Ground Control Robotics builds SCUTL™, a modular multilegged robot that can navigate rugged, cluttered and confined spaces such as agricultural hillsides, crawlspaces, attics, and industrial interstitial areas. Its low‑profile, segmented locomotion provides high traction, redundant leg and motor operation, and supports custom sensors and manipulators—including 360° RGB and thermal cameras—for autonomous inspection and intervention in pest control, AEC, and specialty agriculture applications.
Funding
Funding not disclosed
Founders
Product
Problem
Accessing rugged, cluttered, or confined environments such as agricultural hillsides, crawlspaces, attics, and industrial interstitial spaces is difficult with conventional wheeled or tracked robots, limiting inspection, monitoring, and intervention capabilities in these areas.
Solution
Ground Control Robotics offers SCUTL™, a modular, multilegged robot platform designed to navigate and operate in the toughest terrain. Its segmented, centipede‑like locomotion provides a low‑profile, high‑traction solution that can “swim” over obstacles and continue functioning even if a leg or motor fails. The platform supports interchangeable sensors and manipulators, including 360° RGB and thermal cameras, enabling customized data collection and task execution. Built for durability, SCUTL operates in low‑power mode and can be deployed in pest control, architecture‑engineering‑construction (AEC), and specialty agriculture applications, delivering reliable mobility wherever access is limited.
Target Audience
Primary customers are organizations in pest control, AEC, and specialty agriculture that require autonomous inspection, monitoring, or intervention in hard‑to‑reach outdoor and indoor environments.
Features
- Multilegged, segmented design that conquers uneven, confined, and obstacle‑rich environments
- Low‑profile chassis allowing navigation through tight spaces such as crawlspaces and attics
- Modular architecture for easy integration of custom sensors, manipulators, and payloads
- Compatibility with 360° RGB and thermal cameras for comprehensive visual inspection
- Redundant leg and motor configuration ensuring continued operation despite component loss
- Multiple locomotion patterns, including terrestrial “swimming,” for versatile terrain traversal
- Engineered durability for harsh outdoor and industrial conditions