A robot battery must match how the robot actually moves. Idle load, sensors, motor peaks, docking charge and communication all affect the pack design. This custom robot battery pack is designed for mobile platforms where runtime and current margin both matter.
Best-Fit Applications
The pack can include a metal case, handle, charging contact, high-current connector, CAN or RS485 BMS and low-temperature cell options. For humanoid robots or inspection robots, weight distribution and mounting position may also be important.
Custom Design Notes
The best development path is to test samples inside the robot, then adjust BMS current, connector direction and enclosure before pilot production.
Basic Specification Range
| Voltage | 14.4V to 72V |
| Capacity | Project-specific |
| Chemistry | Li-ion / LiFePO4 / NMC |
| Application | humanoid robots, UGV, AMR, inspection robots and service robots |
| Certification Support | UN38.3, MSDS and CE support |
Related Custom Battery Support
For the full engineering process, visit our custom battery pack page. You can compare existing models in the battery product catalog, review industry use cases under battery solutions, or send your project details through Contact us.
FAQ
Can this be used for humanoid robots?
Yes, if voltage, weight, space and peak current are reviewed carefully.
Can the robot read battery data?
Yes. CAN, RS485 or UART communication can be used with a smart BMS.
Can the pack support docking charge?
Yes. Charging contacts and BMS settings can be designed for docking systems.
What is the main risk in robot batteries?
Peak current and thermal rise are common issues if the pack is under-sized.
Can you support pilot production?
Yes. Samples, pilot runs and repeat production can be planned.