Good-fit projects
Bring the hard constraints. That is where the design starts getting useful.
- Your off-the-shelf pack is too large, too weak, too short-lived, or difficult to integrate.
- You need high-current discharge without performance dropping under load.
- You have a prototype, student build, pilot program, research project, or specialized product that needs a serious power source.
- You care about premium cell selection, careful assembly, support, and a U.S.-built partner.
- You can describe the mission, available space, operating environment, and expected performance.
Good-fit project types:
- EV and electric mobility projects
- Robotics and automation platforms
- Drone and UAV power systems
- University, lab, and capstone projects
- Product development prototypes
- Commercial and private-sector innovation projects
- High-current experimental applications
Cell ecosystem
Premium cell brands, selected for the job.
Motor Works Power Systems works with recognized lithium-ion cell families and can help match the pack chemistry, format, and current capability to the performance target.
Brand families we work with:
Molicel • Samsung • LG • EVE • Ampace • Reliance • BAK •
Cell selection depends on the application. A drone, robot, EV conversion, research prototype, or automation platform may need a different balance of current output, capacity, thermal behavior, size, and serviceability.
Common questions
Before you reach out.
These answers help companies, schools, and product teams understand what Motor Works Power Systems needs to evaluate a specialized battery project.
What information should we send first?
Start with the application, target voltage, load profile, runtime goal, dimensions, mounting approach, environmental exposure, desired quantity, and timeline.
Can Motor Works Power Systems help with non-bike projects?
Yes. The specialized project service is positioned for EVs, drones, robots, automation, educational projects, manufacturers, developers, and innovators.
Is this for prototypes or production?
Both may be a fit. Many projects begin as a prototype or pilot build, then move into refinement once the power, fit, and operating requirements are validated.
What if we do not know the exact specifications yet?
Share what you know. The most helpful starting point is the job the battery must perform and the constraints the final system cannot change.
Do you need drawings or diagrams?
Drawings, photos, dimensions, controller information, wiring diagrams, or sketches are helpful, but they are not required for the first conversation.
What project details make review faster?
Voltage, capacity, peak current, continuous current, runtime target, available space, connector needs, operating environment, quantity, budget range, and timeline all help speed up review.
Battery projECT PREPERATION
Have these answers ready, then use the Specialized Inquiry Intake page.
1) What will the battery power?
EV, robot, drone, automation platform, research build, student project, or another specialized application.
3) How much current will the system demand?
Share continuous and peak current needs, motor/controller specs, payload, duty cycle, or test data.
5) What environment will it operate in?
Note vibration, weather exposure, heat, cold, dust, transport, storage, and indoor or outdoor use.
2) What voltage and capacity are you targeting?
Include known voltage, amp-hour or watt-hour goals, runtime expectations, and charger requirements.
4) Where does the pack need to fit?
Provide dimensions, mounting points, enclosure needs, cable exits, connector preference, and service access.
6) What is the project stage?
Prototype, pilot, competition, grant project, lab research, new product development, or small-batch production.
