JIYI K++ K3APRO GPS

The JIYI K++ K3APRO GPS is a cutting-edge GPS module known for its high accuracy and reliability, making it ideal for drone navigation, robotics, and other applications that require precise geolocation. This GPS module features advanced technology to provide real-time positioning data with fast satellite acquisition and excellent signal stability.

Designed for use in autonomous systems, the K++ K3APRO GPS ensures precise location tracking and smooth operation by delivering consistent, high-quality data for navigation and positioning. It is compatible with various flight controllers and integrates seamlessly into drone and robotic systems for accurate navigation even in complex environments.

With features like high-sensitivity GPS reception, multiple satellite compatibility (such as GPS, GLONASS, and BeiDou), and fast startup times, the K++ K3APRO GPS provides the essential support for autonomous applications where precise movement and location tracking are critical.

Specifications:

• Brand Name: JIYI
• Model Number: K++ K3APRO GPS
• Type: GPS Module
• Positioning Accuracy: Typically 2-5 meters (depends on environmental conditions)
• Satellite Compatibility: GPS, GLONASS, BeiDou (multi-constellation support)
• Signal Sensitivity: High sensitivity for improved accuracy in challenging environments
• Startup Time: Fast satellite acquisition time (usually <1 minute)
• Output Type: Serial (TTL/RS232) or CAN Bus (depending on configuration)
• Power Supply: 5V to 12V (depending on model and configuration)
• Operating Temperature: -20°C to 70°C
• Size: Compact and lightweight, designed for easy integration with drones and robots
• Mounting: Can be mounted easily on drone frames or other autonomous systems
• Additional Features: Built-in compass support for enhanced navigation

Applications:

• Drones: Ideal for precise navigation and flight control in both consumer and industrial drones
• Robotics: Used in mobile robots for location tracking and autonomous navigation
• Autonomous Vehicles: Provides accurate positioning for self-driving cars and ground vehicles
• Agriculture: Utilized in agricultural drones for precise crop spraying and monitoring
• Surveying and Mapping: Used in land surveying and mapping systems requiring accurate geolocation