Energy & mass
Define the required usable energy and battery mass limit alongside the aircraft payload. Flight time depends on the complete aircraft and mission profile.
Drone & UAV power systems
Semi-Solid-State Battery Integration for Drones & UAVs
Plan your drone battery integration around the mission, payload and aircraft limits. Explore AntBattery’s 350 and 400 Wh/kg semi-solid-state series with 6S–24S configurations, then review the exact pack requirements with our team.
What your drone battery needs to deliver
Continuous & peak power
Provide hover, climb and payload current, including peak duration. A C-rate alone does not establish the current available for your aircraft.
Mechanical & electrical fit
Check the battery bay, mounting, centre of gravity, connector, BMS and charger against the exact pack configuration.
Plan around the mission
Mapping & survey
Share route length, cruise load, take-off weight and the required landing reserve. Review usable energy across the full mission.
Inspection
Provide hover time, repeated climb loads, payload power and operating conditions for the inspection route.
Payload missions
Specify payload mass and power demand, take-off current and the available battery weight budget.
UAV platform development
Start with the aircraft voltage window, pack envelope and telemetry requirements, then define a sample validation plan.
Choose your UAV battery series
Both series use semi-solid-state technology, with continuous 5C charge and discharge, a 10C burst rating and configurable 6S–24S packs. Confirm burst duration, operating direction and test conditions for your application.
350 Wh/kg Semi-Solid-State Drone Battery Packs
350 Wh/kg supplied energy-density rating. Explore configuration options and review the 8S reference pack separately from your requested SKU.
View 350 Wh/kg series & choose SKU
400 Wh/kg Semi-Solid-State Drone Battery Packs
400 Wh/kg supplied energy-density rating. Explore configuration options and review the 6S reference pack separately from your requested SKU.
View 400 Wh/kg series & choose SKUThe 350 and 400 Wh/kg figures are supplied ratings. Confirm whether each applies to cells or a complete pack, and request the relevant test data. Reference sample dimensions, energy and mass do not apply to every configuration.
Compare both series in the UAV battery pack catalogueHow to select a UAV battery configuration
Match the voltage window
Choose a 6S–24S series configuration against the aircraft controller and charger voltage limits. Series count alone does not define compatibility.
Define energy or capacity
Supply the required Ah or Wh, mission load and landing reserve. Confirm capacity and voltage for the selected SKU.
Check current demand
Review continuous and burst current, peak duration and operating temperature with the configuration-specific data.
Confirm the physical envelope
Provide maximum length, width, height and mass, plus mounting and centre-of-gravity constraints.
Specify interfaces
Confirm the power and balance connectors, cable routing, BMS, communication and charging profile.
Aircraft integration & sample validation
Mechanical installation
Review restraint, vibration, cable strain relief, clearances and aircraft balance with the final pack drawing.
Electrical & thermal review
Match connectors, protection, controller limits, charger settings and thermal conditions to the selected configuration.
Sample validation
Agree ground-load checks and a controlled flight-validation plan, including voltage sag, temperatures and landing reserve.
Technical information for your review
Request a configuration-specific datasheet, dimensional drawing, charge and discharge information, and available validation or transport documents. Availability and applicability depend on the exact pack and destination and are confirmed individually.
Read the UAV battery technology and supplier checks guideDrone & UAV battery questions
How do I choose between 350 and 400 Wh/kg?
Begin with your aircraft energy, current, dimensions and mass limits. Review the exact pack data for each series; energy density alone does not determine the best fit. Confirm the cell-versus-pack basis and test conditions for each stated rating.
Can both series be configured from 6S to 24S?
Both series offer 6S–24S configurations for engineering review. Capacity, voltage limits, dimensions, mass, interfaces and availability must be confirmed for the selected SKU.
What do the 5C and 10C ratings mean?
Both series are specified with continuous 5C charge and discharge ratings and a 10C burst rating. Burst duration, operating direction and test conditions require confirmation. Current in amperes depends on the confirmed capacity.
Can I replace an existing drone battery?
Replacement requires a review of voltage limits, current demand, physical fit, mounting, connectors, BMS, communication and charger compatibility. No universal drop-in fit is assumed.
How can I estimate flight time?
Use the aircraft power profile, usable pack energy, payload, operating conditions and landing reserve, then validate with the aircraft. A Wh/kg rating does not establish a flight-time gain.
Tell us about your UAV project
Share the following details so we can review a suitable battery configuration.
- Aircraft model, mission and payload
- Operating voltage window and required Ah / Wh
- Maximum battery dimensions and mass
- Continuous current, peak current and duration
- Connector, BMS, communication and charger
- Operating conditions, quantity and destination
Opens an email draft with a requirements checklist. Your request is sent when you send the email.