750mAh 2S XT30 LiPo Battery Flywoo 2uds
Explorer series batteries are specially designed for long flight time and are all high-voltage batteries. Using this battery will give you a significant increase in flight time, as well as slightly more power compared with the standard battery. We have improved the connector by replacing the original XT30 with the FLYWOO XT30UP personalizado. The new Flywoo XT30 Pigtail connector cable effectively solves the problem of plug breakage. We have meticulously designed a genuine XT30-compatible Amass sleeve that not only prevents the cable from coming loose during use, but also ensures a more comfortable and easier connect and disconnect experience.
ESPECIFICACIÓN
- Minimum capacity: 750mAh
- Configuration: 2S1P / 8.7V (full charge voltage) / 7.6v (storage voltage)
- Discharge rate: 80C
- Peso: 35.4g
- Discharge connector: XT30UP
Incluye
- 2 x Explorer 750mAh HV 2S 80C LiPo Battery for tiny quad XT30
❓ Preguntas Frecuentes
Is this product compatible with my setup?
Our products follow FPV standards (mounting standards, XT60/XT30 connectors, etc.). Check the voltages and dimensions in the specifications table above.
Do you have real stock in Spain?
Yes, everything shown as available ships from our warehouse in Spain with delivery in 24/48h.
Preguntas Frecuentes (FAQ)
Q: What does the 80C discharge rate on this battery mean and how does it affect my FPV drone's performance?
A: The discharge rate (80C in this case) indicates how much current the battery can safely supply relative to its capacity. It is calculated by multiplying the capacity (750mAh) by the discharge rate (80C). In this case, 750mAh * 80 = 60000mAh, or 60A. This means the battery can supply up to 60 amps of continuous current without being damaged. A higher discharge rate allows more aggressive performance, such as fast acceleration and acrobatic flying, but also generates more heat. Make sure your drone and its components (ESC, motors) can handle this discharge rate.
Q: What is the difference between the full charge voltage (8.7V) and the storage voltage (7.6V) and how should I use these values when charging and storing my batteries?
A: The full charge voltage (8.7V) is the maximum voltage to which you should charge the battery for maximum performance. The storage voltage (7.6V) is the recommended voltage for storing the battery when you won't be using it for a long period. Charging the battery to 8.7V prepares it for flight, while storing it at 7.6V helps prevent damage and extend its lifespan. Use a compatible LiPo charger that can charge to 8.7V and has a storage function to discharge the battery to 7.6V when you are not using it.
Q: Is the XT30UP connector really more reliable than a standard XT30 and what advantages does it offer in practice for an FPV pilot?
A: Yes, Flywoo's XT30UP connector is designed to be more reliable than a standard XT30. The main improvement is the inclusion of a genuine Amass sleeve that prevents the wires from coming loose, a common problem with traditional XT30 connectors. In practice, this means fewer flight interruptions due to loose or broken connections, and less time spent repairing or replacing connectors. Connecting and disconnecting are also more comfortable and easier, which is especially useful at the flying field.









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