power
- Large sport airplanes
- High-performance 6S RC vehicles
- RC aircraft needing strong XT90-equipped 6S power
- Custom 22.8V LiHV power systems
Product Photo
Alternative CNHL Lightning LiHV Options
Looking for a different capacity, connector, or voltage in the same high-voltage performance family? Explore more batteries in the CNHL Lightning LiHV Series, including 4S, 6S, and 8S LiHV options for advanced RC power systems.
What to Check Before Buying
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Voltage: Your model must support 22.8V 6S LiHV power, or standard 6S operation if you choose to charge conservatively.
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Connector: This battery uses an XT90 plug. Use only a properly rated adapter if your model uses another connector.
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Battery space: Confirm your battery tray or bay can fit 150 × 51 × 44mm.
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Weight: At approximately 694g, this pack should be used in models that can safely handle its weight and balance effect.
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Charging: Use LiHV charging mode only with a charger designed to support 4.35V per cell.
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ESC rating: Confirm your ESC, motor, cooling, drivetrain, and wiring are appropriate for your voltage and current demand.
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Aircraft and boat balance: Check center of gravity, hull trim, battery retention, wire clearance, and cooling before full-power use.
FAQ
What is this 6000mAh 6S LiHV battery best used for?
It is best used in high-performance 6S RC airplanes, EDF jets, RC boats, large sport models, and selected RC vehicles that need strong discharge output, stable voltage, and a practical balance of runtime and weight.
Can this battery work in the Streamline RC Thrasher XP RTR Jet Boat?
Yes. This battery is a strong overall option for the Thrasher XP RTR Jet Boat because it offers 6000mAh capacity, XT90 connection, high discharge output, and a manageable weight range for responsive jet-boat handling.
What is the advantage of LiHV batteries?
LiHV batteries can be charged to a higher maximum cell voltage than standard LiPo batteries when using a LiHV-compatible charger. This can improve early-run punch, throttle response, and power feel.
Is 6000mAh suitable for large RC airplanes?
Yes. A 6000mAh 6S pack is a practical middle-ground choice for many 60-class and larger electric RC airplanes because it provides more runtime than a 5000mAh pack without becoming as heavy as larger 7000mAh+ batteries.
Can I charge this battery with a normal LiPo charger?
Only if the charger has a dedicated LiHV mode. Do not charge this battery to 4.35V per cell unless your charger specifically supports LiHV charging. Conservative users may charge to standard LiPo voltage if their setup or routine requires it.
Is XT90 suitable for high-power 6S systems?
XT90 is commonly used in many high-current 6S RC applications, including aircraft, boats, and large vehicles. Final suitability still depends on actual current draw, wire length, connector condition, ESC demand, and installation quality.
Notice
- This is a LiHV battery. Use LiHV charging mode only with a charger designed to support LiHV batteries.
- When charging in LiHV mode, stop charging immediately if any cell exceeds 4.35V.
- If charging as a standard LiPo battery, do not exceed standard LiPo voltage limits.
- Check voltage, connector type, battery bay size, hull balance, aircraft CG, ESC rating, and wire clearance before purchase.
- Inspect the battery surface, connector, wires, balance lead, and cell voltage before first use.
- Do not use the battery if it becomes swollen, damaged, overheated, or physically deformed.
- For RC boats, keep wiring secured and away from rotating parts, water exposure, and sharp hull edges.
- For long-term storage, store the battery at proper storage voltage in a cool and dry place.
- If a new battery does not initially hold full performance, several normal balanced charge and discharge cycles may help stabilize the cells.
- Always follow standard LiPo and LiHV safety procedures during charging, storage, transport, and use.
