Wilder Systems (WS Robots) :: Agile Manufacturing Robots for Complex Aircraft Manufacturing & Maintenance, Repair & Overhaul

Wilder Systems (WS Robots) is an aerospace robotics company specializing in Agile Manufacturing Robots (AMR) for complex aircraft manufacturing and Maintenance, Repair, and Overhaul (MRO) operations. The company develops mobile, modular robotic systems that automate labor-intensive, ergonomically challenging, and high-precision tasks such as drilling, defastening, inspection, washing, and sanding. Founded with a focus on the aerospace sector, Wilder Systems aims to accelerate the transition to “lights-out” manufacturing by delivering cost-effective, AI-powered robotic solutions that improve productivity, quality, safety, and aircraft availability.

Their core offering is a family of mobile robotic platforms with interchangeable end-effectors and AI vision systems. These systems combine industrial robotic arms, omni-directional mobile bases, advanced sensors, and human-machine interfaces for flexible deployment in production and maintenance environments.

Key robot-based products include:

• WS1000 Series: Designed for operator collaboration and simplicity in standard workspaces.
• WS2000 Series: Optimized for tight-access navigation and high accuracy in confined aircraft areas.
• WS5000 Series: Provides increased load capacity and extended reach for larger components and heavier tasks.

Core Capabilities and Applications:

• Drilling & Countersinking — Precision hole-making with automated path planning and quality checks.
• De-Fastening — AI-powered, vision-guided removal of fasteners, significantly reducing the massive manual labor hours required in aircraft maintenance.
• Inspection — Automated defect detection and feature recognition using CAD-to-path planning and continuous AI model improvement.
• Washing & Cleaning — Robotic aircraft wet-wash systems that leverage existing infrastructure.
• Sanding & Surface Preparation — Automated material removal tasks.

The systems feature modular tool storage, HEPA vacuum systems for FOD (Foreign Object Debris) control, 7th-axis linear rails for extended reach, safety scanners, and coupon tables for in-process quality verification. They support a Robots-as-a-Service (RaaS) model in some cases, allowing aerospace manufacturers and MRO facilities to adopt advanced automation with lower upfront capital costs.