Accurate and efficient gas monitoring technology has always been a focus of industry attention in the fields of environmental monitoring and industrial safety. In 2025, Shenzhen Yingfeiming Technology teamed up with Lingshi to launch Lingshi's new Nano2+airborne gas monitoring system. As a professional equipment specially designed for deep adaptation of DJI Airport 3 and Matrice 4 series drones, this system provides a more intelligent and accurate solution for multi scenario gas monitoring with new technological architecture and multi-dimensional performance upgrades.

Lingxiang Nano2+has a customized structure and circuit design for Matrice 4D/4TD drones, avoiding obstacle avoidance angles, having good electromagnetic compatibility with drones, and meeting Matrice 4D/4TD safety load requirements of ≤ 240g, ensuring long-term operational safety and stability. In addition to supporting common gas monitoring parameters, Lingshi Nano2+also supports MP-TDLAS analysis method, with a resolution of up to lppm for methane monitoring. Real time monitoring data can be viewed on Sikong 2 or third-party flight control software, supporting the new "Flyable Space Time Big Data Platform (SSI)" to analyze and mine the massive data obtained from regular monitoring. At the same time, Lingxiang Nano2+also supports Matice 4T/4E, allowing for flexible and agile gas inspection tasks in diverse application scenarios, maximizing the potential of unmanned aerial vehicles for single flight operations.

Up to 22 monitoring parameters support self selection and customization

TVOC|SO₂| CO |NO₂|O₃| PM_1.0| PM_2.5| PM₁₀| C_xH_y/CH₄/Flammable Alkanes | H₂S |HCI|TSP/PM₁₀₀| NH₃| HCN|CO₂| H₂|PH₃|Cl₂|O ₂ | NO | Formaldehyde HCHO | Odor

Application scenarios

Adaptation software platform