Power that keeps pace with your fleet.
Custom Li-ion battery packs, fast chargers, and BMS solutions built for AMRs, AGVs, and industrial robotics — engineered for long duty cycles, fast turnaround, and fleet-wide reliability.
Why Robotics OEMs Choose Custom
Built for the demands of continuous operation
Our custom battery packs provide dependable performance through every charge cycle, ensuring your fleet stays productive day after day.
Cycle life that lasts
Robots charged and discharged daily over years need chemistry and cell selection that hold capacity well beyond a generic pack's rated life.
Fast, predictable charging
Fleet scheduling depends on turnaround time. Fast-charge capability and consistent charge curves keep robots on the floor, not in the charging bay.
Fleet-grade consistency
Operators running dozens of units need predictable performance across every pack — not batch-to-batch variation from generic suppliers.
Predictive maintenance data
State-of-health telemetry flags degrading packs before they cause unscheduled downtime across the fleet.
What We Offer
Power systems for AMRs, AGVs & robotic platforms.
From a single custom pack to the charging infrastructure that keeps a fleet running.
Custom battery packs
NMC and LFP Li-ion packs engineered for your chassis voltage, capacity, and form factor — from prototype through production volumes.
Smart batteries
Integrated BMS with real-time telemetry, cell balancing, and state-of-health monitoring for fleet management integration.
Fast & smart chargers
High-efficiency chargers built for rapid turnaround between shifts, minimizing robot downtime across the fleet.
Battery management systems
Protection, balancing, and intelligent control that extend pack lifespan across thousands of charge/discharge cycles.
Monitoring & logging
On-board telemetry and data logging for fleet maintenance scheduling and predictive replacement planning.
Charging docks & stations
Power infrastructure for autonomous docking and opportunity charging across fleet operations.
(in development)Engineering Considerations
What goes into a robotics battery pack.
Cell chemistry
LFP is often preferred for fleet robotics, trading some energy density for the long cycle life and thermal stability high-utilization platforms need.
Fast-charge engineering
Cell selection and BMS design that support rapid charging without compromising cycle life — critical for multi-shift operations.
Mechanical integration
Pack form factor and mounting designed around your chassis, including swappable pack options for hot-swap fleet operations.
Fleet data & diagnostics
Telemetry and state-of-health reporting that integrates with fleet management software for predictive maintenance scheduling.
Platforms We Power
Applications
Scoping a battery requirement for your robotics fleet?
From single-unit prototypes to fleet-wide power infrastructure, our engineering team works from your duty cycle and chassis constraints to design the right system.
Talk to Our Engineering Team