Research on Multi-scenario Application and Practical Combat Value of Military Battlefield Driving Simulator

With the in-depth transformation of modern military training toward intelligence, simulation and high efficiency, the drawbacks of the traditional real-vehicle training model, which is restricted by multiple factors including site, equipment, safety, cost and environment, have become increasingly prominent. As a modern military training device integrating virtual reality technology, 6-DOF motion simulation, military-adaptive system and intelligent evaluation algorithm, the military battlefield driving simulator breaks the time and space limitations of traditional military driving training. It can fully adapt to the simulation training of various military special vehicles such as tanks, military airships, Dongfeng, FAW Jiefang, Shacman and HOWO. It is widely applied in multiple core scenarios including recruit intensive training, special combat readiness training, military academy teaching, national defense popular science education, skill assessment and competition. With the core advantages of high simulation, zero loss, high safety, repeatable reconstruction and easy popularization, this equipment has become the core equipment for the transformation of military driving talent training, the improvement of combat readiness capability and the upgrading of training systems in the new era. It provides solid scientific and technological support for the high-quality development of military practical training. This paper comprehensively analyzes the core application scenarios of the military battlefield driving simulator and deeply interprets its military value and industry advantages.

1. Recruit Basic Entry Training Scenario: Consolidating Basic Driving Skills

The entry training of driving skills for new recruits after enlistment is the first threshold for talent cultivation of military logistics and combat forces. Most new recruits have no previous experience in driving military vehicles before joining the army, and are completely unfamiliar with the operating logic, mechanical characteristics and battlefield driving specifications of tanks, military heavy trucks and special combat vehicles. In the traditional training mode, it is difficult for new recruits to start training directly with real vehicles. The training cycle is long, and irregular operations are likely to cause vehicle wear, mechanical failures and even safety accidents. Meanwhile, during centralized training of a large number of recruits, there are also problems such as insufficient vehicles, limited training sites and scattered instructor energy, which seriously restrict training efficiency and the overall qualified rate of recruits.

The military battlefield driving simulator is precisely adapted to the zero-based training scenario for new recruits and builds a standardized, lightweight and standardized entry training system. The equipment is equipped with operating components completely consistent with real vehicles, including steering wheel, clutch pedal, brake pedal, shift mechanism, instrument panel and central control operating system. It reproduces the operating feel and mechanical feedback of military heavy trucks of Dongfeng, FAW Jiefang, Shacman and HOWO, as well as tanks at a 1:1 scale. New recruits can finish basic operation learning without contacting real vehicles. The system is embedded with standardized teaching processes, with built-in functions such as operation demonstration, step decomposition, voice explanation and error reminder. New recruits can observe independently, practice repeatedly and correct errors in real time. They can quickly master basic operations of military vehicles such as starting, gear shifting, straight running, turning, braking and parking, and become familiar with core basic knowledge such as instrument panel parameter identification, preliminary judgment of equipment faults and basic driving specifications.

To meet the demand of centralized training for large batches of recruits, the simulator supports networked synchronous training of multiple devices. Instructors can uniformly manage all training devices through the main control system, distribute training courses in batches and monitor the operating status of each recruit in real time, greatly reducing teaching pressure. At the same time, the simulator completely avoids safety risks in recruit entry training, eliminating vehicle collisions, component damage and personnel injuries caused by operational errors of novices. The training mode with zero fuel consumption and zero equipment loss greatly cuts the teaching cost of recruit intensive training. Through phased simulation training, new recruits can quickly form muscle memory, get familiar with operation procedures and establish safe driving thinking. It lays a solid foundation for subsequent real-vehicle training and special battlefield training, and effectively shortens the talent development cycle of military driving personnel.

2. Complex Battlefield Practical Training Scenario: Tempering Emergency Response Capabilities in Battlefields

The modern battlefield environment is complex and changeable. Driving military vehicles tests not only basic operation capabilities, but also places extremely high requirements on drivers’ adaptability to battlefield environments, control capability on complex road conditions, disposal capability for sudden emergencies and psychological quality under high pressure. It is difficult for traditional real-vehicle training to restore a real battlefield environment and replicate difficult and dangerous training subjects. Complex battlefield road conditions and extreme weather such as floating bridge passage, crater sections, trench obstacles, rugged mountain roads, sand and dust deserts, rainy foggy weather and night zero-light conditions can hardly be regularly practiced through conventional site training. This leads to prominent shortcomings in drivers’ practical combat capability, making it hard to adapt rapidly to complex battlefield environments in wartime.

Relying on high-precision 3D scene modeling and 6-DOF motion simulation technology, the military battlefield driving simulator fully restores the real battlefield combat environment. It can accurately simulate various complex terrains and extreme weather and battlefield emergencies, perfectly meeting the needs of military practical combat readiness training. The equipment can dynamically reproduce typical battlefield road conditions, including craters, anti-tank trenches, muddy swamps, undulating mountain roads, sand and gravel deserts, temporary floating bridges and damaged roads. It can also simulate extreme weather conditions such as heavy rain, snow, dense fog, strong wind, night zero light and diurnal temperature changes, fully restoring the working conditions of wartime driving. During training, the motion platform can synchronously feed back dynamic effects such as vehicle bumping, tilting, slipping and lateral movement. Combined with an immersive audio-visual system, trainees can feel the tense atmosphere of battlefield driving on the spot, effectively tempering their psychological quality and operational stability under high-pressure environments.

In addition, the system can randomly set various sudden battlefield emergencies, including vehicle tire blowout, brake failure, power failure, sudden road obstacles, early warning of battlefield enemy situation and emergency evasion and evacuation. It pushes trainees to respond rapidly, dispose of emergencies in a standard manner, master battlefield emergency driving skills, troubleshooting methods and emergency avoidance strategies, and comprehensively improve survivability and task execution capability in complex battlefield environments. Compared with traditional training modes, the simulator can replicate various difficult and dangerous subjects without limits to realize regular and repeated training of complex battlefield scenarios. It thoroughly solves the long-standing pain point that difficult and dangerous subjects “cannot be fully trained, deeply practiced or safely practiced”. It allows drivers to temper practical combat capabilities in a zero-risk environment, fully meeting the practical task requirements of wartime material transportation, troop delivery, battlefield maneuver and emergency support.

3. Multi-service Special Training Scenario: Supporting Training of All Types of Military Equipment

The modern military combat system features refined division of labor. Military equipment varies greatly among different services and posts. The training requirements for tank combat, airship operation and maintenance, logistics transportation and other posts are different, which impose high requirements on the professionalism, adaptability and targeting of training equipment. Traditional single training equipment cannot cover the training needs of multiple types of military equipment. Troops need to be equipped with multiple sets of training equipment and build multiple special training sites, resulting in scattered training resources, high investment costs and difficult management. It is hard to meet the integrated training needs of multiple services.

Adopting a modular and switchable simulation system, the military battlefield driving simulator covers the special training needs of all types of military equipment including tanks, military airships, and military heavy trucks of Dongfeng, FAW Jiefang, Shacman and HOWO. It can be adapted to special training for armored troops, transportation troops, logistics support troops and special auxiliary troops, realizing multi-subject integrated training with one machine. In terms of tank driving training, the equipment accurately reproduces tank tracked driving characteristics, steering logic and battlefield maneuver modes, and simulates special subjects such as tank cross-country maneuver, obstacle breakthrough and battlefield concealed maneuver to temper armored troops’ capabilities in battlefield maneuver and coordinated combat. In the military airship training scenario, the system restores operation procedures such as low-altitude navigation, site takeoff and landing and attitude adjustment of airships, adapting to the training needs of airship operation and maintenance and low-altitude maneuver.

In the logistics transportation training scenario, the equipment is precisely compatible with mainstream military heavy truck models including Dongfeng, FAW Jiefang, Shacman and HOWO. It reproduces special training subjects such as heavy-load driving, long-distance maneuver, material transportation under complex road conditions and formation driving of military transport vehicles, and targets to improve the core skills of logistics transporters such as heavy-load driving, long-distance maneuver, passage on complex roads and formation coordinated driving, ensuring efficient delivery of materials and troops in wartime. Meanwhile, the system supports customized special courses for different services. Exclusive training subjects, assessment standards and simulation scenarios can be set according to training outlines of different posts to realize refined, professional and targeted training. It fully matches the combat readiness training requirements of posts in each service and helps improve the coordinated combat capability of multiple services.

4. Teaching Scenario in Military Academies and Training Bases: Establishing a Standardized Teaching System

Military academies, national defense training bases and troop training centers are core positions for cultivating military driving talents. They undertake systematic, large-scale and professional talent cultivation tasks and require standardized, intelligent and systematic training equipment to support regular teaching, curriculum development and talent incubation. The traditional teaching mode focuses on theoretical teaching supplemented by real-vehicle training. Theory and practical operation are disconnected, practical training class hours are limited, practical operation opportunities are scarce, the standardization of teaching is low, and trainees’ skill levels are uneven, which fails to meet the high standards of modern military talent training.

The military battlefield driving simulator perfectly adapts to the teaching system of military academies and professional training bases, and builds an integrated standardized teaching mode of “theoretical teaching + simulated practice + intelligent assessment + review and improvement”. The equipment is equipped with a complete set of standardized teaching courses, complying with military training outlines and academy teaching specifications. It covers all-dimensional teaching contents including basic driving, special skills, battlefield practice, emergency disposal, fault troubleshooting and tactical coordination, and can meet the full-process teaching needs of regular classroom teaching, independent after-class training, phased skill improvement and comprehensive graduation training. Academies can carry out large-scale class teaching relying on the simulator. Multiple trainees conduct practical training synchronously, and instructors can teach uniformly, guide in real time and answer questions accurately through the intelligent management system, greatly improving teaching efficiency and coverage.

At the same time, the system has complete functions of training data recording and review. It can fully record trainees’ operation details, training duration, operational errors, assessment results and other core data, and automatically generate personal training reports and class learning situation analysis. Instructors can accurately identify trainees’ skill weaknesses and operational misunderstandings through data review, optimize teaching plans in a targeted manner and carry out personalized tutoring. It completely solves the problem of “relying on experience, lacking data and facing difficulty in precision” in traditional teaching. In addition, the equipment supports self-editing of courses. Academies can independently add simulation scenarios, adjust assessment standards and optimize course contents combining teaching progress, talent training goals and troop practical combat needs to continuously improve the teaching system and cultivate high-quality military driving talents adapting to modern battlefield needs. Equipment can be deployed in batches to build standardized simulation training classrooms and create intelligent and modern military training bases, greatly improving the professionalism, standardization and intelligence of practical teaching in academies.

5. Troop Assessment, Competition and Grade Evaluation Scenario: Realizing Intelligent and Fair Evaluation

Military driving skill assessment, post grade evaluation and military skill competitions are core links to inspect troop training results, select outstanding driving talents and standardize post competency standards. The traditional assessment mode relies on manual evaluation, which has problems such as large subjective errors, inconsistent evaluation standards, single assessment scenarios, incomplete data retention and difficult review. It is hard to accurately assess trainees’ practical driving capability and comprehensively inspect their emergency disposal ability in complex scenarios. The fairness, professionalism and comprehensiveness of assessment results cannot be guaranteed.

Equipped with an intelligent fully automatic evaluation system, the military battlefield driving simulator strictly follows the military training assessment outline to realize standardized, intelligent, paperless and fair assessment, perfectly adapting to various evaluation scenarios including daily inspection, quarterly evaluation, annual grading, skill competitions and post certification. The system embeds unified assessment scoring criteria. Without human intervention in the whole process, it accurately scores multiple core indicators of trainees, including starting, gear shifting, braking, road passage, obstacle avoidance, emergency disposal, operation standardization, driving stability and task completion efficiency. Assessment data is retained in real time, results are automatically generated, and reports can be exported with one click, eliminating subjective deviations in manual evaluation and ensuring fair, accurate and credible assessment results.

For military skill competitions, the simulator supports networked competition among multiple devices and synchronous competition in the same scenario. High-difficulty battlefield assessment subjects can be set uniformly to simulate complex sudden emergencies, comprehensively inspecting participants’ driving skills, psychological quality, emergency response and tactical literacy, and accurately selecting high-quality military driving talents. Meanwhile, the system can retain all assessment data, operation videos and error records, providing accurate data support for trainees’ review and improvement, instructors’ optimization of training plans and troops’ mastery of overall training levels. It promotes the transformation of troop training assessment from “experience-based evaluation” to “data-based evaluation”, and comprehensively improves the standardization level of troop training.

6. National Defense Popular Science and Safety Education Scenario: Popularizing Military and National Defense Knowledge

National defense education bases, youth research and study bases, national defense science popularization exhibition halls and military camp open days are important positions for national national defense education and youth national defense literacy cultivation. Traditional national defense science popularization mainly adopts graphic display, physical display and video explanation, featuring single forms, poor interaction and weak experience. It is difficult to arouse the enthusiasm of the public, especially teenagers, for national defense learning, greatly reducing the effect of national defense popular science education.

With the advantages of immersive, interactive and experiential science popularization, the military battlefield driving simulator has become core equipment for modern national defense popular science education. The equipment highly restores the driving experience and battlefield combat scenarios of military tanks, military heavy trucks and airships. The public can intuitively understand the structure of military equipment, driving principles, battlefield combat environment and daily training of soldiers in a safe and interesting experience, and immersively feel the advancement of China’s military equipment and the strength of national defense. Through practical experience, it effectively enhances the national defense awareness, national defense identity and national pride of the whole people, transforming national defense education from “passive listening” to “active experience and in-depth perception”.

Meanwhile, the equipment is easy to operate, highly safe and suitable for a wide range of people. It can meet diversified experience needs such as youth research and study, public science popularization and enterprise & institution national defense education, enrich the forms of national defense popular science education, expand national defense education scenarios and help the normalization, popularization and interesting development of national defense education for all.

7. Summary of Core Application Value and Industry Advantages of the Equipment

In summary, the military battlefield driving simulator covers six core scenarios: recruit training, practical combat drills, special training for multiple services, academy teaching, assessment and evaluation, and national defense popular science. It runs through the whole process of military driving talent cultivation, troop combat readiness training and national defense education promotion. Compared with the traditional real-vehicle training mode, it has irreplaceable core advantages. In terms of safety, it completely avoids potential safety hazards of real-vehicle training and supports zero-risk training of various difficult and dangerous subjects. In terms of cost, it greatly reduces fuel consumption, equipment loss, site operation and maintenance and manpower teaching costs, realizing one-time investment and long-term reuse. In terms of efficiency, it breaks the restrictions of time, space and sites. Training can be carried out all weather, in large batches and repeatedly, greatly shortening the talent development cycle. In terms of effect, it highly restores battlefield environments, tempers trainees’ practical combat skills and psychological quality, and improves the level of troop practical combat training. In terms of management, it realizes training standardization, assessment normalization and refined management relying on big data intelligent evaluation and data review.

Against the background of intelligent transformation of military training, the military battlefield driving simulator, with its advantages of full-scenario adaptation, high-precision simulation, intelligent empowerment, low cost and high efficiency, has become standard training equipment for troops, military academies and national defense education bases. It continues to promote the innovation of military driving training modes, help the modernization of national defense and military construction in the new era, and provide strong scientific and technological support for forging a high-quality, professional and practical combat-oriented military driving talent team.