A Milestone Achievement: Chinese Radar Altimeters Enter U.S. General Aviation

2018-02-26


Abstract

In early 2018, amid New Year celebrations, Nanoradec’s supply chain was busy shipping a package to the United States. Inside was the NRA24 Radar Altimeter, designed for private manned aircraft. This delivery marked a significant milestone: a Chinese radar product meeting international standards for performance and reliability in the demanding U.S. aviation market.

Why would the United States, a global leader in radar technology (with systems like Patriot, THAAD, and Aegis), turn to China for small-scale radar? The answer lies in the rapid growth of American general aviation and the unique advantages of Nanoradec’s technology.

The U.S. General Aviation Boom
The U.S. dominates global general aviation, with over 300,000 aircraft serving roles from executive travel and flight training to aerial surveying and air taxis. Key statistics:

250,000+ private pilots

20,000 airports (mostly privately or community-owned)

70% of the world’s private aircraft operate in the U.S.

The Critical Role of Altimeters
Altimeters measure aircraft altitude, traditionally using barometric pressure (displayed in feet). However, weather-induced pressure fluctuations limit their accuracy.

How Barometric Altimeters Work:

Calibrated barometers measure atmospheric pressure changes via static ports on the aircraft.

Accuracy is affected by weather systems and flight speed.

Why Radar Altimeters Excel:

Emit radio waves to the ground and measure return time for real-time, precise readings (<1 second).

Unaffected by weather or flight speed, especially critical during low-altitude, high-speed operations.

Why Choose Nanoradec’s NRA24?

The NRA24 K-Band Radar Altimeter (24GHz ISM band) offers:

2cm Measurement Precision: Superior to traditional barometric methods.

Compact & Lightweight: Easy integration into diverse platforms.

High Stability & Sensitivity: Reliable performance in manned/unmanned aircraft.

Agricultural drones for precision spraying

Logistics drones for payload delivery

Parachute deployment systems (e.g., SP25/NRA24)

Private aircraft landing assistance


Recommended Reading


Understanding Multi Lane Traffic Radar: Enhancing Traffic Management Efficiency


Multi lane traffic radar technology plays an essential role in modern traffic management systems, providing real-time data that helps monitor vehicle movement across multiple lanes. This advanced technology utilizes microwave radar signals to detect and analyze traffic patterns, enabling authorities to make informed decisions that enhance roadway safety and efficiency. One of the primary advantage

2025-12-05

The Critical Importance of Traffic Flow Radar in Shaping Smart City Infrastructure


The Critical Importance of Traffic Flow Radar in Shaping Smart City Infrastructure Table of Contents Introduction to Smart Cities and Traffic Management What is Traffic Flow Radar Technology? The Role of Traffic Flow Radar in Smart City Planning Key Benefits of Traffic Flow Radar Technology Applications of Traffic Flow Radar in Urban Planning Traffic Flow Radar and Sustain

2025-12-04

Ground Surveillance Radar: Enhancing Security and Operational Efficiency


Ground surveillance radar (GSR) plays a crucial role in enhancing security and operational efficiency across various industries, including those involved in the production of artisanal goods such as LED keychains. Understanding how GSR functions and its benefits can provide insight into its relevance, even in industries that may not directly utilize heavy surveillance technologies. At its core, gr

2025-12-03