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How RTK Technology Delivers Centimeter-Level Precision Positioning and Jumpstar's Leadership in GNSS Solutions

Dec 20, 2025

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Modern abstract illustration of GNSS satellites providing centimeter-level RTK precision positioning to drones, tractors, and surveying equipment on Earth.



In the world of UAVs, precision agriculture, and smart infrastructure, "close enough" isn’t enough. Industries demanding centimeter-level accuracy rely on RTK (Real-Time Kinematic) technology—and Jumpstar is at the forefront of making this power accessible, reliable, and industry-ready.  


First: What is RTK, Anyway?

Diagram illustrating how Real-Time Kinematic (RTK) technology works with a base station sending corrections to a rover for centimeter-level GNSS accuracy.


RTK is a game-changing GNSS positioning technology that turns "meter-level" guesswork into "centimeter-level" certainty. Here’s how it works in plain terms:  

 A fixed base station (at a known coordinate) calculates satellite signal errors (ionospheric delays, clock drift, etc.).  

 A mobile rover (on your UAV, tractor, or robot) receives both satellite data and real-time error corrections from the base station.  

 Lightning-fast algorithms merge these inputs to deliver precise, actionable coordinates—in real time.  

No more costly rework, no more missed targets—just pinpoint accuracy that transforms how industries operate.  


Why Jumpstar’s RTK Solutions Stand Out

As a national high-tech enterprise founded in 2013, Shenzhen Jumpstar Technology specializes in end-to-end GNSS precision solutions—from modules and antennas to terminals and software. Our RTK portfolio (including the ultra-light X43, rugged P-Box-X10, and anti-jamming JS-X17) isn’t just technically advanced—it’s built for real-world challenges:  

 Centimeter-level accuracy: Horizontal 0.6cm+0.5ppm, vertical 1cm+1ppm (meets the strictest industry standards).  

 Built-in anti-jamming: AIM+ technology tackles interference in dense environments (mines, cities, rural areas).  

 Multi-constellation support: GPS, BDS, Galileo, GLONASS—no signal blind spots.  

 Industry-ready design: Lightweight (<25g for X43), low-power, and easy to integrate into UAVs, AGVs, and surveying equipment.  


Where RTK (and Jumpstar) Makes an Impact

Drone equipped with RTK module performing precise aerial surveying and crop spraying over agricultural fields with autonomous tractor.


Our RTK modules aren’t just components—they’re catalysts for innovation across key sectors:  

 UAVs: Precise flight paths for aerial surveying, crop spraying, and infrastructure inspection (X43 is a favorite for small UAVs).  

 Precision Agriculture: Autonomous tractors, variable-rate seeding, and yield mapping (JS-X21-4G supports remote farm connectivity).  

 Surveying & Construction: Fast, accurate terrain mapping and construction layout (P-Box-X9 excels in harsh field conditions).  

 Smart Logistics: AGV robots and fleet tracking that eliminates inefficiencies (compact design fits tight spaces).  


Ready to Elevate Your Precision Game?

Whether you’re building next-gen UAVs, optimizing farm operations, or engineering smart infrastructure—Jumpstar’s RTK solutions are tailored to your needs. We don’t just sell modules; we deliver end-to-end support, from customization to on-site calibration.  

Action Call: Reach out to our technical team today for a free consultation. Let’s design an RTK solution that aligns with your goals—backed by Jumpstar’s 10+ years of GNSS expertise and global customer trust.  

Email: info@jumpstar-tech.com  

Website: www.jumpstargnss.com