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XPower 3300Mah 11.1v 3S 45C LIPO Battery
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  • XPower 3300Mah 11.1v 3S 45C LIPO Battery
  • XPower 3300Mah 11.1v 3S 45C LIPO Battery
  • XPower 3300Mah 11.1v 3S 45C LIPO Battery
XPower 3300Mah 11.1v 3S 45C LIPO Battery
  • XPower 3300Mah 11.1v 3S 45C LIPO Battery
  • XPower 3300Mah 11.1v 3S 45C LIPO Battery
  • XPower 3300Mah 11.1v 3S 45C LIPO Battery

XPower 3300Mah 11.1v 3S 45C LIPO Battery

R739.00
Tax included

The XPower 3300mAh 11.1V 3S 45C LiPo battery with Deans connector is a high capacity power pack designed to deliver reliable performance and sustained current for RC aircraft, cars and boats using 3S systems.

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The XPower 3300mAh 11.1V 3S 45C LiPo battery is built for RC applications that require a balance of capacity, discharge performance and consistent voltage. With a 3S configuration and a 45C discharge rating, this pack is suitable for sport and aerobatic aircraft, performance RC cars and RC boats operating on 11.1V systems.

The 3300mAh capacity provides extended runtime compared to smaller 3S packs, making it a practical choice for longer sessions or models with higher current draw. This battery is fitted with a Deans connector, which is widely used in many RC setups for its compact size and reliable current handling.

Always charge using a charger with a dedicated LiPo mode and ensure the correct 3S cell count is selected. Confirm connector compatibility and physical fitment before installation to ensure safe and reliable operation.

Typical uses

  • Sport and aerobatic RC aircraft
  • RC cars using Deans connectors and 3S power systems
  • RC boats with 3S compatible ESC and motor setups
  • General purpose 11.1V LiPo power for compatible RC models

Key features and specifications

  • Brand: XPower
  • Battery type: LiPo
  • Voltage: 11.1V
  • Cell count: 3S
  • Capacity: 3300mAh
  • Discharge rating: 45C
  • Connector type: Deans

Important notes

  • Use only a charger with a LiPo charging mode and correct 3S setting
  • Confirm the Deans connector matches your ESC before ordering
  • Do not exceed manufacturer recommended discharge limits
Xpower45C3S3300mah
1 Item

LiPO Battery FAQ

You choose a LiPo pack based on three main numbers, voltage, capacity and C rating. Voltage comes from the cell count, for example 2S is 7.4v, 3S is 11.1v. Capacity in mAh affects flight time, higher capacity usually gives longer runtimes but also more weight. C rating indicates how much current the pack can safely supply. Your model and ESC manual will normally list a recommended cell count and an approximate capacity range to use as a guide.
The S number tells you how many cells are connected in series inside the pack. A 2S pack has two cells and a nominal voltage of 7.4v, a 3S pack has three cells and 11.1v, and a 4S pack has four cells and 14.8v. Higher S counts give more voltage to the motor, which usually means more power but also higher load on the ESC and motor. You must only use the cell count that your model and electronics are designed for.
The C rating is a guide to how much current the pack can safely deliver. You can estimate the continuous current limit by multiplying the pack capacity in amp hours by the C rating. For example a 2200mAh pack is 2.2Ah, at 30C that is roughly 2.2 times 30 which equals 66 amps. These numbers are guidelines, not guarantees, so it is sensible to choose a pack with some safety margin above the maximum current your model is expected to draw.
LiPo batteries must always be charged with a LiPo compatible balance charger using the correct cell count and charge current. A common rule is to charge at 1C, which means a 2200mAh pack is charged at 2.2 amps. The balance plug must be connected so the charger can monitor each cell. Packs should be charged on a non flammable surface and should not be left unattended while charging.
LiPo batteries last longest when they are stored partially charged rather than full or completely flat. Most chargers have a storage mode that charges or discharges the pack to about 3.75 to 3.85 volts per cell. Packs should be stored in a cool, dry place, away from direct sunlight and sharp objects, and should be checked periodically so that they do not sit for long periods at very low voltage.
Most models will start to feel noticeably down on power when the LiPo is getting low. It is best to land or stop as soon as you feel that drop rather than squeezing out extra minutes. Many ESCs have a low voltage cut off that will reduce power or shut the motor down to protect the pack. As a rule of thumb, aim to use only about 70 to 80 percent of the pack’s capacity and keep the voltage under load from dropping much below about 3.5 volts per cell during use.
If a product is marked In Stock on our website, it means we physically have the item in stock with us in South Africa and it is ready to ship. If a product is marked Out of Stock, then it is not currently available. You can also check the Product Details tab on the page to see the current stock quantity. We are not a drop shipper, the stock status shown on our site reflects what we actually have on hand.
Yes, we are more than happy to guide you through the world of LiPo batteries. Please first read our article on LiPo batteries here: https://theflitelab.co.za/content/16-the-big-lipo-guide