Xingto Solid-State Drone Battery 6S 330wh/kg

ZXGT002-6S22AH(3c)

$145.80

$145.80 $243.00

Xingto Solid-State Drone Battery 6S 330wh/kg

$145.80

$145.80 $243.00

(Please specify the type of plug you need when placing your order.)

Xingtuo Solid‑State Drone Battery 6S 330 Wh/kg Series

High Energy Density

330 Wh/kg for longer endurance

High Discharge Rate

10 C peak 220‑360 A

Long Cycle Life

800 cycles for lasting durability

Wide Temperature Range

-40 °C ~ 55 °C for harsh environments

Xingtuo Solid‑State Drone Battery Series (22 Ah / 30 Ah / 36 Ah) features high‑energy‑density lithium polymer cells with an energy density of 330 Wh/kg, delivering longer flight times at the same weight. Designed for industrial drones and high‑power applications, it offers excellent rate capability: continuous 3 C discharge and instantaneous peak up to 10 C (≤ 3 s) to meet take‑off, hover, and burst power demands. The pack includes a balanced charging port and, with strict charge/discharge management, ensures a cycle life of up to 800 cycles (0.5 C / 1 C). Factory voltage is stable at 21 V – 21.6 V, and it has passed high‑ and low‑temperature performance tests (–20 °C discharge capacity ≥ 70 %, 55 °C discharge capacity ≥ 98 %), making it suitable for diverse harsh operating conditions. The three models differ only in capacity, weight, and dimensions; all other electrical parameters are identical, allowing flexible choice based on flight duration and payload requirements. Each battery comes with a balance connector and optional power cable terminals, supporting standard balanced charging. Please specify your required connector type when ordering.

6‑cell series / 22.2 V 330 Wh/kg energy density 10 C peak discharge Internal resistance < 8 mΩ 800 cycle life -40 °C ~ 55 °C wide temperature

Note: Ensure your drone supports the 22.2 V (6S) voltage platform. Use a professional charger with balancing function. Never exceed 25.2 V charging voltage.

Common Parameters (Identical for All Models)

Nominal Voltage	22.2 V
Energy Density	330 Wh/kg
Charge Cut‑off Voltage	25.2 V (4.2 V per cell)
Discharge Cut‑off Voltage	19.2 V (3.2 V per cell)
Internal Resistance	< 8 mΩ
Cycle Life (0.5 C / 1 C, 100 % DOD)	800 cycles
Charging Temperature Range	0 °C ~ 45 °C
Operating Temperature Range	-40 °C ~ 55 °C
Storage Temperature	-10 °C ~ 35 °C
Storage Humidity	< 75 % RH
Storage Voltage	22.8 V ~ 23.4 V (3.80 V ~ 3.90 V per cell)
Factory Voltage	21 V ~ 21.6 V

Model Comparison

Parameter	22 Ah Model	30 Ah Model	36 Ah Model
Rated Capacity	22 Ah	30 Ah	36 Ah
Discharge Cut‑off Voltage	19.2 V	19.2 V	19.2 V
Standard Discharge Current	0.5 C (11 A)	0.5 C (15 A)	0.5 C (18 A)
Continuous Discharge Current	3 C (66 A)	3 C (90 A)	3 C (108 A)
Instantaneous Peak Current	10 C (220 A)	10 C (300 A)	10 C (360 A)
Dimensions (L×W×H)	56 × 76 × 188 mm	76 × 76 × 188 mm	69 × 90 × 213 mm
Weight	1.72 kg	2.25 kg	2.70 kg

Frequently Asked Questions

Q1: What should I pay attention to when charging?

Always use a certified professional charger. Charging current must not exceed 1 C. The Li‑Po pack must be charged using a balance connector/charger. Standard Li‑Po cell max voltage is 4.2 V; HV Li‑Po max is 4.35 V. Wiring must strictly follow instructions – never reverse polarity or short‑circuit. Charging temperature must be within 0 °C ~ 45 °C, and the process must be supervised.

Q2: Are there discharge limits?

Discharge current must not exceed the specified rating; excessive current causes swelling and reduces life. Discharge temperature must stay below 65 °C. Never over‑discharge – it can lead to swelling, failure to recharge, or permanent damage.

Q3: What is the minimum voltage?

For both standard and HV Li‑Po, the minimum per‑cell voltage is 3.2 V (19.2 V for the pack). Below 3.2 V, the cell is essentially empty and further use will cause permanent damage.

Q4: How should I store the battery?

Store in a cool, dry place, ideally at 23 °C ± 5 °C. For long‑term storage, keep each cell at 3.8 V ~ 3.9 V; otherwise the pack may swell and degrade. It is recommended to perform a charge/discharge cycle once a month. Storage temperature: -10 °C ~ 35 °C, humidity < 75 % RH.

Q5: How to maintain the battery if not used for a long time?

Perform a charge/discharge cycle monthly. For storage longer than 3 months, keep in a dry, cool place and cycle the battery every 3 months. Storage voltage should be 22.8 V ~ 23.4 V (3.80 V ~ 3.90 V per cell).

Q6: Can I use a deformed or swollen battery?

No, never. Deformed or swollen batteries are highly flammable and must be disposed of immediately. Cracked batteries must also be discarded and never reused.

Q7: What happens if the battery is short‑circuited?

Connecting positive and negative terminals directly causes a short circuit, which can lead to fire and explosion. Short circuits are strictly prohibited.

Q8: Can I disassemble or impact the battery?

Never disassemble, impact, or bend the battery. Do not puncture with sharp objects or attempt to open the pack. Using severely damaged or deformed batteries may cause heating, fire, explosion, or capacity loss.

Q9: Can the battery be used in high or low temperatures?

Charging environment: 0 °C ~ 45 °C; discharging environment: -40 °C ~ 55 °C (as per the operating range). Do not use or leave near fire or where temperature exceeds 60 °C. At -20 °C, 0.5 C discharge capacity ≥ 70 % of nominal; at 55 °C, ≥ 98 %.

Q10: Can I mix this battery with others?

Do not mix with dry cells or other primary batteries, nor with batteries of different packaging, models, or brands.

Q11: Can the battery be thrown into fire or liquid?

Never dispose of in fire or liquid. Do not immerse in water or allow the battery to get wet.

Q12: How to dispose of used batteries?

Used batteries must be properly packed and placed in designated recycling bins.

Q13: What if the battery becomes hot or emits an odour during use?

If you notice heating, odour, discolouration, deformation, or any other abnormality during use, charging, or storage, stop using it immediately. If leakage or a strong smell occurs, move away immediately.

Safety Precautions

When charging, keep away from flammable materials. Use a certified charger, wire correctly, and never reverse polarity or short‑circuit. Charging temperature must be 0 °C ~ 45 °C, and the process must be supervised.

Discharge current must not exceed the specification; discharge temperature must stay below 65 °C. Never over‑discharge – per‑cell voltage must not drop below 3.2 V (19.2 V for the pack).

Never disassemble, impact, or bend the battery. Do not use swollen or deformed packs. Short circuits, fire, or immersion in liquid are strictly forbidden.

Store in a dry, cool place (23 °C ± 5 °C). For long‑term storage, keep per‑cell voltage at 3.8 V ~ 3.9 V. Dispose of used batteries in designated recycling bins.

Read the manual thoroughly before use. Improper handling may cause heating, fire, explosion, or capacity loss. Keep the battery away from static electricity during charging, use, and storage.

Danger! Incorrect operation may cause heating, fire, explosion, damage, or capacity degradation. Read the instruction manual carefully before use.