Author name: Lindy Liang

X25 EVO Controller User Manual: Hardware, Pinout, and Quick Setup

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X25 EVO Controller User Manual: Hardware, Pinout, and Quick Setup X25 EVO is a brand-new, high-performance, industrial-grade controller from CUAV. Compared with traditional controllers, X25 EVO has achieved breakthrough upgrades and optimization in aspects such as power rails, sensors, shock absorption systems, temperature compensation systems, hardware reliability, and device compatibility, significantly improving its performance and […]

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Ultimate Guide to 7-Nano Controller: Specs and Wiring Tips

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Ultimate Guide to 7-Nano Controller: Specs and Wiring Tips 7-Nano is a micro autopilot developed for miniaturized unmanned system equipment. It is independently developed and produced by CUAV. It innovatively adopts a stacked design and integrates a high-performance STM32H7 processor, dual redundant industrial-grade IMU, and rich and complete expansion interfaces in a very small space;

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About Nora Series Intelligent Controllers

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About Nora Series Intelligent Controllers Nora+® is an advanced Controller independently designed by CUAV®. It uses a higher-performance STM32H7 processor and integrates industrial-grade sensors. Compared to the previous flight controller, it has better performance and greater reliability. This board can run ArduPilot firmware with PX4 firmware. Nora+ is ideal for academic research and commercial systems integration.  Tip Nora+ Controller

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The CUAV university sponsorship program for 2025 has come to a successful close!

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The 2025 edition of CUAV’s University Sponsorship Program and the accompanying “University Star” initiative have now successfully concluded. Looking back on the year, we are thrilled and deeply encouraged by the overwhelming response from the academic community. We received enthusiastic applications from over 300 university teams spanning across the globe. Throughout this period, CUAV’s innovative

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About X7 Series Intelligent Controllers

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About X7 Series Intelligent Controllers The X7 series Controller is independently designed by CUAV and developed in cooperation with two international UAS open-source platforms, Ardupilot and PX4. It is aimed primarily at the industrial or commercial drone market. among them: X7+ Pro: A separate design allows users to DIY their own baseboard.Nora+: integrated design, side interface,

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V5 Series Intelligent Controllers: A Deep Dive into the V5+ & V5 NANO

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V5 Series Intelligent Controllers: A Deep Dive into the V5+ and V5 NANO In the rapidly evolving world of unmanned systems, the core flight controller remains the pivotal “brain,” dictating performance, reliability, and capability. CUAV®, in a powerful collaboration with the renowned PX4 open-source autopilot team, introduces the V5 series of smart controllers, setting a

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CUAV Controller Applications

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CUAV Intelligent Controller Applications CUAV intelligent controllers have established themselves as reliable, high-performance solutions for a wide range of unmanned aerial vehicle (UAV) applications. This article explores several key applications of CUAV flight controllers in vertical takeoff and landing (VTOL) unmanned aerial vehicles, ranging from 10kg electric models to 50kg fuel-powered systems. Ⅰ. CUAV Controller

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Which models can the CUAV controller be used in?

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Multi-Platform Applications of CUAV Controllers: Comprehensive Solutions from Multirotors to Underwater Vehicles CUAV controllers are universal flight control systems that can be widely applied to various drone platforms by flashing different firmware. This article will detail the compatibility range, typical application cases, and technical features of CUAV controllers, helping you understand the diverse application scenarios

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Your Guide to Unmanned Systems & CUAV Smart Controllers

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Understanding Unmanned Systems (UAS) Unmanned Systems (UAS) represent a transformative leap in technology, merging the physical and digital worlds to perform tasks without direct human intervention. These systems are not just remote-controlled toys; they are sophisticated platforms possessing a high degree of autonomy and independent decision-making capabilities. At their core, they are the product of

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