Deconstructing traditional range bottlenecks with aerospace-grade capabilities - Jitian Xingzhou's automatic target finding and reporting system unlocks a new paradigm of intelligent military training

In the process of continuous breakthroughs in aerospace optical primary payload technology, the innovative R&D team of Suzhou Jitian Xingzhou Space Technology Co., Ltd. (hereinafter referred to as Jitian Xingzhou) adheres to the innovative concept of "technology spillover" and deeply migrates the aerospace-grade technology system to ground application scenarios. After nine months of technical challenges, the automatic target finding and reporting system was officially unveiled. This innovative equipment, which integrates aerospace-grade precision control, intelligent perception, and data analysis technology, systematically addresses the three core pain points of traditional range training: efficiency, data, and deployment through collaborative innovation of software and hardware, providing a full-scenario solution for the intelligent upgrade of military training.

Three core pain points and technological breakthroughs in traditional shooting range training

Efficiency dilemma: bottleneck of practical training for manual target reporting

The manual target reporting relies on a collaborative mode of three people, and the recording of a single set of impact points takes up to 15 minutes, which is difficult to meet the high-intensity and multi frequency practical training needs. There are efficiency shortcomings such as high personnel investment and long operation cycles.

Jitian Xingzhou's aerospace grade solution has built a technology matrix of "wireless communication+machine vision+intelligent control", creating a full process automation system of "automatic target finding - precise recognition - real-time feedback", achieving unmanned and intelligent target reporting operations. Equipped with a 10 minute rapid deployment capability, eliminating the need for manual debugging and reducing training preparation time by over 60%. A single system can replace 3-5 manual operations, enabling continuous work 24/7 and supporting high-intensity training tasks.

Figure 1 shows the first generation 5-group joint control automatic target seeking and reporting system

Data gap: lack of precise quantitative support for retrospective analysis

The manual recording method of the traditional target reporting mode leads to data fragmentation, which can only obtain basic information such as the location of the impact point, and cannot generate in-depth analysis reports that include dimensions such as impact distribution, shooting accuracy trends, and firearm adaptability. Training review remains at the empirical level.

The high-precision image acquisition module equipped on the Jitian Xingzhou automatic target reporting system can capture the details of the impact point in real time, establish a ballistic image database with a resolution of 4k, automatically analyze key parameters through built-in data analysis algorithms, and generate multi-dimensional training effectiveness analysis reports.

Figure 2 shows the second-generation independent individual automatic target seeking and reporting system

Scenario limitations: The flexibility of device deployment is difficult to adapt to complex battlefield environments

Traditional range equipment transportation requires more than 2 hours of assembly and debugging, and is only suitable for fixed range scenarios. It is difficult to respond quickly in outdoor mobile training, temporary range construction, and other scenarios, which seriously restricts the practical level of tactical training.

Jitian Xingzhou adopts a lightweight framework and modular design, successfully achieving a dual breakthrough of "structural weight reduction" and "functional reorganization". We have designed a first generation 5-group joint control system and a second generation independent individual soldier system for different training scenarios.

Technological Evolution Theory: From Range Innovation to Global Value Release

The implementation of the automatic target seeking and reporting system this time is precisely the goal of Jitian Xingzhou to achieve "ubiquitous technology",Continuously building technological barriers in the aerospace field, while promoting innovative practices of natural value spillover of aerospace grade technology modules in diverse scenarios through open architecture.

By deeply cultivating with the professional determination of "rooting in aerospace" and adopting an open attitude of "branching out in the whole field", the technology modules that have been verified at the aerospace level can find suitable support points in other scenarios. This radiating innovation with core technology as the starting point enables professional perseverance to become the confidence of scene innovation, and allows scene expansion to feed back the iteration of main business technology. In the two-way pursuit of "technology deepening" and "scene empowerment", it writes the advanced path of aerospace technology achievement transformation.

As the first commercial aerospace company in China that mainly provides optical payloads in bulk, Jitian Xingzhou has a complete system for research and development, design, production, and testing of space optical remote sensing payloads. It can provide various high, medium, low resolution, and wide range optical cameras, micro nano star sensors, and high-precision optical tracking turntables for the commercial aerospace market, with significant characteristics such as "mass production, engineering, and low cost"; At the same time, based on the independent intellectual property rights of "high timeliness, high geometry, and high spectrum" imaging technology, we will build optical payload technology and product systems that meet the application needs of various fields, and carry out experimental constellation construction and data application services. We are committed to becoming a leading enterprise in commercial aerospace optical payloads in China and a globally leading provider of aerospace optical payload products, helping accelerate the development of commercial aerospace.