Improve an existing flatrak for transportation purposes in various loading conditions by making it strong and lighter.
EngineeringPeople partnered with the U.S. Army to reverse engineer the Forward Repair System (FRS), a critical mobile combat repair platform containing mechanical, electrical, pneumatic, and hydraulic systems.
The project required complete disassembly, measurement, documentation, modeling, and reassembly of the system to produce a manufacturing-ready Technical III data package within six months.
The project involved documenting approximately 20,000 individual parts while overcoming limited reference information, complex welded assemblies, and intricate hydraulic and electrical routing systems.

EngineeringPeople delivered the following key services and solutions:
Disassembled and documented the complete Forward Repair System to create an accurate digital engineering baseline.
Developed over 3,000 precision 3D models representing mechanical, hydraulic, pneumatic, and electrical components throughout the platform.
Produced 650 detailed manufacturing-ready engineering drawings for Army use and future sustainment efforts.
Mapped and modeled complex hydraulic and pneumatic routing paths to accurately capture system functionality and assembly relationships.
Established and validated suppliers for custom-made and modified components required to support manufacturing readiness.
Delivered a complete Technical III data package providing the U.S. Army with manufacturing-ready documentation and precision engineering data.
Whether you need reverse engineering, legacy system documentation, or manufacturing-ready technical data packages, EngineeringPeople helps defense and industrial organizations modernize complex equipment with precision and speed.