POWERING THE WORLD SINCE 2014
Use Cases
Build Style
Priority
Quality Standards
EV, robotics, drone, mobility, automation
Application-specific pack design
High current output, runtime, integration
U.S. designed, built and transparency
Explore our lithium-ion batteries, project-fit for your performance power needs.
What gets engineered
Each project balances electrical demand, physical packaging, operating environment, safety priorities, and service expectations.
Environment readiness
Account for vibration, weather exposure, heat, cold, transport, storage, duty cycle, and field operation.
Voltage and capacity planning
Define nominal voltage, usable capacity, runtime goals, charge requirements, and system-level compatibility.
High-current performance
Plan for discharge demands, reduced voltage sag, thermal behavior, and current delivery under peak load.
Mechanical integration
Shape the pack around available space, mounting needs, cable exits, connectors, impact protection, and access.
BMS and monitoring options
Consider protection, balance strategy, status visibility, serviceability, and smart monitoring where appropriate.
Prototype-to-pilot support
Use the first build to validate fit and performance, then refine documentation for repeatable small-batch needs.
Education
Project support for capstone teams, engineering programs, student competitions, and applied research builds.
Drones
Lightweight, high-current battery solutions for UAVs, aerial tools, endurance tests, and specialized payload needs.
Robotics
Runtime-focused power for mobile robots, campus research, automation carts, field platforms, and payload systems.
Electric Vehicles
High-output packs for lightweight EVs, conversion platforms, test vehicles, and performance mobility projects.
The best custom battery starts with the job it needs to do. Bring the load profile, space constraints, environment, and timeline. Motor Works Power Systems helps translate that into a pack that fits the mission.
Power systems for serious electric projects.
Who we build for
A practical path from idea to powered system.
The intake is designed to uncover what your team already knows, what still needs testing, and what has to be true for the battery to work in the real product.
Step 01
Project discovery
Share the application, target voltage, load profile, available space, expected quantity, and deadline.
Step 02
Power and packaging review
Translate performance goals into cell, BMS, connector, enclosure, and integration considerations.
Step 03
Prototype build
Create a pack suited to the real mechanical, electrical, thermal, and operational constraints.
Step 04
Refine and repeat
Use testing feedback to adjust the next version for better runtime, fit, reliability, or production readiness.
Our Partners
Motor Works Power Systems works with recognized lithium-ion cell families and can help match the pack chemistry and format to the performance target.
