---
title: "Jiangtong Bird-Repelling Robot | Airport bird-control solution"
canonical_url: "https://www.jungt.com/en/bird-robot"
last_updated: "2026-09-16T01:15:59.599Z"
locale: en
meta:
  description: "An all-weather unattended bird-control robot for airport soil zones, combining autonomous navigation, AI bird recognition and omnidirectional sound deterrence, auto recharge and remote control."
  "og:description": "An all-weather unattended bird-control robot for airport soil zones, combining autonomous navigation, AI bird recognition and omnidirectional sound deterrence, auto recharge and remote control."
  "og:title": "Jiangtong Bird-Repelling Robot | Airport bird-control solution"
  "twitter:description": "An all-weather unattended bird-control robot for airport soil zones, combining autonomous navigation, AI bird recognition and omnidirectional sound deterrence, auto recharge and remote control."
  "twitter:title": "Jiangtong Bird-Repelling Robot | Airport bird-control solution"
---

**

![Soil-zone bird-repelling robot showcase](https://www.jungt.com/_ipx/q_80&s_3840x2194/images/bird-robot/bird-robot-hero-main.webp)

All-weather unattended patrol, detection, deterrence and records

## Soil-Zone Bird-Repelling Robot

Built for airport soil zones, it combines autonomous navigation, AI bird recognition and omnidirectional sound deterrence, auto recharge and remote control.

Product positioning

# Airport bird-control patrol loop

1. 1 ### Autonomous patrol

   The robot follows its route across the soil zone and keeps recording bird activity and task status.
2. 2 ### Detect then deter

   When bird targets appear, the system links detection to sound deterrence so action happens on site.
3. 3 ### Dock, recharge, repeat

   After each run, the robot returns to the dock, recharges and gets ready for the next patrol cycle.

Core capability

## Navigation, deterrence and unattended operation

![Autonomous navigation base](https://www.jungt.com/_ipx/q_80&s_1440x822/images/bird-robot/bird-robot-capability-navigation-base.webp)

### Autonomous navigation base

GNSS differential positioning, IMU and radar/vision fusion support route planning, obstacle detection and terrain traversal.

![AI bird recognition and omnidirectional sound deterrence](https://www.jungt.com/_ipx/q_80&s_1440x822/images/bird-robot/bird-robot-value-ai-deterrence.webp)

### AI bird recognition and omnidirectional sound deterrence

Recognizes bird targets and links detection to sound deterrence, reducing manual watchkeeping.

![Auto recharge dock](https://www.jungt.com/_ipx/q_80&s_1440x822/images/bird-robot/bird-robot-capability-auto-docking.webp)

### Auto recharge dock

Returns to the dock and charges automatically at low battery or after a task to keep unattended cycles running.

![Back-office control platform](https://www.jungt.com/_ipx/q_80&s_1440x822/images/bird-robot/bird-robot-value-process-management.webp)

### Back-office control platform

Supports remote monitoring, parameter setup, abnormal alerts and report export so operations stay manageable and reviewable.

Scenarios

## Airport open-area bird-control scenarios

### Airport soil zones

The core scenario for wide-area patrol, bird detection and continuous deterrence across open soil zones.

- Soil-zone patrol
- Continuous deterrence
- Traceable records

### Runway and taxiway edges

Useful where operating safety, patrol coverage and boundary control all matter at the same time.

- Boundary control
- Ground coordination
- Abnormal alerts

### Perimeter and drainage areas

Useful for edge areas where water, obstacles and bird stops are more likely to appear and manual patrol is harder to keep continuous.

- Edge patrol
- Water detection
- Obstacle alerts

### High-bird-activity open areas

Suitable for areas with frequent bird activity and high staffing pressure, where repeated patrol and path replay improve continuity.

- Frequent patrol
- Path replay
- Lower staffing