6S 20000mAh 22.2V LiPo Battery
A 6S 22.2V UAV LiPo battery offering 20,000mAh capacity and 444Wh of nominal energy in a 187 × 45.4 × 77mm pack format. With an image-labeled weight of 1,260g, 10C discharge rating and XT90 connector, this configuration can be evaluated against the aircraft’s battery bay, harness and power demand.
·Configuration: 6S
·Nominal Voltage: 22.2V
·Capacity: 20,000mAh
·Nominal Energy: 444Wh
·Discharge Rating: 10C (label rating)
·Pack Weight: 1,260g
·Main Connector: XT90
Pack Dimensions and Installation Fit
Pack Dimensions and Installation Fit
The 187 × 45.4 × 77mm pack outline and labeled 1,260g weight provide useful inputs for planning a secure installation. Check compartment clearance, cable exit, restraint placement and aircraft mass limits before approving the pack for your UAV.
Battery-Bay Clearance
Check the mounting envelope in all three directions, including the cable exit and access needed to connect or disconnect the pack.
Retention and Cable Routing
Confirm that the mounting arrangement secures the battery without stressing the cable, plug or pack enclosure during operation.
20Ah UAV LiPo Battery Specifications
The 20Ah UAV LiPo battery is labeled 22.2V (6S), 444Wh and 10C. Compare the listed pack dimensions, 1,260g weight and XT90 connector with the aircraft’s installation space and electrical requirements before selecting this configuration.
XT90 Connector and UAV Battery Integration
This pack is pictured with an XT90 termination. For UAV battery connector integration, check the mating interface, polarity, wire specifications, routing clearance and expected continuous and peak load. A connector type alone does not confirm electrical compatibility.
Operating-Voltage and Load Check
Verify the aircraft, ESCs and charger support the pack’s full operating voltage range. Obtain the necessary discharge documentation before treating a 10C label as proof of current capability.
XT90 Mating and Cable Routing
Confirm mating compatibility, polarity, strain relief and cable clearance within the installed position. Any connector or harness change should be evaluated for the required current and installation conditions.
Comparing 18Ah, 20Ah and 22Ah at 22.2V
These neighboring 6S configurations list 399.6Wh, 444Wh and 488.4Wh respectively. The 20Ah model provides a middle nominal-energy option; compare each pack’s separate weight and envelope before deciding whether a higher or lower capacity is appropriate.
Evaluating the 444Wh Pack for a UAV Installation
For an aircraft whose energy estimate points toward 20Ah, check the installation space and permissible battery mass before considering the pack. Nominal Wh is a starting figure for energy planning, not a promised flight-time result.
Energy Requirement
Use anticipated mission consumption and a suitable energy reserve to determine whether a 444Wh nominal rating warrants further evaluation; nominal energy is not the same as energy available during every mission.
Mechanical Envelope
Compare the 187 × 45.4 × 77mm pack outline and 1,260g labeled weight with the aircraft’s allowable battery space and takeoff-mass budget.
What to Confirm for a 20Ah Pack Order
To discuss this specific configuration, provide aircraft voltage limits, sustained and peak current estimates, available compartment dimensions, connector orientation, mounting arrangement and planned quantity. These inputs support a focused technical fit review and quotation.
Provide your aircraft voltage, current and mounting requirements for a configuration discussion.
6S 20000mAh LiPo Battery FAQs
These model-specific questions address compartment fit, XT90 termination, labeled energy and adjacent capacity options. They do not substitute for the aircraft’s own compatibility testing.
Will the 187 × 45.4 × 77mm pack fit my existing battery compartment?
Compare all three dimensions with the usable compartment clearance and allow room for the cable exit, XT90 connection and secure retention. Physical size alone does not confirm electrical compatibility.
Does the XT90 connector mean this battery is suitable for my UAV’s current draw?
No. The connector type is only one part of the power path. Check the aircraft’s sustained and peak load, wiring, connector condition and battery discharge documentation before selecting the pack.
Is the 444Wh figure usable energy under every flight condition?
No. The 444Wh value is nominal energy calculated from rated voltage and capacity. Actual usable energy varies with discharge limits, temperature, current demand and system settings.
What changes if I choose the 22Ah version instead of the 20Ah version?
At 22.2V nominal, the 22Ah model lists 488.4Wh—44.4Wh more than the 20Ah pack. Check the other model’s weight, dimensions and connector independently; the energy difference does not predict an equal increase in flight time.
Is 1,260g the weight I should use for initial integration planning?
1,260g is the weight shown in the product specification image. Use it as the labeled reference and confirm the delivered pack configuration and installation hardware before finalizing the aircraft mass budget.
What information should accompany a request for this exact 6S 20Ah model?
Provide the required quantity, aircraft voltage and current requirements, available battery space, connector and cable requirements, and any documentation needed for your procurement review.
Explore Adjacent 6S Capacity Options
Compare the 12.5Ah, 15Ah and 18Ah alternatives when 444Wh does not suit your nominal energy target. Check each model’s physical dimensions and connection details separately, or explore the full UAV battery range for additional pack options.
6S 12,500mAh LiPo Battery
22.2V nominal, 277.5Wh stored energy — the lower-capacity 6S option in this range.
6S 15,000mAh LiPo Battery
22.2V nominal, 333Wh stored energy — a balanced mid-range 6S option.
6S 18,000mAh LiPo Battery
22.2V nominal, 399.6Wh stored energy — a higher-capacity 6S option for longer endurance.
Return to UAV Battery Packs for the full 6S range.
Review the 20Ah Configuration for Your Aircraft
Send your aircraft requirements to discuss the labeled 6S 20Ah LiPo configuration and the next steps for technical fit and quotation.
Provide your aircraft voltage, current and mounting requirements for a configuration discussion.
Related Products
6S 18000mAh 22.2V LiPo Battery
With 399.6Wh of nominal stored energy in a 6S LiPo configuration, this 18Ah YATTOX pack offers a capacity step between the 15Ah and 20Ah options. Its 22.2V nominal voltage and labeled 10C rating provide a starting point for reviewing a UAV power system—not a standalone compatibility or flight-time guarantee.
·Configuration: 6S
·Nominal Voltage: 22.2V
·Capacity: 18,000mAh
·Nominal Energy: 399.6Wh
·Discharge Rating: 10C (label rating)
6S 15000mAh 22.2V LiPo Battery
The YATTOX 6S 15,000mAh LiPo pack offers 333Wh of nominal energy at 22.2V. For UAV installations, assess this 15Ah option against aircraft power demand, allowable pack weight and available mounting space before selecting it for a mission.
·Configuration: 6S
·Nominal Voltage: 22.2V
·Capacity: 15,000mAh
·Nominal Energy: 333Wh
·Discharge Rating: 10C (label rating)
6S 12500mAh 22.2V LiPo Battery
A 6S, 22.2V YATTOX UAV LiPo battery with 12,500mAh nominal capacity, 277.5Wh nominal energy and a 10C label rating, for power-system compatibility evaluation.
·Configuration: 6S
·Nominal Voltage: 22.2V
·Capacity: 12,500mAh
·Nominal Energy: 277.5Wh
·Discharge Rating: 10C (label rating)
