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Robot Battery Packs

Custom Robot and Robot Dog Battery System

Custom battery systems for robot dogs, legged robots, service robots, warehouse robots, and compact mobile platforms that need peak-power, vibration, enclosure, and BMS communication review.

Robot dog / service robotMobile platformSmart BMS

Certification support

UN38.3 document reviewMSDS / SDS reviewTarget-market documentation review
Robot and robot dog battery system with a rugged gray housing, top handle, power terminals, and cooling fins for mobile equipment integration

Product image set

Robot and robot dog battery system with a rugged gray housing, top handle, power terminals, and cooling fins for mobile equipment integration 1
Robot and robot dog battery system with a rugged gray housing, top handle, power terminals, and cooling fins for mobile equipment integration 2
Robot and robot dog battery system with a rugged gray housing, top handle, power terminals, and cooling fins for mobile equipment integration 3

Quick shortlist specs

Full specs are confirmed in the technical table

Voltage
45.5V / 48V examples
Capacity
15Ah-43Ah examples
Chemistry
Li-ion / LiFePO4 by platform
Energy
0.7-2.1kWh examples
Max discharge
Peak/actuator events reviewed; datasheet packs ~0.7-2.1kWh class
Cycle life
1000+ cycle examples at pack level
Dimensions
Envelope and weight confirmed by robot chassis

Product overview

Product description

Custom battery systems for robot dogs, legged robots, service robots, warehouse robots, and compact mobile platforms that need peak-power, vibration, enclosure, and BMS communication review.

Robot and robot dog battery system with a rugged gray housing, top handle, power terminals, and cooling fins for mobile equipment integration

Download Technical Datasheet & Drawing

Robot and Robot Dog Battery System

Leave your email and project requirement. We will treat the datasheet request as a high-intent RFQ and follow up with drawings and matching advice.

Accessories

Capacity upsell & related products

Smart BMS
Power and signal harness
Sealed connector
Robot chassis mounting kit
72V robot and AMR lithium battery system in a rugged enclosure for industrial mobile platform integration
72V classIndustrial robot / AMRSmart BMS

72V Robot and AMR Battery System

Custom 72V-class battery systems for industrial robots, AMRs, autonomous mobile robots, and higher-power equipment that need runtime, current, charger, harness, and BMS communication review.

Voltage
72V-class examples
Capability
Continuous vs peak / regen reviewed with fuse–MOS / contactor path
Chemistry
Li-ion / LiFePO4 by platform
Smart robot battery modules with modular housings and BMS interfaces for controller and charger integration
CAN / RS48575V / 78.75V classSOC / fault reporting

Smart Robot Battery Module

75V-class smart battery modules for robots and industrial equipment that need a defined bay, CAN or RS485 reporting, charger handshake, and a repeatable module building block instead of a full custom pack.

Voltage
75V / 78.75V examples
Capability
Cont/peak confirmed vs bay cooling + connector rating
Chemistry
Li-ion smart module
21700 cylindrical lithium battery cell for custom OEM battery pack selection and series-parallel design
21700Energy / power / high-rateBMS / communication

Custom 21700 Battery Pack

Custom 21700 cylindrical lithium battery packs for OEM equipment that need higher cell capacity, fewer parallel groups, series-parallel architecture, enclosure, connector, BMS, and validation planning in one project path.

Voltage
6S / 12S / custom examples
Cell platform
21700 Li-ion / NMC by project
Integration
Cell + BMS + PACK

Product FAQ

Robot and Robot Dog Battery System

When should a project use the robot dog SKU instead of 72V or smart module?

Use this SKU for weight-sensitive 45.5V / 48V legged, service, and compact mobile platforms. Use the 72V SKU for higher-voltage industrial robot / AMR platforms. Use the smart module when the bay is already defined and CAN / RS485 reporting is the primary need.

What information is needed for a robot dog battery quote?

Share target voltage, runtime, continuous and peak current, available envelope, weight limit, charging method, connector, communication protocol, vibration conditions, and sample quantity.

How do capacity options relate to overall battery pack engineering?

The capacity options serve as reference points. Final battery pack selection considers total system weight, center of gravity, vibration resistance, connector specifications, and BMS communication protocols.