UAV & Drone Battery Packs
Custom flight packs for unmanned platforms — built to your airframe’s power, weight, and connector requirements, with documented component source available for programs that need it.
Quote a PackAll Battery CapabilitiesPower for Unmanned Platforms
Unmanned systems — UAS and drone propulsion — live or die on power-to-weight and discharge capability. BAM builds flight packs to the platform’s continuous and burst current, voltage, weight budget, and connector — high-rate LiPo for maximum power density, or Li-ion (21700) where endurance outweighs peak draw. For defense and federal UAS programs, packs are quoted with documented component source — allied-nation cells with country of origin in writing — so your program can make the call with real records in hand.
Build Details
| Chemistries | High-rate LiPo for power density; Li-ion 21700 for endurance |
| Built to | Platform continuous/burst current, voltage, weight, connector, balance leads |
| Connectors | XT60 / XT90 / AS150 and custom — to the airframe |
| Sourcing | Documented component source available — allied-nation cells, origin in writing |
| Construction | Weight-optimized, vibration-aware; protection where the platform requires it |
| Documentation | Lot and date-code traceability, Certificate of Conformance, SDS, and UN 38.3 support — provided to the requirement of the build. |
| Shipping | 49 CFR hazmat trained — lithium battery ground shipping (UN 3480 / UN 3090) prepared and labeled in-house. |
| Quantities | One unit through pilot and production runs. No artificial minimums; every project reviewed for fit. |
By Application
UAV / Drone Questions
Can you build to my airframe’s spec?
Yes — send continuous and peak current, voltage, weight limit, and connector; the cell and construction follow.
Do you support NDAA-related sourcing?
The compliance call is your program’s — BAM’s job is to make it easy: allied-nation cells with origin stated in writing, documented at the component level.
LiPo or Li-ion for my drone?
LiPo for maximum burst power and lightest weight; Li-ion 21700 for longer endurance at lower peak draw. The quote recommends based on your mission profile.
Can you match an existing flight pack?
Yes — send the pack or its dimensions, voltage, capacity, and connector.
How Your Quote Runs
Spec review
Airframe power, weight, and connector requirements captured.
Cell selection & first article
Cell selected to the mission profile; first article flight-pack verified.
Build & test
Assembly per the documented build; capacity and IR verified on calibrated equipment.
Documentation & ship
Records to the requirement; lithium shipping prepared under 49 CFR in-house.
Send your platform’s power requirement.
Most quotes are answered within a few business days.
Request a QuoteUAV & Drone Battery Packs
Custom flight packs for unmanned platforms — built to your airframe’s power, weight, and connector requirements, with documented component source available for programs that need it.
Quote a PackAll Battery CapabilitiesPower for Unmanned Platforms
Unmanned systems — UAS and drone propulsion — live or die on power-to-weight and discharge capability. BAM builds flight packs to the platform’s continuous and burst current, voltage, weight budget, and connector — high-rate LiPo for maximum power density, or Li-ion (21700) where endurance outweighs peak draw. For defense and federal UAS programs, packs are quoted with documented component source — allied-nation cells with country of origin in writing — so your program can make the call with real records in hand.
Build Details
| Chemistries | High-rate LiPo for power density; Li-ion 21700 for endurance |
| Built to | Platform continuous/burst current, voltage, weight, connector, balance leads |
| Connectors | XT60 / XT90 / AS150 and custom — to the airframe |
| Sourcing | Documented component source available — allied-nation cells, origin in writing |
| Construction | Weight-optimized, vibration-aware; protection where the platform requires it |
| Documentation | Lot and date-code traceability, Certificate of Conformance, SDS, and UN 38.3 support — provided to the requirement of the build. |
| Shipping | 49 CFR hazmat trained — lithium battery ground shipping (UN 3480 / UN 3090) prepared and labeled in-house. |
| Quantities | One unit through pilot and production runs. No artificial minimums; every project reviewed for fit. |
By Application
UAV / Drone Questions
Can you build to my airframe’s spec?
Yes — send continuous and peak current, voltage, weight limit, and connector; the cell and construction follow.
Do you support NDAA-related sourcing?
The compliance call is your program’s — BAM’s job is to make it easy: allied-nation cells with origin stated in writing, documented at the component level.
LiPo or Li-ion for my drone?
LiPo for maximum burst power and lightest weight; Li-ion 21700 for longer endurance at lower peak draw. The quote recommends based on your mission profile.
Can you match an existing flight pack?
Yes — send the pack or its dimensions, voltage, capacity, and connector.
How Your Quote Runs
Spec review
Airframe power, weight, and connector requirements captured.
Cell selection & first article
Cell selected to the mission profile; first article flight-pack verified.
Build & test
Assembly per the documented build; capacity and IR verified on calibrated equipment.
Documentation & ship
Records to the requirement; lithium shipping prepared under 49 CFR in-house.
Send your platform’s power requirement.
Most quotes are answered within a few business days.
Request a Quote