Unmanned Ground Vehicle Development

Safety-Critical Robotics Engineering Delivered Through On-Demand Teams

Unmanned Ground Vehicle Development for hazardous, mission-critical environments demands more than advanced mechanics, it requires tightly integrated, deterministic embedded software and rigorous safety practices. Faced with aggressive timelines, limited hardware access, and strict compliance constraints, the client partnered with MedAcuity to accelerate progress using an on-demand, embedded engineering team. By combining deep robotics expertise with safety-critical software disciplines, the program advanced efficiently from architecture through integration and testing, ultimately delivering a reliable, production-ready system while reducing overall program risk.

Download Project Snapshot
Unmanned Ground Vehicle

project snapshot

SITUATION

  • A robotics manufacturer was developing a heavy-duty unmanned ground vehicle for hazardous, mission-critical operations
  • The system required real-time, deterministic embedded software tightly coupled to high-power actuators, mobility systems, and sensors
  • Faced ITAR restrictions, limited prototype availability, and an aggressive post award schedule with no ability to staff up early
  • Program timelines were aggressive, with no ability to staff a full team until development formally began

Challenges

  • Coordinating software development with scarce prototype hardware and rapidly evolving mechanical designs
  • Meeting defense compliance and cybersecurity requirements under ITAR constraints
  • Delivering a reliable, production ready system on an immovable timeline
  • Scaling engineering capacity without long-term staffing risk

SOLUTION

  • MedAcuity embedded a dedicated, on-site engineering team that integrated directly with the client’s mechanical, electrical, and systems engineers
  • Provided just-in-time access to specialized robotics and embedded software expertise, avoiding long-term staffing risk
  • Supported the full development lifecycle, from software architecture and low-level drivers to system integration, testing, and production readiness
  • Introduced safety-critical software development practice, including requirements management, traceability, and failure-mode analysis, to improve system reliability

Results

  • Delivered a production-ready unmanned ground vehicle meeting demanding operational requirements
  • Accelerated development without sacrificing quality through embedded, on-site collaboration
  • Reduced program risk by applying proven safety-critical engineering disciplines early in development
  • Strengthened the client’s internal engineering organization through knowledge transfer and best-practice adoption
  • Established a long-term engineering partnership supporting future robotics programs

Explore some of our recent projects to learn how MedAcuity can accelerate your product development efforts.