Robotics & UGV Battery Packs
Power packs for robots and unmanned ground vehicles — built to the platform’s drive current, runtime, footprint, and charging needs, from prototype through production.
Quote a PackAll Battery CapabilitiesPower for Robotic Platforms
Power for robots, AGVs, and unmanned ground vehicles has to handle high drive currents, frequent cycling, and the mechanical reality of a moving platform — vibration, shock, and tight packaging. BAM builds packs to the drivetrain’s continuous and peak current, the runtime target, and the chassis footprint, with BMS and protection sized to the load and construction that survives the duty cycle. Li-ion for energy density and runtime, LiFePO4 where cycle life and abuse tolerance lead.
Build Details
| Chemistries | Li-ion for runtime and energy density; LiFePO4 for cycle life and durability |
| Built to | Drive current (continuous and peak), runtime target, chassis footprint |
| Integration | BMS sized to the load, protection, power distribution, charge management |
| Construction | Vibration- and shock-aware; hard-case and potted options |
| Scale | Prototype through production — consistent builds as the platform scales |
| 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
Robotics / UGV Questions
Can you build to my drivetrain’s current draw?
Yes — send continuous and peak current, voltage, and runtime target; the cell, BMS, and construction follow.
Can you scale from prototype to production?
Yes — the same documented build matures from one proof unit to repeatable production runs.
How do you handle vibration and shock?
Construction is matched to the platform — bracing, potting, and connector strategy chosen for the mechanical environment.
Can the pack fit my exact chassis space?
Yes — packs are built to the footprint; send the envelope and mounting constraints.
How Your Quote Runs
Spec review
Drive current, runtime, and chassis footprint captured.
Cell selection & first article
Cells and BMS sized to the load; first article verified on the platform profile.
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 drive and runtime spec.
Most quotes are answered within a few business days.
Request a QuoteRobotics & UGV Battery Packs
Power packs for robots and unmanned ground vehicles — built to the platform’s drive current, runtime, footprint, and charging needs, from prototype through production.
Quote a PackAll Battery CapabilitiesPower for Robotic Platforms
Power for robots, AGVs, and unmanned ground vehicles has to handle high drive currents, frequent cycling, and the mechanical reality of a moving platform — vibration, shock, and tight packaging. BAM builds packs to the drivetrain’s continuous and peak current, the runtime target, and the chassis footprint, with BMS and protection sized to the load and construction that survives the duty cycle. Li-ion for energy density and runtime, LiFePO4 where cycle life and abuse tolerance lead.
Build Details
| Chemistries | Li-ion for runtime and energy density; LiFePO4 for cycle life and durability |
| Built to | Drive current (continuous and peak), runtime target, chassis footprint |
| Integration | BMS sized to the load, protection, power distribution, charge management |
| Construction | Vibration- and shock-aware; hard-case and potted options |
| Scale | Prototype through production — consistent builds as the platform scales |
| 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
Robotics / UGV Questions
Can you build to my drivetrain’s current draw?
Yes — send continuous and peak current, voltage, and runtime target; the cell, BMS, and construction follow.
Can you scale from prototype to production?
Yes — the same documented build matures from one proof unit to repeatable production runs.
How do you handle vibration and shock?
Construction is matched to the platform — bracing, potting, and connector strategy chosen for the mechanical environment.
Can the pack fit my exact chassis space?
Yes — packs are built to the footprint; send the envelope and mounting constraints.
How Your Quote Runs
Spec review
Drive current, runtime, and chassis footprint captured.
Cell selection & first article
Cells and BMS sized to the load; first article verified on the platform profile.
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 drive and runtime spec.
Most quotes are answered within a few business days.
Request a Quote