Agriculture Fleet Tracking System

Agriculture Fleet Tracking System

In Brazil’s soybean heartland, 200 harvesters experience delays due to dispersed operations. In California's vineyards, transport trucks collide with grapevines due to blind spots. In Punjab, India, tractor drivers lose over 15% of fuel monthly due to accidents in blind zones or unnecessary idling. These examples expose three core pain points shared by agricultural fleets worldwide: complex work environments, poor equipment management, and major safety hazards.

According to FAO (UN Food and Agriculture Organization) 2024 data, the global fleet of agricultural machinery and transport vehicles has exceeded 120 million units, yet only 38% are managed digitally.

Why Is an Agriculture Fleet Tracking System Necessary?

Traditional fleet management relies on manual records or basic GPS, which cannot address the following challenges:

1. Blind Spots in the Field:Agricultural landscapes—fields, orchards, highlands—often limit visibility, making it difficult to track the real-time location, status (e.g., idling, loaded), or operations of vehicles.

2. Safety Risks:Frequent issues like blind-spot collisions, driver fatigue, and equipment failure contribute to over $2 billion in global annual lossesrelated to agricultural fleet accidents.

3. Efficiency Losses:Abnormal fuel consumption, high idle/empty driving rates (averaging 20–30%), and dispatch delays can consume over 30% of a farm’s operating costs.

YUWEI Agriculture Fleet Tracking System

As a leading smart agriculture equipment provider in China, YUWEIhas developed an integrated fleet tracking solution, combining 12 categories of core hardware, AI algorithms, and a cloud-based management platform. Deployed across 12 countries—including Brazil, the U.S., and Indonesia—this system helps customers:

1. Reduce fuel costs by 25%

2. Cut safety incidents by 40%

3. Improve dispatch efficiency by 30%

The hardware system is built with a focus on full-scenario coverage, durability, and intelligent sensing, and includes the following core components:

Core Positioning and Monitoring Equipment

1. GPS Tracker

Industrial-grade module with GPS + BeiDou dual-mode positioning, accurate to ≤2 meters. Real-time data transmission (1-second intervals), even in remote areas without strong signal coverage.

2. AI Dash Cam

1080P HD camera with built-in AI to detect speeding, hard braking, and lane deviations. Triggers alerts automatically. Supports local storage + 30-day cloud backup.

3. In-Vehicle Display Screen

11-inch anti-glare touchscreen supporting multiple languages (English, Spanish, Portuguese, Hindi, etc.). Displays real-time location, speed, operational status (“Harvesting”, “Transporting”), and environmental views.

Smart Perception & Safety Assistance Devices

4. 360° Surround Camera System

Four fisheye lenses with 3D modeling to eliminate all blind spots. Generates panoramic bird's-eye view with ±5cm accuracy. Ideal for narrow field operations.

5. ADAS Camera (Advanced Driver Assistance System)

Front-facing 120° wide-angle lens. AI-enabled alerts for forward collisions (FCW), lane departures (LDW), and pedestrian/livestock detection.

6. DMS Camera (Driver Monitoring System)

Infrared camera with facial recognition to detect closed eyes, yawning, phone use. Fatigue alerts have ≥95% accuracy.

7. Vehicle Sensors

Integrated fuel sensor (±0.3L/hr accuracy), temperature sensors for engine/gearbox, and tire pressure sensors for blowout prevention. Data uploaded in real time.

8. Blind Spot Cameras

Short-range cameras on both sides of the vehicle to cover 30cm–2m blind zones. Automatically activates during lane changes/turning.

9. Waterproof Rear Camera

IP68 waterproof rating. Automatically switches to rear view on screen while reversing. 1080P resolution, night vision with infrared support.

10. 360° Reversing System

 Combines 360° cameras and ultrasonic radar to generate a reverse trajectory overlay. Assists in precision parking and navigating narrow farm ridges.

Alerting and Interaction Devices

11. Alarm System

 Integrated audio-visual alerts (buzzer + LED). Covers 12 types of scenarios, including speeding, fatigue, mechanical failure (e.g., high engine temp). Volume ≥90dB to ensure alerts are heard in noisy field conditions.

Durability for Agricultural Environments

1. Rugged & Reliable:Composite casing resistant to salt spray, shockproof (1m drop tested), operates in -30°C to 70°C, humidity range 0–95% (non-condensing).

2. Low Power Consumption:Equipped with energy-saving chips. Optional solar charging for remote areas with no fixed power source. Battery life up to 7 days (under normal use).

3. Quick Installation:Modular plug-and-play design. Each device can be installed in ≤15 minutes, minimizing deployment costs.

Cloud-Based Software Intelligence

The data collected by hardware is processed through YUWEI's cloud platform into actionable insights:

1. Real-Time Monitoring Dashboard

Map view of all vehicle locations, speeds, and operational states (“Harvesting”, “Transporting”). Click to view historical routes and video playback.

2. Smart Dispatch Engine

Input the work area, crop type, and time window. The system auto-selects optimal vehicles (prioritizing idle nearby machines), reducing empty driving mileage by over 30%.

3. Safety Alert Center

Aggregates data from ADAS, DMS, and sensors to generate a high-risk driver/vehicle list. Provides targeted training suggestions (e.g., frequent fatigue alerts for a specific driver).

4. Cost Analysis Module

Auto-generates fuel consumption heatmaps (highlighting inefficient vehicles/drivers), predictive maintenance alerts (e.g., early warning of engine vibration), and identifies “fuel thieves” or hidden faults.

Email:hello@yuweitek.com