Robot Rabbits Deploy in Florida to Catch Invasive Pythons

Deployment and design of the robotic rabbits

The South Florida Water Management District (SFWMD), working with University of Florida researchers, has deployed roughly 120 robotic rabbits across targeted Everglades habitats as of summer 2025. These devices began as toy bunnies retrofitted with motors and have been upgraded with:

• heat packs and motors to generate body warmth and movement that mimic marsh rabbits;
• scent emitters to release odors similar to native prey;
• camera systems and, in many cases, AI trained to distinguish pythons from harmless animals;
• solar panels and waterproofing for continuous field operation.

When cameras or AI flag a snake, the system sends an alert to SFWMD and contracted teams for rapid removal. Officials say the goal is to reduce the time between detection and capture to roughly an hour, improving the bottleneck of detection that limits removal success.

Sources: SFWMD: “Did you know? Using robotic rabbits to remove invasive pythons”, University of Florida Biology feature on the robo-rabbit project, CBS News: “Burmese pythons, robot rabbits and the Everglades”.

Why the effort is underway now

Burmese pythons entered South Florida largely through the exotic pet trade and proliferated after releases and escapes, events accelerated in some accounts by Hurricane Andrew in the 1990s. The snakes are cryptic and largely nocturnal, making them extremely difficult to find. As SFWMD lead invasive animal biologist Mike Kirkland put it:

“Removing them is fairly simple. It’s detection. We’re having a really hard time finding them.”

National Park Service biologists and research teams have documented catastrophic declines — as much as 95% reduction in small mammals in some areas — and losses of thousands of birds where pythons are established. Those losses change food webs, nutrient cycles and vegetation patterns over time.

Sources: CBS News, Route Fifty: Florida enlists robot bunnies.

How the robotic system functions in the field

Units are placed inside small pens that protect the devices while keeping them visible to prowling pythons. Key components and operations include:

• Sensors & AI: Cameras and AI software flag likely pythons and limit false positives.
• Alerting: When a snake is detected, alerts go to SFWMD staff and contractors for immediate response.
• Field capture: Trained crews move to the site to capture and humanely euthanize the python under agency protocols.

The approach aims to replace earlier use of live rabbits — discontinued over welfare and cost concerns — with robotic decoys that can operate longer and with reduced labor and ethical issues.

Sources: CBS News, Route Fifty, SFWMD.

Cost, ethics and scope of the pilot

Each robotic rabbit costs roughly $4,000. Officials argue the upfront cost is offset by reduced long-term labor and by avoiding the welfare concerns tied to live bait. The robot program is experimental — complementary to the broader SFWMD Python Elimination Program, which has removed more than 11,000 pythons via targeted removal and bounty efforts.

However, pythons reproduce prolifically (females can lay 50–100 eggs per clutch) and population estimates run into the tens of thousands in South Florida. Researchers emphasize that improved detection is a critical tool but not a standalone solution.

Sources: CBS News, SFWMD Python Elimination Program, Route Fifty.

Research partners and next steps

The pilot is led by SFWMD with University of Florida researchers, including Dr. Chris Dutton and Dr. Bob McCleery, guiding design and data analysis. Teams are training AI models to reduce false alarms and automate detection at scale. Preliminary results from deployments are expected in 2026 as data accumulates on attraction rates and response times.

Sources: University of Florida Biology, Route Fifty.

Accountability, oversight and ethics

SFWMD states the program follows wildlife removal and euthanasia protocols and coordinates with federal and state partners working in Everglades National Park and surrounding lands. The use of cameras and data collection aims to provide transparent records of detections and removals, while critics and welfare groups continue to monitor practices.

Source: SFWMD.

Implications for San Diego, California

Florida’s experiment offers lessons for Southern California wetlands and agencies in San Diego County. Key implications include:

• Economic: Technology transfer could spur conservation jobs and contracts for local tech firms and field crews.
• Policy: The project underscores the role of exotic pet regulations, surrender programs and public education to prevent future invasions.
• Social & equity: Community engagement strategies (e.g., contests, citizen science) should include ethical oversight and protections to avoid over-policing public lands.

Practical actions for San Diego agencies and residents include piloting early-detection camera/AI systems, strengthening cross-jurisdiction collaboration with local universities, and expanding pet-trade education and surrender options.

Sources and further reading

Full reporting and project pages:

• SFWMD: “Did you know? Using robotic rabbits to remove invasive pythons”
• CBS News: “Burmese pythons, robot rabbits and the Everglades”
• Route Fifty: “Florida enlists robot bunnies to manage invasive pythons”
• University of Florida Biology feature on the robo-rabbit project
• Palm Beach Post reporting on UF robotic rabbit trials
• AP News video coverage of robot rabbit deployments

Note: Researchers and managers requested further evaluation of the pilot through 2026 to measure whether robotic rabbit deployments increase detection rates and reduce python numbers enough to help native species recover. In the meantime, the project provides a testing ground for blending field biology with robotics and AI to address threats reshaping one of the nation’s most fragile parks.