BLDC Motor Design & Equipment Integration
Contributed to the development of a semi-autonomous wheel-bearing replacement system for Leopard tanks based on an electric forklift platform, in a project involving TNI AD. My work also included designing a 3 kW, 72 V BLDC motor winding configuration for an electric forklift application.
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The project involved developing a semi-autonomous wheel-bearing replacement system for Leopard tanks using an electric forklift platform. Within this work, I contributed to electrical and mechanical equipment development, including BLDC motor winding configuration, electrical assembly, integration, and testing.
The public articles linked on this page provide additional context about the broader university project. They are included as external references, not as a claim that every article documents my individual contribution.
My responsibilities
- Contributed to the development of a semi-autonomous wheel-bearing replacement system for Leopard tanks based on an electric forklift platform in a project involving TNI AD.
- Designed a 3 kW, 72 V BLDC motor winding configuration for an electric forklift application.
- Performed motor sizing, winding configuration selection, winding design, simulation, verification, and power testing.
- Performed electrical wiring, electrical assembly, and system integration for forklift-based equipment.
- Assisted with custom body fabrication and modification of forklift equipment.
- Supported electrical and mechanical assembly, troubleshooting, and testing during equipment development.
Project Gallery & Documentation
Project photographs, wiring diagrams, simulation screenshots, test records, and reports documenting the equipment development process.
