Robotic Coyotes Deployed for Airfield Wildlife Control
Why settle for a typical robot when there’s an option like a robotic coyote? This intriguing idea comes from the U.S. Army Engineer Research and Development Center (ERDC), which is implementing robotic coyotes to manage wildlife around airfields. It’s a creative move in solving a genuine problem.
Challenges of Wildlife at Airfields
Wildlife poses a constant challenge to airfields. Animals like birds, rabbits, and deer can wander onto runways, leading to potentially dangerous situations for aircraft. Among these, birds represent the most significant hazard, as they can cause catastrophic damage if ingested by engines or hitting windscreens. The threat is so serious that at one point, the US Civil Aviation Administration even tested launching bird bodies to assess damage resilience.
Traditional methods for deterring wildlife—like drones, dogs, falcons, and gas-powered cannons—have been employed for years. Yet, animals tend to adapt quickly, rendering these solutions less effective over time.
How Do Robot Coyotes Work?
Enter the robotic coyote. Developed in collaboration with wildlife biologist Stephen Hammond, Jacob Jung, and the USDA National Wildlife Research Center, these robots aim to leverage the natural instinct of animals to avoid coyotes. The idea is straightforward: if most animals fear coyotes, let’s use that fear to keep them away from airfields.
The initial prototype known as Coyote Rovers, designed by Boston Dynamics, was not timely enough to scare off wildlife. Subsequently, the team switched to a four-wheel Traxxas X-Maxx electric vehicle, which can reach speeds of 20 mph. Each unit includes realistic plastic coyote dummies to effectively create a threatening presence, costing around $3,000 apiece.
Testing Robot Coyotes in the Military
These robotic coyotes have already undergone testing at various military airfields, including Naval Air Station Pensacola and Fort Campbell. Initial results have been promising, with the robots proving effective at keeping the runways clear of birds and other animals.
However, the ERDC isn’t stopping there. They’re looking to enhance these robots’ capabilities, possibly programming them with set routes and exclusion zones or even enabling them to identify specific species. Imagine a robotic coyote that recognizes a flock of geese and adapts its strategy accordingly.
The Future of Wildlife Management Technology at Airports
The ERDC and USDA-NWRC continue refining these robotic solutions, with exciting features on the horizon. The goal is to incorporate advanced systems like onboard computers, AI, cameras, and sensors. This could lead to the development of autonomous systems capable of navigating challenging terrains and adapting to varying conditions, potentially revolutionizing wildlife management at airfields and, sooner or later, even commercial airports.
Key Takeaway
Robotic coyotes represent an innovative and functional approach to a longstanding issue in airfield safety. By merging technology with natural behavior, the US military aims to enhance security for everyone involved. As these systems advance, there’s a real possibility they could be implemented in airports globally.
If these robotic coyotes effectively manage wildlife near runways, one might wonder what other animal-inspired robots could emerge to oversee critical infrastructures in the future. It’s an intriguing thought, to say the least.
