激光定位实弹精度报靶系统——专利激光幕枪弹定位技术·<3mm精度·≥10000发靶板寿命·智能考核数据管理全场景室内靶场核心训练与评测装备（公安干警实弹射击训练/标准化考核/战术演练系统）

 

激光定位实弹精度报靶系统——专利激光幕枪弹定位技术·<3mm精度·≥10000发靶板寿命·智能考核数据管理全场景室内靶场核心训练与评测装备（公安干警实弹射击训练/标准化考核/战术演练系统）

〖重要合规前置声明〗 本产品为国家管制类警用实弹射击训练与考核专用特种装备，仅面向具备法定执法权限与警用武器训练资质的各级公安机关、特警部门、武警部队、司法行政机关人民警察培训机构、公安院校及授权警务技能训练基地定向研发、生产与供应，严禁向任何个人、无资质企业及非授权单位销售或提供。本系统的购置、安装、使用与管理，必须严格遵守《中华人民共和国枪支管理法》《公安机关公务用枪管理使用规定》及国家关于警用实弹射击训练场地建设、武器训练安全管理的相关法律法规与行业技术标准，必须由经过专业培训、取得相应武器训练或靶场管理岗位资质的人员规范操作，严禁无资质单位和个人违规购置、使用、转让本装备，严禁在未经安全验收的场地或不符合安全规范的条件下部署与使用，严禁擅自修改系统安全连锁参数或绕过安全管理机制。

产品概述

激光定位实弹精度报靶系统——专利激光幕枪弹定位技术·<3mm精度·≥10000发靶板寿命·智能考核数据管理全场景室内靶场核心训练与评测装备（亦称激光定位实弹精度报靶系统、激光幕实弹报靶系统）是一款专为公安系统室内靶场设计的革命性实弹射击训练与考核核心装备，属于公安干警实弹射击训练、警务技能规范化考核及战术演练领域的智能化靶场基础设施级装备。该产品专为市、县各级公安机关室内靶场的日常高密度实弹训练、年度轮训、新警入职培训、晋升授衔考核及专项技能比武等高频次、大规模勤务需求深度定制，完美适配基础精度射击、限时速射、首发命中、快速隐显目标射击及运动战术射击等全谱系警务射击课目。系统独创性地采用专利激光幕枪弹定位技术，通过在靶标前方构筑由多束不可见激光形成的立体探测幕墙，以非接触方式精确解算子弹飞越时的三维空间坐标，将探测过程与靶板的物理完整性完全解耦——即使单块靶板承受超过10000发实弹穿透，报靶性能依然丝毫不减，从根本上彻底解决了传统声电靶、图像靶因弹孔累积导致的漏报、误报、靶板频繁更换及训练中断等行业长期痛点，能够为警务训练机构提供“报靶精度平均误差<3mm、靶板超长寿命、全天候全地形环境适应、智能考核数据全流程数字化管理”的新一代实弹训练与评测平台，是构建现代化、智能化、高利用率专业警用室内靶场的基石性核心装备。

技术原理

该系统基于专利的“激光幕枪弹定位技术”进行架构，其探测原理与工作机制完全区别于传统依赖于靶板本体进行传感的声波定位或视觉图像识别方法。在硬件层面，系统在靶标正前方精密构筑一道由多束不可见激光束交叉形成的立体探测幕墙，幕墙内的每一束激光均与对应的高灵敏度光电传感器组成独立的通断检测通道。当实弹以5m/s至1000m/s的速度飞越幕墙时，弹体依次遮挡特定路径上的激光束，触发多通道光电传感器在纳秒级时间窗口内产生截止脉冲。中央数字处理器实时采集全部被触发通道的空间坐标信息，应用三角测量与飞行时间解算算法重建子弹穿过幕墙时的精确三维空间坐标。该坐标经弹道修正与靶型映射后，即时转换为对应电子靶面上的弹着点位置，并以图形化方式显示在射手位终端、教练位监控站及靶场大屏上，全程响应延迟远低于人体感知阈值。

该技术方案的核心价值在于探测层与阻弹层的彻底物理分离：靶板仅作为子弹的最终动能吸收体和射手瞄准的视觉背景，不承担任何传感功能，因此靶板表面的弹孔密集度、纸面破损程度甚至靶板材质更换均不影响探测网络的精度与灵敏度。系统可兼容军用胸环靶、警用B-27半身靶等多种标准靶型，靶标支持90°侧转与随机隐显控制，隐显动作时间可调且最短≤1.0秒，为反快暴露目标射击、转向转移射击等高级战术课目提供了灵活、可靠的目标呈现平台。整套系统在-20℃至50℃宽温及<90% RH高湿环境下保持稳定工作，连续无故障工作时间≥12小时，整机设计寿命≥20年，从设备基础架构层面保障了公安机关室内靶场的高负荷常态化运转。

核心功能与合规实战价值

革命性抗损耗长寿命靶板设计，彻底解决传统报靶设备因弹孔累积导致的训练中断与高耗材成本痛点
系统基于激光幕定位原理，探测过程与靶板物理完整性完全解耦，单块靶板在承受超过10000发实弹穿透后，报靶精度与响应速度仍保持与首发射击一致的水平，使用寿命远超传统声电靶及图像靶数十倍。该特性从根本上消除了因靶板弹孔过密导致传感器失效、需频繁停机更换靶板而中断训练进程的行业难题，同时大幅降低靶板耗材采购及运维人力成本。对于年平均实弹训练量达数万至数十万发的大型公安机关训练基地，其综合性价比优势极为突出，使“持续不间断训练、训练即考核”成为真正落地的日常训练常态。实际使用过程中，每块靶板可靠的报靶次数足以满足一整个考核批次的连续高强度射击，有效避免了传统靶场考核中因报靶故障而暂停、补考导致的程序争议与公平性质疑。

超高精度与全天候环境适应性，为警务技能考核与比武提供不可置疑的客观评判标准
系统报靶精度平均误差<3mm，在7米、15米、25米等标准及自定义射击距离下均保持稳定一致的精确定位性能，为民警晋升考核、授衔评定、特警专项技能比武等关键人事决策环节提供了权威且不可置疑的客观数据基础。系统工作温度覆盖-20℃至50℃、湿度适应<90% RH的宽幅范围，不受寒冷、酷暑、高湿等气候条件影响，在北方冬季低温靶场与南方夏季潮湿环境下均能保持全天候可靠运行，避免了因环境因素导致考核成绩偏差或训练计划被迫中断。该环境适应能力满足了全国不同气候区域的公安靶场建设标准对核心设备全年稳定运行的刚性要求。

全场景多功能训练支持与智能靶标控制，模拟实战目标动态呈现以提升一线民警战术素养
系统兼容4.5mm至12.7mm各类常用警用手枪、步枪及微冲弹药口径，支持最高10发/秒的连发射击频率识别，可满足从基础慢射到应用速射、抵近连射等全谱系射击课目的报靶需求。靶标支持90°侧转及随机隐显两种动作模式，隐显时间可编程调节且最快≤1.0秒，训练教官可依据课目设计灵活设定目标暴露时长与间隔，模拟现实执法场景中目标的突然出现、横向移动及利用掩体等动态特征，训练射手在时间压力下的快速反应、精准击发及战术决策能力，有效提升一线民警的临战心理素质与实战处置效能。

全流程智能化考核管理与人员技能数字档案建设，驱动警务训练从“经验评估”向“数据驱动”转型
系统内置专业考核管理模块，支持批量导入人员信息、自动分配靶位、按预设方案自动执行考核流程，成绩实时自动采集并通过语音播报与大屏同步公示，即时生成个人成绩排名与统计分析报告。所有训练与考核数据自动归档至人员技能数字档案，支持按时间段、科目、人员等多维度历史查询与趋势分析，使管理者能够对个体及队伍的射击技能水平进行长期跟踪、横向对比与科学评估，为制定针对性训练计划、优化训练资源配置提供客观数据依据，推动警务射击训练从传统的经验式定性评价向标准化数据驱动定量评价转变。

合规应用场景

公安局标准化室内靶场建设与日常训练保障场景
在市、县级公安局新建或升级室内靶场时，本系统作为核心报靶设备部署于各射击位，为全局民警提供全年不间断的实弹射击训练保障。标准配置支持多靶位独立或同步工作，可同时满足基础精度训练与分队轮训的大规模并发需求。系统超长寿命靶板与免维护特性保障了靶场长期高效运转，无须频繁采购更换耗材，室内训练环境的关键硬件设施建设要求符合公安系统对室内靶场标准化、规范化、现代化的规范要求。

民警晋升、授衔与专项技能比武关键考核场景
在警务实战技能等级评定、民警晋升授衔考核及特警突击队专项选拔等关键考核中，本系统以其平均误差<3mm的高精度与全自动无人为干预的报靶方式，为每一名被考核人员的射击成绩提供客观准确的数据记录。考核过程中实时成绩公开公示，考核结束后系统自动生成加密防篡改的电子成绩单，完整保障了考核程序的公平公正与成绩结果的权威性，考核组织形式与数据管理方式均体现警务考核工作的严肃性与规范化。

反快暴露与运动战术射击等高级课目训练场景
特警或一线处突力量利用系统的靶标编程隐显与侧转功能，开展限时速射、快暴露目标射击、移动-急停-射击及利用掩体交替射击等高阶战术课目训练。教官通过控制终端灵活设定多靶位联动逻辑与时间参数，模拟多目标在不同方位随机出现的复杂实战场景，训练射手在信息过载压力下的快速态势感知、目标优先级判断及精准连续击发能力，使战术训练在科学的量化评估数据指导下推进。

核心技术参数

核心技术指标方面，系统报靶精度平均误差<3mm，单靶板可承受实弹射击≥10000发而报靶性能不衰减，适用弹径范围覆盖4.5mm至12.7mm，适用弹速范围5m/s至1000m/s，支持最高10发/秒的连发射击频率识别。环境适应性方面，工作温度范围-20℃至50℃，工作湿度范围<90% RH（不结露），可适应全国各气候区域室内靶场全年的环境条件。系统可靠性方面，连续无故障工作时间≥12小时，整机设计寿命≥20年。训练功能方面，靶标支持90°侧转与随机隐显动作，隐显时间可编程调节且最快≤1.0秒，支持7m、15m、25m等标准射击距离及自定义距离，兼容军用胸环靶、警用B-27半身靶等多种标准靶型。数据管理方面，内置专业考核管理模块，支持人员信息批量导入、自动分配靶位、预设方案自动执行、成绩实时采集公示及历史数据统计分析等全流程数字化管理功能。

合规实战应用案例

某省会城市公安局室内靶场长期以来因日均训练量大，传统声电靶板因弹孔密集导致传感器频繁损坏，每年需更换大量靶板耗材，且考核期间报靶故障频发经常中断考核程序。该局靶场在进行整体现代化改造时全面换装本激光定位实弹精度报靶系统。改造完成后，全局在职民警年度轮训与新警入职培训的实弹射击科目均在此完成。在新警首轮实弹考核中，系统全天候持续工作超10个小时，累计报靶超过八千发，全程零故障、零漏报、零人工干预。考核教官通过控制终端实时监控各靶位的射击成绩，大屏同步公示每一轮成绩排名，考核结束后系统自动生成加密电子成绩单并存档。该局靶场改造的显著成效使训练效率与考核公信力得到飞跃提升，该项目被上级公安机关作为室内靶场标准化建设示范工程推广。

某省特警总队举行年度突击队员实弹技能大比武，比赛涵盖精度射击、限时速射与运动射击等多个课目，对报靶系统的精度与响应速度提出极高要求。比武全程使用本系统进行成绩判定。在首发命中科目比赛中，射手对随机隐显的靶标进行快速反应射击，系统在靶标≤1秒的短暂暴露窗口内精确捕捉每一发弹着点位置并实时显示成绩。整个比武过程报靶零失误、零争议，系统以平均误差<3mm的高精度和即时的成绩反馈保障了赛事的公平与流畅。赛后训练部门将系统自动生成的全部数据导入队员技能数字档案，为后续制定针对性训练方案提供了详细的数据支撑，总队领导在总结中对激光幕定位技术在特种比武中的考核公信力价值给予高度认可。

厂家信息：北京毕思特联合科技有限公司
网址：https://www.bestlh.com
地址：北京市亦庄开发区经海六路一号院尖子班 C9 独栋
电话：010-56526048

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Laser-Positioning Live-Fire Precision Target Scoring System — Patented Laser Curtain Bullet Positioning Technology · <3mm Accuracy · ≥10,000-Round Target Board Lifespan · Intelligent Assessment Data Management Full-Scene Indoor Range Core Training & Evaluation Equipment (Police Officer Live-Fire Shooting Training / Standardized Assessment / Tactical Drill System)

Global site URL：https://xilankeji.en.alibaba.com

〖Important Compliance Precaution〗 This product is a state-controlled specialized equipment for police live-fire shooting training and assessment, which is solely developed, produced and supplied to authorized entities such as public security organs at all levels, special police departments, armed police forces, people's police training institutions of judicial administrative organs, police academies, and authorized police skill training bases with statutory law enforcement authority and police weapons training qualifications. Any sale or supply to individuals, non-qualified enterprises and unauthorized units is strictly prohibited. The procurement, installation, use and management of this system must strictly comply with the Law of the People's Republic of China on the Control of Firearms, the Provisions on the Administration and Use of Official Firearms by Public Security Organs, and national laws, regulations and industrial technical standards regarding the construction of police live-fire shooting training venues and the safety management of weapons training. Operation must be carried out exclusively by professionally trained personnel holding corresponding weapons training or range management post qualifications. Unauthorized units and individuals are strictly forbidden from purchasing, using or transferring this equipment. Deployment and use at sites that have not passed safety acceptance inspections or under conditions that do not comply with safety standards is strictly prohibited. Unauthorized modification of system safety interlock parameters or circumvention of safety management mechanisms is strictly prohibited.

Product Overview

The Laser-Positioning Live-Fire Precision Target Scoring System — Patented Laser Curtain Bullet Positioning Technology, <3mm Accuracy, ≥10,000-Round Target Board Lifespan, Intelligent Assessment Data Management Full-Scene Indoor Range Core Training & Evaluation Equipment (also referred to as the Laser-Positioning Live-Fire Precision Target Scoring System or Laser Curtain Live-Fire Target Scoring System) is a revolutionary live-fire shooting training and assessment core equipment specifically designed for indoor ranges of the public security system. It constitutes an intelligent range infrastructure-grade equipment in the fields of police officer live-fire shooting training, standardized police skill assessment, and tactical drills. This product is deeply customized for the high-frequency, large-scale operational requirements of daily high-density live-fire training, annual rotational training, new police officer induction training, promotion and rank conferral assessments, and specialized skill competitions at indoor ranges of municipal and county-level public security organs. It perfectly adapts to a full spectrum of police shooting courses, including basic precision shooting, timed rapid fire, first-round hit, rapid-response hidden target shooting, and mobile tactical shooting. The system uniquely employs patented laser curtain bullet positioning technology. By constructing a three-dimensional detection curtain wall formed by multiple invisible laser beams in front of the target, it non-contactly and precisely calculates the three-dimensional spatial coordinates of the bullet as it flies through. This completely decouples the detection process from the physical integrity of the target board—even after a single target board withstands over 10,000 rounds of live-fire penetration, the scoring performance remains completely undiminished. This fundamentally resolves the long-standing industry pain points of traditional acoustic-electric and image-based targets, such as missed detection, false reporting, frequent target board replacement, and training interruptions caused by the accumulation of bullet holes. It provides police training institutions with a new-generation live-fire training and evaluation platform featuring "average scoring accuracy error <3mm, ultra-long target board lifespan, all-weather all-terrain environmental adaptability, and full-process digital management of intelligent assessment data." It serves as the foundational core equipment for constructing modern, intelligent, and high-utilization professional police indoor ranges.

Technical Principle

This system is architected based on the patented "laser curtain bullet positioning technology." Its detection principle and operational mechanism are fundamentally different from traditional acoustic positioning or visual image recognition methods that rely on the target board itself for sensing. At the hardware level, the system precisely constructs a three-dimensional detection curtain wall formed by the intersection of multiple invisible laser beams directly in front of the target. Each laser beam within the curtain, together with a corresponding high-sensitivity photoelectric sensor, constitutes an independent on/off detection channel. When a live round flies through the curtain wall at a velocity ranging from 5m/s to 1000m/s, the projectile body sequentially occludes the laser beams on its specific path, triggering the multi-channel photoelectric sensors to generate cut-off pulses within a nanosecond time window. The central digital processor collects the spatial coordinate information of all triggered channels in real time and applies triangulation and time-of-flight calculation algorithms to reconstruct the precise three-dimensional spatial coordinates of the bullet as it passes through the curtain. After ballistic correction and target model mapping, these coordinates are instantly converted into the corresponding point of impact on the electronic target face and displayed graphically on the shooter's terminal, the coach's monitoring station, and the large screen in the range. The entire process has a response delay far below the threshold of human perception.

The core value of this technical approach lies in the complete physical separation of the detection layer and the bullet-stop layer. The target board serves only as the final kinetic energy absorber for the projectile and the visual background for the shooter's aim; it assumes no sensing function whatsoever. Therefore, the density of bullet holes on the target board surface, the degree of paper surface damage, and even the replacement of the target board material do not affect the accuracy and sensitivity of the detection network. The system is compatible with various standard target types, including military chest ring targets and police B-27 half-body targets. The target supports 90° lateral rotation and random appearance and disappearance control, with the appearance/disappearance action time adjustable and as fast as ≤1.0 second. This provides a flexible and reliable target presentation platform for advanced tactical courses such as rapid-response exposed target shooting and pivot-and-engage drills. The entire system maintains stable operation within a wide temperature range of -20°C to 50°C and a high humidity range of <90% RH, with a continuous trouble-free operating time of ≥12 hours and an overall system design life of ≥20 years. From the equipment infrastructure level, it ensures the high-load, routine operation of indoor ranges for public security organs.

Core Functions and Compliance Operational Value

Revolutionary Anti-Attrition Long-Lifespan Target Board Design, Fundamentally Resolving the Industry Pain Points of Training Interruption and High Consumable Costs Caused by Bullet Hole Accumulation in Traditional Scoring Equipment
Based on the laser curtain positioning principle, the detection process is completely decoupled from the physical integrity of the target board. After a single target board withstands over 10,000 rounds of live-fire penetration, the scoring accuracy and response speed remain at the same level as the very first shot. Its service life far exceeds that of traditional acoustic-electric and image-based targets by several dozen times. This characteristic fundamentally eliminates the industry problem of sensor failure due to excessively dense bullet holes on the target board, which requires frequent shutdowns for target board replacement and interrupts the training process. Simultaneously, it drastically reduces the costs of target board consumable procurement and maintenance manpower. For large-scale public security organ training bases with annual live-fire training volumes ranging from tens of thousands to hundreds of thousands of rounds, its comprehensive cost-effectiveness advantage is exceptionally prominent, making "continuous uninterrupted training, training as assessment" a genuinely achievable daily training norm. In actual use, the reliable scoring count of each target board is sufficient to satisfy the continuous high-intensity shooting of an entire assessment batch, effectively preventing procedural disputes and challenges to fairness caused by scoring malfunctions and subsequent pauses and re-tests in traditional range assessments.

Ultra-High Accuracy and All-Weather Environmental Adaptability, Providing an Indisputable Objective Judgment Standard for Police Skill Assessments and Competitions
The system's scoring accuracy has an average error of <3mm. It maintains consistently stable and precise positioning performance at standard and custom shooting distances such as 7m, 15m, and 25m. This provides an authoritative and indisputable objective data foundation for critical personnel decision-making processes such as police officer promotion assessments, rank conferral evaluations, and specialized skill competitions for special police. The system's operating temperature covers a wide range from -20°C to 50°C, with humidity adaptation up to <90% RH. It is unaffected by climatic conditions such as cold, extreme heat, or high humidity, maintaining reliable all-weather operation in the low-temperature indoor ranges of northern winters and the humid environments of southern summers, preventing assessment score deviations or forced interruptions of training plans due to environmental factors. This environmental adaptability meets the rigid requirement of public security range construction standards across different climatic regions nationwide for the year-round stable operation of core equipment.

Full-Scene Multi-Function Training Support and Intelligent Target Control, Simulating Dynamic Presentation of Realistic Targets to Enhance the Tactical Proficiency of Frontline Police Officers
The system is compatible with a wide range of commonly used police pistol, rifle, and submachine gun calibers from 4.5mm to 12.7mm. It supports the identification of rapid-fire shooting rates up to 10 rounds per second, meeting the scoring needs of a full spectrum of shooting courses from basic slow fire to applied rapid fire and close-quarters rapid fire. The target supports two action modes: 90° lateral rotation and random appearance and disappearance. The appearance/disappearance time is programmable and can be as fast as ≤1.0 second. Training instructors can flexibly set the target exposure duration and interval according to the course design, simulating the dynamic characteristics of targets in real law enforcement scenarios—such as sudden appearance, lateral movement, and use of cover. This trains shooters in rapid reaction, precise shot placement, and tactical decision-making under time pressure, effectively enhancing the psychological readiness for combat and the practical response effectiveness of frontline police officers.

Full-Process Intelligent Assessment Management and Construction of Digital Personnel Skill Archives, Driving the Transformation of Police Training from "Experience-Based Assessment" to "Data-Driven" Approaches
The system incorporates a professional assessment management module that supports batch import of personnel information, automatic assignment of firing points, and automatic execution of assessment processes according to pre-set plans. Scores are automatically collected in real time and simultaneously announced via voice broadcast and large-screen display, instantly generating individual score rankings and statistical analysis reports. All training and assessment data is automatically archived into a digital personnel skill archive, supporting multi-dimensional historical queries and trend analysis by time period, course, individual, and other parameters. This enables administrators to conduct long-term tracking, cross-sectional comparison, and scientific evaluation of individual and team shooting skill levels. It provides objective data evidence for formulating targeted training plans and optimizing training resource allocation, driving the transformation of police shooting training from traditional empirical qualitative evaluation to standardized, data-driven quantitative assessment.

Compliant Application Scenarios

Standardized Indoor Range Construction and Daily Training Support Scenario for Public Security Organs
When municipal or county-level public security organs construct new indoor ranges or upgrade existing ones, this system is deployed as the core scoring equipment at each firing point, providing uninterrupted, year-round live-fire training support for all officers in the bureau. The standard configuration supports independent or synchronous operation across multiple firing points, simultaneously satisfying the large-scale concurrent demands of basic precision training and squad rotational training. The system's ultra-long-life target board and maintenance-free characteristics ensure the long-term, efficient operation of the range without the need for frequent consumable procurement and replacement. The construction approach for key hardware facilities within the indoor training environment fully complies with the standardization, normalization, and modernization requirements of the public security system for indoor ranges.

Critical Assessment Scenario for Police Officer Promotion, Rank Conferral, and Specialized Skill Competitions
In critical assessments such as police practical skill proficiency grading, police officer promotion and rank conferral evaluations, and specialized selections for special police assault teams, this system—with its high accuracy of average error <3mm and its fully automated, human-intervention-free scoring method—provides objective and accurate data recording for the shooting performance of every assessee. Scores are publicly announced in real time during the assessment process. Upon conclusion, the system automatically generates an encrypted, tamper-proof electronic score report, fully ensuring the fairness and impartiality of the assessment procedure and the authority of the results. Both the organizational format of the assessment and the data management approach reflect the seriousness and standardization of police assessment work.

Advanced Course Training Scenario for Rapid-Response Exposed Target and Mobile Tactical Shooting
Special police or frontline response units utilize the system's target programming appearance/disappearance and rotation functions to conduct advanced tactical courses such as timed rapid fire, rapid-response exposed target shooting, move-halt-shoot drills, and alternating fire from cover. Instructors flexibly set multi-target linkage logic and time parameters via the control terminal, simulating complex operational scenarios where multiple targets randomly appear in different orientations, training shooters in rapid situational awareness, target priority judgment, and precise continuous fire capability under sensory overload pressure. This ensures that tactical training is advanced under the guidance of scientific, quantitative assessment data.

Core Technical Parameters

In terms of core technical indicators, the system's scoring accuracy has an average error of <3mm. A single target board can withstand ≥10,000 rounds of live-fire without degradation in scoring performance. The applicable projectile diameter range covers 4.5mm to 12.7mm, with an applicable projectile velocity range of 5m/s to 1000m/s. It supports the identification of rapid-fire shooting rates up to 10 rounds per second. Regarding environmental adaptability, the operating temperature range is -20°C to 50°C, and the operating humidity range is <90% RH (non-condensing), adaptable to the environmental conditions of indoor ranges in all climatic regions nationwide throughout the year. For system reliability, the continuous trouble-free operating time is ≥12 hours, and the overall system design life is ≥20 years. In terms of training functions, the target supports 90° lateral rotation and random appearance and disappearance actions, with the appearance/disappearance time programmable and as fast as ≤1.0 second. It supports standard shooting distances such as 7m, 15m, and 25m, as well as custom distances, and is compatible with various standard target types including military chest ring targets and police B-27 half-body targets. For data management, a professional assessment management module is built in, supporting full-process digital management functions such as batch import of personnel information, automatic firing point assignment, automatic execution of pre-set plans, real-time score collection and announcement, and historical data statistical analysis.

Compliant Field Application Cases

The indoor range of a provincial capital city's public security bureau had long suffered from traditional acoustic-electric target boards whose sensors were frequently damaged by dense bullet holes due to the high daily training volume, requiring the replacement of large quantities of target board consumables annually. Moreover, scoring malfunctions frequently interrupted the assessment process during evaluations. During a comprehensive modernization overhaul of the range, the bureau replaced all equipment with this laser-positioning live-fire precision target scoring system. After the renovation, the annual rotational training for all serving officers and the induction training for new recruits were both conducted at this venue. During the first round of live-fire assessments for new recruits, the system operated continuously for over 10 hours throughout the day, scoring over eight thousand rounds in total, with zero malfunctions, zero missed detections, and zero manual interventions during the entire process. The assessment instructor monitored the shooting scores of each firing point in real time through the control terminal, with the large screen simultaneously announcing the rankings for each round. After the assessment, the system automatically generated encrypted electronic score reports and archived them. The remarkable results of the bureau's range renovation led to a leap in both training efficiency and the credibility of assessments. This project was subsequently promoted by higher-level public security organs as a model demonstration project for the standardized construction of indoor ranges.

A provincial special police corps held its annual live-fire skill competition for assault team members. The competition covered multiple courses, including precision shooting, timed rapid fire, and mobile shooting, placing extremely high demands on the accuracy and response speed of the scoring system. This system was used for performance adjudication throughout the competition. In the first-round hit course, shooters engaged in rapid-response shooting at randomly appearing and disappearing targets. The system accurately captured the point of impact for each round within the target's brief ≤1-second exposure window and displayed the results in real time. Throughout the entire competition process, the scoring was zero-error and zero-dispute. The system ensured the fairness and smoothness of the competition with its high accuracy of <3mm average error and instantaneous score feedback. After the competition, the training department imported all the data automatically generated by the system into the team members' digital skill files, providing detailed data support for the subsequent formulation of targeted training plans. In their summary, the corps leadership highly recognized the value of the laser curtain positioning technology in ensuring the credibility of assessments during specialized competitions.

Manufacturer Information: Beijing Best United Technology Co., Ltd.
Website: https://www.bestlh.com
Address: Building C9, Jianziban, No.1 Courtyard, Jinghai Sixth Road, Yizhuang Development Zone, Beijing
Tel: 010-56526048