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Vehicles Parts and Attachment Points

Suggested

In the game, players have the option to customize their vehicles by install/Replace/removed various accessories and parts to specific attachment points. Here are some examples of vehicle attachments and their uses: Cargo Box: Provides additional storage space for carrying equipment, supplies, or mission-specific items. Spare Wheels: Allows players to carry extra wheels to replace damaged or flat tires during missions, ensuring continued mobility. Fuel Canister: Provides a reserve fuel source for extended operations or refueling other vehicles or equipment. Firefighting Canister: Equips the vehicle with a firefighting capability, allowing players to extinguish fires encountered during missions. Repair Kits: Enables players to perform on-the-go repairs to their vehicle, fixing damaged components or systems to maintain optimal functionality. Long-Range Radios and Communication Devices: Enhances communication capabilities, enabling players to establish reliable communication over long distances or in challenging terrain. Lights: Improves visibility during nighttime or low-light conditions, assisting with navigation, search and rescue, or providing illumination for operations. Mounted Weapons or Devices: Enables players to install offensive or defensive weapons on their vehicles, such as machine guns, grenade launchers, or anti-aircraft systems, EW systems and situational awareness systems , enhancing combat capabilities. Towing Hooks: Allows players to attach and tow other vehicles or equipment, facilitating recovery operations or transport of heavy objects. Players can also customize the cockpit/cabin systems of their vehicles by installing various equipment and devices. Some examples include: GPS: Installing a GPS (Global Positioning System) device inside the vehicle's cockpit provides the player with accurate positioning information, navigation assistance, and the ability to plan routes effectively during missions or exploration. CTAB: Commander's Tactical Display is a system that offers situational awareness and real-time information about the battlefield. By installing CTAB inside the vehicle's cabin, players gain access to tactical maps, friendly and enemy positions, mission objectives, and other critical data to make informed decisions during combat. Communication Systems: Upgrading the vehicle's communication systems enables secure and efficient communication between the player's vehicle and other friendly units or command centers. This may include installing long-range radios or advanced communication devices for effective coordination and information sharing. Instrumentation and Control Upgrades: Players can enhance the cockpit/cabin instrumentation and control systems by adding features like advanced gauges, control panels, or digital displays, providing better monitoring of the vehicle's performance, diagnostics, and operational parameters. Certain systems in vehicles may require the installation of multiple components or attachments to function properly. For example: AN/VLQ-12 CREW Duke System: This electronic warfare system, used for countering radio-controlled improvised explosive devices (RCIEDs), consists of multiple components. The installation typically involves mounting the cabin control console inside the vehicle, which serves as the central control unit for operating the system. Additionally, an antenna is installed, usually on the exterior of the vehicle, to receive and transmit signals for detecting and jamming RCIED threats. Long-Range Radio System: To establish long-range communication capabilities, players need to install both an interior radio device, usually mounted within the vehicle's cabin, and an external antenna. The interior radio device provides the control interface and allows the player to transmit and receive communications, while the external antenna extends the range and enhances the signal strength for reliable long-distance communication. By properly installing all the necessary components and attachments, players can activate and utilize these specialized systems in their vehicles, providing them with enhanced capabilities and functionality that contribute to their mission success. These attachments provide players with the flexibility to customize their vehicles based on the specific requirements of each mission, optimizing their performance and effectiveness in different scenarios. In addition to adding attachments, players can also replace or remove certain vehicle parts based on their customization options. Some examples of replaceable or removable vehicle parts include: Engines/Thrust/Rotors: Players can swap out damaged or underperforming engines, thrust systems, or rotors with more powerful or efficient alternatives, improving the vehicle's speed, maneuverability, and overall performance. Wheels: If the wheels are damaged or require a different type of tire for specific terrains, players can replace them with suitable options, such as off-road tires or reinforced wheels, ensuring better traction and durability. Armor Kits: Vehicles equipped with modular armor systems allow players to replace damaged or inadequate armor plates with stronger or specialized variants, enhancing protection against various threats, including ballistic, explosive, or anti-vehicle projectiles. Window Shield: If the vehicle's window shield is damaged or obstructing visibility, players can replace it with a new one, ensuring clear vision and protection against debris or hostile fire. Lights: If the vehicle's lights are malfunctioning or require different lighting options for specific operations, players can replace them with suitable alternatives, such as brighter headlights or infrared lights for enhanced night vision capabilities. Weapons: Depending on the vehicle's configuration, players may have the option to remove or replace mounted weapons, allowing them to adapt the vehicle's offensive capabilities to the mission requirements or to replace damaged weapons with functional ones. Truck Benches and Vehicle Seating: Players can also customize the seating configuration of the vehicle, including adding or removing truck benches or adjusting the seating arrangement to accommodate more personnel or specialized roles within the vehicle. By offering the ability to replace or remove vehicle parts, players can customize their vehicles to address damage, improve performance, or adapt to different mission scenarios, providing a more immersive and dynamic gameplay experience. Vehicle part and attachment replacement can range from simple tasks like replacing a spare wheel to complex procedures like engine replacement. Simple tasks can be done anywhere by anyone with minimal tools, while complex tasks require specialized knowledge, tools, and conditions. The complexity varies depending on the specific vehicle and the part being replaced. Players should consider feasibility, time, and resources before attempting complex procedures. Assistance or access to specialized facilities may be necessary. Modding Framework Provide modders with extensive customization options, the game enables them to extend vehicles by adding more replaceable parts and installing additional attachments. This allows for greater flexibility and personalization in modifying specific vehicles. Modders have the ability to define which vehicles can have extra replaceable parts, such as engines, wheels, armor kits, and more. They can also create new attachments that can be installed on specific vehicles, such as cargo boxes, mounted weapons, communication devices, and other specialized equipment. Modders have the flexibility to define specific conditions, requirements, and processes for installing, replacing, or removing each attachment or part in the game. This allows for a more immersive and realistic gameplay experience, as players may need to meet certain criteria or follow specific steps to modify their vehicle . Furthermore, modders can configure compatibility between the install points on vehicles and the attachments they create. This means they can specify which attachments can be installed on which install points, ensuring compatibility and preventing incompatible combinations. By empowering modders with these customization options, the game provides a platform for creating unique and tailored vehicle experiences, allowing players to fully personalize and enhance their gameplay.

Vehicles fire suppression system

Suggested

Land Vehicles

In Arma Reforger, when a vehicle reaches critical damage and catches fire, the fire can spread, causing harm to its crew until they are killed. The driver and commander have the ability to manually trigger the fire suppression system to put out the fire. Additionally, they can toggle the automatic fire suppression system to enable or disable its triggering. When a vehicle catches fire, the engine should automatically turn off if the automatic fire suppression system is enabled. At the same time, the fire suppression system should trigger to extinguish the fire. The fire suppression system utilizes a certain chemical tank (e.g. Extinguishing Agent Canister) each time it is used, similar to ammunition. It can be resupplied or refilled to ensure it remains functional for subsequent fire suppression operations. Description : Armored tanks and vehicles are designed to provide protection to their crew and equipment in combat situations. However, these vehicles are still vulnerable to fire and explosion, which can be caused by a variety of factors such as fuel leaks, ammunition cook-offs, or enemy fire. To mitigate the risk of fire and explosion, armored tanks and vehicles are often equipped with fire suppression systems. These systems are designed to detect and extinguish fires before they can cause significant damage to the vehicle or harm the crew. Armored vehicle fire suppression systems typically use a combination of sensors, alarms, and extinguishers to detect and suppress fires. The sensors are located throughout the vehicle and detect heat and smoke. When a fire is detected, an alarm sounds and the appropriate extinguisher is activated. The extinguishers used in armored vehicle fire suppression systems can vary depending on the type of fire. For example, dry-powder extinguishers are often used for fuel fires, while halon extinguishers are used for electrical fires. Some systems may also use foam or water mist extinguishers. Overall, armored vehicle fire suppression systems are critical safety features that help protect the crew and the vehicle from the dangers of fire and explosion. below image real photo of Abrams tank fire suppression system

Larger Maps

Suggested

Expand the limit of map sizes from 30x30 to as big as possible to be honest lol

Terrain Deformation

Suggested

The ability for ground cratering caused by explosions with explosion type (e.g. JDAM), size and terrain material being directly proportional to the size and depth of the crater. Also, the ability of AI to use the craters as trenches (possibly bases) and cover dynamically.

Modular Uniform

Suggested

Infantry Equipment

Modable Content Base

The Modular uniform (both formal uniform and field uniform) provides attachment points that may be compatible with various attachments, depending on the specific uniform. Some possible attachments include: Kneepads: Attachable pads for extra knee protection. and increase weapon stability while crouching Elbow pads: Pads that can be attached to protect the elbows. and increase weapon stability while mounting Tactical Military gloves : Offer crucial protection against shrapnel from explosions reducing risk of hand injury while improving handling of weapons specially hot weapons . Tactical Map Document Holding Wrist Case: A case on the wrist for holding maps or documents. provide quick hand free access to map or any document like objective photo and give the player ability to pin the map/document on the gameplay UI . (like map in arma 3 Tao's Folding Map mod) Wrist phone/devices carrier: A carrier on the wrist for holding phones or small devices. enabling player to use phones/tablets/devices quickly without holding it in hands and also provide the player the ability to pin the device screen on the gameplay UI . (like microdagr in arma 3 ACE mod) Awards and decorations: Patches or insignias for achievements and recognition. Name tapes: Customizable name tapes for personal identification. and can be a preset text or user define like name, call sign or unit name Patches and insignias: Decorative or informative patches in different locations. Epaulette: A shoulder piece for decoration or functionality. Pistol Holster: A holster for securely carrying a pistol. Leg pouches and arm pouches: players can attach additional pouches to their uniforms for extra storage space and customization of their loadout, as uniforms themselves are designed to carry a limited number of items. Reflective strap attachment: A strap that can be attached to increase visibility in low-light conditions. It's important to note that not all attachments are compatible with every uniform. The availability of attachment points and compatibility may vary depending on the specific uniform chosen in the game. Modding Framework Modders have the ability to define attachments for uniform attachment points and set attachment points when creating new uniforms. Each attachment can have unique features, limited only by the modder's imagination. Attachments are defined to specific lists of points within specific uniforms, allowing for precise customization and integration. Modders have the flexibility to define specific conditions, requirements, and processes for installing, replacing, or removing each attachment. This allows for a more immersive and realistic gameplay experience, as players may need to meet certain criteria or follow specific steps to modify their the uniform.

Modular Vests/Plate Carrier and Belts

Suggested

Infantry Equipment

Modable Content Base

Some vests can follow a modular system such as PALS (Pouch Attachment Ladder System), which allows players to customize their vests with different types of attachments. PALS provides a grid of webbing that allows for the attachment of various pouches and accessories using compatible fasteners, such as MOLLE (Modular Lightweight Load-carrying Equipment) straps. This modular design gives players the freedom to configure their vests according to their specific needs and play style, offering flexibility and adaptability in the virtual battlefield. Different vests in the game may follow different attachment systems. While many vests utilize the PALS (Pouch Attachment Ladder System) or MOLLE (Modular Lightweight Load-carrying Equipment) system, there are also other proprietary attachment systems used by specific vests. These systems may have their own unique design and attachment methods, offering players a variety of options when it comes to customizing their gear. It's important for players to consider the compatibility of attachments with their specific vest and choose attachments that are designed to work with the attachment system used by their vest. Player may utilize an advanced interface, similar to a weapon inspection mode, to customize their vest and attachments. Additionally, certain vests or plate carriers may come with predefined customizations, similar to how some weapons have preconfigured attachments and customization options. Below a vest that follow MOLLE system without any attachments Below MOLLE grids of webbing, which are based on 25 mm (1 in) wide webbing with 38 mm (1.5 in) spacing between each sewing point. Vests themselves do not typically provide storage space for gadgets, tools, or magazines. The storage space is provided by attached pouches that can be customized based on the user's needs. However, plate carriers are designed specifically to carry protective plates for customized protection. Some vests may have built-in pouches that offer additional storage space alongside other attachment points. Example of attachment to modular Vests and Plate Carrier Magazine Pouches: These pouches securely hold and carry extra magazines for firearms. it provide player for slots that can carries only certain magazines enable player to reload faster that magazine that in generic pouches and back bags. Additionally, to provide visual cues for supply status, it would be beneficial if the game incorporates the visibility of magazines in pouches, indicating whether they are empty or still contain magazines . This feature can offer players and those around them valuable information about the current ammunition availability in a more immersive and intuitive manner (as shown in below image). Utility Pouches: Versatile storage options for items like multitools, first aid supplies, communication devices, or other small equipment. it provide player slots that can carries almost anything and player can access them quicker than back bags. Admin Pouches: Multiple compartments and organizers to store administrative items like pens, notepads, maps, identification cards, and personal belongings. it provide player for slots that can carries only maps ,papers ,documents , map tools and notepads and player can access them quicker than back bags Grenade Pouches: Specifically designed to securely hold and provide quick access to grenades or similar explosive devices. it provide player for slots that can hold only grenades or similar explosive devices and provide quick access to grenades and player can access them quicker than back bags Radio Pouches: Used to carry communication devices such as handheld radios enabling player quicker use radio other than if the radio in other pouch or back bag. Tool/Specialized Pouches: Carry and organize various tools needed for battlefield such as repair tool kit pouch, drone kit pouch or BuddyStrap Injured Person Carrier pouch . Medical Pouches : Carry and organize various medical kit and supplies and come in various sizes , it provide player for slots that can hold only medical devices and supplies in organized manner to help player reach those items quicker than back bags and generic pouches. Tactical Vest Phone/tablet Holder: Securely holds and provides quick access to a mobile phone or tablet while wearing a tactical vest, enabling player to use phones/tablets/devices quickly without holding it in hands and also provide the player the ability to pin the device screen on the gameplay UI . (like microdagr in arma 3 ACE mod) Flashlight pouches are designed to securely hold and provide quick access to flashlights during low-light or nighttime operations. They also offer the ability to switch on certain types of flashlights to illuminate the area in front of the player. Pistol/ Holster Pouch: Securely holds a pistol or handgun for quick and convenient access. Patches and insignias : Vest patches and flags can be added for identification or personalization. Extra armor vests can be equipped with additional armor attachments, such as an Armored Cummerbund, which provides extra protection for other body parts beyond the vest itself. This attachment enhances the overall armor coverage and improves the wearer's defensive capabilities in combat situations. Modding Framework Modders have the ability to introduce single vests/plate carriers in the game that can implement either new or existing attachment modular systems. These vests can also feature custom attachment points that are specific to that particular vest, allowing for unique customization options. Furthermore, these vests may come with built-in functions or features that are exclusive to them. These built-in functions can provide additional utility or advantages, enhancing the overall gameplay experience. By incorporating both existing and custom attachment systems, as well as built-in features, modders can provide a diverse range of vest options for players to explore and customize. This level of modding flexibility allows for extensive customization possibilities, enriching the game with unique vest variations. Modders have the capability to define attachments that are specific to certain vest mount points or attachment systems. These attachment systems are typically structured as a grid of points, with each attachment defined to attach to a specific configuration of points, such as 1x1, 2x2, 3x2, and so on. The total space available on the grid will vary based on the design and size of the vest itself. For example, a vest may have a grid size of 6x10, providing a total of 60 attachment points for modders to work with. They can then define attachments that align with this grid, allowing players to customize their loadouts by attaching different gear, pouches, or accessories to the available mount points on the vest. This level of customization and compatibility with specific attachment systems and mount points allows modders to create a wide range of options for players to personalize their vests and tailor them to their specific needs and preferences in the game. Modders also have the ability to assign unique functions to each attachment. For example, an attachment can consist of a larger pouch that can hold generic items, with an additional two smaller pouches specifically designed to carry magazines. This allows players to have versatile storage options, where they can store various items in the larger pouch while conveniently keeping their magazines readily accessible in the dedicated magazine pouches. This level of customization enables players to tailor their loadouts and optimize their equipment for specific gameplay situations. Modders have the flexibility to define specific conditions, requirements, and processes for installing, replacing, or removing each attachment or part in the game. This allows for a more immersive and realistic gameplay experience, as players may need to meet certain criteria or follow specific steps to modify their vests. Below Example of a vest that does not follow any attachment system but it comes with built-in storage space in form of pouches and pockets with one vest specific attachment point that can accommodate Patch/insignia/nametag attachment. Below Example of real life vests attachments

Military/Tactical Goggles

Suggested

Infantry Equipment

Modable Content Base

Goggles are a helmet attachment that helps players achieve the following: Military goggles in the game provide protection and improved visibility in adverse weather conditions like sandstorms, blizzards, and dust from nearby explosions. They enhance immersion and realism by replicating the real-life functions of military goggles, allowing players to navigate effectively and maintain clear vision in challenging environments. Certain goggles offer a shading effect that reduces the intensity of direct sunlight or spotlights, enhancing the player's visual clarity. This feature minimizes glare and brightness caused by intense light sources, allowing for improved visibility of crucial details in the game environment. While not all goggles possess this shading feature, its inclusion in the game adds to the immersive and realistic experience by simulating the visual impact of light and enhancing the player's situational awareness in various lighting conditions. Additionally, the goggles are designed to mitigate the effects of flash grenades. They offer a level of protection against the intense light emitted by these devices, helping to minimize temporary blindness or disorientation that could result from their use. By reducing the impact of flash grenades, the goggles enhance the player's ability to maintain focus and react effectively in combat situations, ensuring a more engaging and realistic gameplay experience. The goggles provide essential ballistic protection for the eyes, minimizing the risk of head injuries during combat. However, as combat environments are unpredictable, the goggles can be damaged and may need replacement. This realistic feature highlights the significance of keeping protective gear in optimal condition. Players should be attentive to the condition of their goggles and replace any damaged lenses or components promptly to maintain effective protection and reduce the risk of head injuries while playing. The goggles provide essential ballistic protection for the eyes, significantly reducing the chances of head injuries caused by bullets, shrapnel, and explosions. However, given the intense nature of combat, there is a realistic possibility that the goggles may suffer damage and need to be replaced. This emphasizes the importance of ensuring the goggles remain intact and functional. Players must be vigilant about the condition of their goggles, promptly replacing them when necessary to maintain effective protection and minimize the risk of head injuries during gameplay. The goggles can accumulate dirt and debris during combat, affecting visibility. To maintain clear vision, players need to clean the goggles by wiping them, removing any dirt or smudges. This interactive feature adds realism and immersion, simulating the need to maintain and care for equipment during intense gameplay. By regularly cleaning their goggles, players can ensure optimal visibility and enhance their overall performance on the battlefield. Goggles provide protection against certain chemical attacks, such as tear gas. The sealed design of the goggles prevents the ingress of harmful substances, shielding the player's eyes from irritants and allowing them to continue operating effectively in hazardous environments. This feature enhances player safety and adds an additional layer of realism to the game, reflecting the importance of protective equipment in military simulations. Some goggles come equipped with anti-fog coatings to prevent fogging in humid or cold environments. However, if the goggles do not have this feature or are exposed to such conditions, they may become fogged and require periodic wiping to maintain clear visibility. This realistic aspect adds to the immersion and challenges players to proactively manage their equipment and ensure optimal visibility during gameplay. Certain goggles are compatible with night vision devices, allowing the wearer to seamlessly integrate them for enhanced visibility in low-light or nighttime conditions. Some goggles in the game may introduce screen layout effects or color effects to simulate the impact of wearing specialized goggles. These effects can enhance the immersion and realism by replicating the visual experience of using different types of goggles. Players have the option to raise the goggles above their eyes, temporarily exposing their eyes to the environment. This feature allows for increased visibility and freedom of movement while still retaining the ability to quickly lower the goggles for enhanced protection when needed. By giving players the choice to raise or lower the goggles, the game promotes a realistic and dynamic approach to situational awareness and personal safety during gameplay. Layout effect caused by googles in ARMA 3 Color effect caused by googles in Arma 3 F‑Tac Googles Blackhawk Googles

Digital Map

Suggested

Infantry

Infantry Equipment

A digital map refers to a virtual representation of the game world that provides situational awareness and navigation assistance to players. These digital maps are typically accessible a thought game electronic device such as MicroDAGR or military tablets or smart phones running ATAK or tv screen in briefing rooms. Using the electronic device, players can interact with the digital map interface to zoom in and out, set waypoints, measure distances, and view various layers of information. Players have the ability to add markers from a predefined set that is specific to their army affiliation, whether it be NATO or Russian. These markers are designed to represent various important locations, objectives, or tactical elements relevant to their faction. By utilizing these pre-defined markers, players can enhance their communication, coordination, and situational awareness within the game. Players can utilize stylus pen to draw shapes and lines directly on the digital map device. This functionality allows for precise and detailed markings, enabling players to highlight areas of interest, designate routes, or create tactical diagrams. By using stylus pens, players can enhance their strategic planning and communication during gameplay. Digital markers and drawings in the game can contain additional data, including the date and time of creation, the author's name, the channel they were created for (such as platoon, squad, vehicle, command, or user-defined channels), and text descriptions. This extra information enhances the context and relevance of the markers and drawings, enabling better coordination, communication, and strategic decision-making within the game. By incorporating these data points, players can gain a more comprehensive understanding of the information displayed on the digital map and effectively utilize the markers and drawings during gameplay. In addition to using a pin on the map, players have the option to add markers by manually entering coordinates or distance and bearing from the player Players can choose to automatically share the markers, shapes, and lines they draw on the digital map with their squad or platoon through device communication channels, provided that the communication system is enabled and not jammed. This feature allows for real-time sharing of tactical information, promoting efficient coordination and situational awareness among team members. However, if the communication system is disabled or experiencing interference, the automatic sharing functionality may be affected, requiring alternative means of communication. If a player manages to gain access to an enemy device, whether it belongs to an NPC or another human player, and successfully unlocks it, they may not only have access to the markers and shapes already shared by the enemies but also to the markers that are yet to be shared. This gives the player the ability to intercept and gather valuable real-time intelligence on the enemy's intentions, movements, and planned actions. By leveraging this information, players can make strategic decisions and adapt their own tactics accordingly, potentially turning the tide of battle in their favor. The Game Master, also known as Zeus, has the capability to add digital markers and drawings into NPC devices. This feature allows the Game Master to enhance the gameplay experience by providing visual cues, mission-specific details, or strategic insights through the manipulation of NPC devices. By incorporating digital markers and drawings, the Game Master can guide players, highlight objectives, or introduce new elements to the game world. This dynamic and interactive feature adds depth, immersion, and a sense of realism to the gameplay, creating a more engaging and captivating experience for both players and the Game Master. The player has the advantage of a real-time marker displaying their own location on the digital map if the GPS service is available and not jammed. This feature provides crucial situational awareness, allowing the player to accurately track their position, coordinate with teammates, and make informed tactical decisions based on their current location. By having access to real-time GPS data, players can effectively navigate the game world, maintain situational awareness, and strategically engage in combat or complete mission objectives. In addition to the real-time marker for the player's own location, the game can incorporate a Blue Force Tracker (BFT) feature. The BFT system enables players to track and identify friendly forces on the digital map in real-time. It provides a visual representation of allied units' positions, enhancing coordination and communication among teammates. With the BFT feature, players can easily identify the locations of friendly forces, monitor their movements, and effectively plan and execute joint operations. This feature promotes teamwork, reduces the risk of friendly fire incidents, and improves overall situational awareness for players within the game. The Blue Force Tracker (BFT) feature relies on units equipped with GPS-enabled devices, such as tablets or MicroDAGR, that can transmit their real-time location information. As long as the GPS signals are not disrupted or jammed and others choose to share their location , these devices provide continuous updates of friendly forces' positions on the digital map. This feature enhances coordination, situational awareness, and tactical decision-making by providing accurate and up-to-date information about the locations of teammates in the game. The digital map can provide real-time location tracking of designated targets equipped with tracker devices, whether they are individuals or vehicles. This feature allows players to view the live positions of tracked targets on the map, enhancing situational awareness and enabling strategic decision-making based on the movements and positions of these targets. By incorporating real-time tracking, players can effectively coordinate their actions, monitor enemy movements, and respond tactically to changing situations within the game. Additionally, players can utilize tools on the digital map to measure various parameters between two points, such as distance, bearing, and elevation. This functionality allows for accurate calculations and precise planning during missions. Players can measure the distance between two locations to determine travel times, evaluate potential firing ranges, or assess the feasibility of certain routes. The ability to measure bearings helps in navigation and targeting, enabling players to determine the direction and angle of movement or engagement. Elevation measurements provide information about height differentials, which can be crucial for identifying advantageous positions, determining line of sight, or planning artillery fire. By incorporating these measurement capabilities into the digital map, players can make informed decisions and strategize more effectively during gameplay. The digital map should incorporates various interactive features to enhance the gameplay experience. It includes digital zoom functionality, allowing players to zoom in and out of the map to explore different areas and analyze details more closely. Additionally, players can click on specific points on the map to obtain valuable information such as the elevation from sea level, the coordinates of the point, as well as the distance and bearing from the player's current location to the selected point. These features provide players with comprehensive situational awareness, enabling them to make informed decisions, plan strategic movements, and effectively coordinate with teammates. By integrating these digital elements into the map, the game creates a more immersive and realistic military simulation, replicating the tools and capabilities utilized by real-world military personnel. Players have the ability to connect digital binoculars, such as the Vector 21, and laser designators to the device that contains the digital map. This integration allows for advanced marker creation using these devices. By utilizing the digital binoculars, players can gather precise information about enemy positions, distances, and other tactical details. They can then use the laser designator to designate targets or specific locations on the map. The device with the digital map can detect and interpret the data from these connected devices, automatically generating markers with relevant information. This feature enhances situational awareness, coordination, and target acquisition in the game. Players can leverage real-world military technology to improve their strategic decision-making and effectively communicate critical information to their team. above is example device running digital map on ATAK attached to vest above is example device that contains digital map [R10IP8M-RTT2ML] above is example of other device that contains digital map [Rockwell Collins MicroDAGR GPS receiver]

Paper based Map and Map tools

Suggested

Infantry Equipment

Immersion

Paper based Map Item Players can have a printed map of the area of operations (AO) as part of their equipment in the form of a paper map. If players have a pen in their inventory, they can use it to draw hand-drawn markers, lines, and shapes on the paper map in the same color as the pen. It's important to note that these markers will not be instantly shared with surrounding allies like digital markers on a digital map. The hand-drawn markers provide a more realistic and localized communication method that requires physical sharing of the map among teammates. If a player has an eraser in their inventory, they can use it to remove map markers and drawings from their map. This provides the ability to modify or update the information displayed on the map, allowing for more accurate and up-to-date planning and coordination. The eraser serves as a valuable tool for players to make adjustments or corrections to their map, ensuring that the information reflects the current situation on the battlefield. There are two versions of maps available: one with a legend and the other without. The maps are designed with textures and language specific to the owner's army, distinguishing between Russian and US forces. This customization adds authenticity and enhances the immersion for players representing different military factions. Players has ability to physically pass or trade their maps with other players, creating a sense of camaraderie and collaboration. This encourages teamwork and reinforces the importance of map-sharing as a strategic tool. Implementing an animation that indicates when a player opens and views a paper map can enhance the immersion and realism of the gameplay. This animation could visually show the character unfolding the map, studying it, and making observations. By simulating the process of map reading, players can feel more connected to their in-game actions and the environment, further immersing themselves in the gaming experience. If a player has a map protractor in their inventory, they can utilize it to accurately measure angles and distances on the paper map. This tool enables precise navigation and tactical planning, enhancing strategic decision-making and coordination during gameplay. When a player has both a map and a compass in their inventory, they can make use of the compass to orient themselves on the map. By aligning the compass with the map's orientation, players can determine their current heading and navigate more accurately. This combination of using the compass with the map allows for better navigation, waypoint identification, and coordination with teammates. It adds an additional layer of realism and strategic planning to the gameplay experience. Players can utilize a magnifying glass from their inventory to zoom in on specific locations of the paper map. This allows them to closely examine details and enhance their situational awareness without the need for a digital zoom function. Players have the option to post their map on a wall board, making it visible to everyone in the vicinity. This allows for easy sharing of information and strategies among teammates. Additionally, players can copy markers, shapes, and drawings from the wall board to their own map copies. This feature facilitates collaboration and coordination, enabling players to replicate important map details and enhance their own situational awareness. It encourages teamwork and efficient communication within the game. In addition to being posted on a wall board, players can also place their map on the ground for the same purpose of sharing information. By placing the map on the ground, it becomes accessible to nearby players, allowing them to view its contents, copy markers, and gather valuable intelligence. This feature promotes collaborative decision-making, fosters a sense of teamwork, and facilitates efficient communication during gameplay. When the surroundings are dark, players can utilize a torch or flashlight to illuminate their map for better visibility. By activating the torch, they can shed light on the map, making it easier to read and navigate. This mechanic adds realism and strategic planning, as players must consider lighting conditions and adapt their gameplay accordingly. It enhances the immersive experience, particularly during nighttime operations or in areas with limited visibility. Players have the option to steal the maps of deceased or captured enemy players or NPCs. These maps may contain valuable markers that provide intelligence and strategic information. By acquiring and examining these stolen maps, players can gain insights into enemy positions, waypoints, and other pertinent details. This feature encourages tactical gameplay, reconnaissance, and the utilization of captured resources to gain an advantage over opponents. The Game Master, also known as Zeus, has the ability to add additional information in the form of markers and drawings to NPC maps. This feature allows the Game Master to provide visual cues, strategic insights, or mission-specific details to enhance the gameplay experience for the players. By modifying the NPC maps with markers and drawings, the Game Master can guide players, highlight objectives, or introduce new elements to the game world. It adds a dynamic and interactive aspect to the game, creating a more immersive and engaging environment for both players and the Game Master. To enhance immersion, the map can undergo changes based on certain conditions. For instance, the map may get dirty or wet in specific situations, such as being exposed to rain or mud. This visual effect adds realism and reflects the challenges faced in real-world environments. Additionally, if the owner of the map gets shot in the map's location, it could sustain damage in the form of holes or tears, further emphasizing the impact of combat on the player's equipment. These dynamic changes to the map's appearance add depth to the gameplay experience and reinforce the sense of realism within the game world. Waterproof cases can be used by players to store multiple maps and carry all map tools, providing protection against environmental effects. These cases ensure that the inner maps remain safe from water damage, dirt, and other potential hazards, allowing players to access their maps and tools in various weather conditions without compromising their functionality.

Exporting Textures in Enfusion Tools

Suggested

Enfusion/Modding Tools

While Bohemia Interactive may have implemented measures to protect copyrights by not allowing modders to export textures from mods or the base game, there are scenarios where modders may require their textures to be publicly accessible for the purpose of retexturing. It would be beneficial if modders had the option to mark their texture files as exportable, granting permission to other modders to create extended mods that utilize and build upon their textures. This would foster collaboration and enable the modding community to expand.

Profiles for keybinds

Suggested

Controls/Keybinding

Players can enhance their gaming experience by having the option to create and switch between profiles for keybinds. This feature is particularly beneficial for players using devices such as HOTAS (Hands-On Throttle and Stick) or controllers, as it allows them to customize their controls based on their preferences and easily switch between different profiles during gameplay. Whether it's adapting to different game modes, transitioning between different vehicles, or accommodating personal playstyle, having the ability to switch keybind profiles provides players with more flexibility and convenience in controlling their gameplay.

Nightvision Optics Systems and Nightvision Googles

Suggested

Infantry Equipment

Modable Content Base

Night vision optics, such integrated in goggles, scopes, binoculars (e.g. Vector 21 Nite), observation systems (e.g. PLRF25C) , and vehicle weapon cameras, are essential tools used in Arma to enhance visibility and tactical effectiveness during low-light or nighttime scenarios. These optics provide players with a significant advantage in spotting and engaging targets in the dark, adding a realistic and immersive element to the gameplay. Here's how these features can be in different Night vision optics : Generation: Players can choose from different generations of night vision optics, such as Gen 1, Gen 2, Gen 3, or Gen 4 and digital . Each generation offers different levels of image quality, sensitivity, and overall performance. The choice of generation can impact the clarity and realism of the night vision view. Infrared Illuminator: Night vision optics and goggles can simulate the presence of an infrared illuminator. This feature emits infrared light to enhance visibility in complete darkness. Players can activate or adjust the intensity of the illuminator to illuminate their surroundings and improve their vision. Magnification: Night vision optics and goggles may provide adjustable magnification settings. Players can zoom in or out to observe objects or targets at different distances. This feature allows for more precise target acquisition and identification. Adjustable Values: Players can fine-tune various parameters like focus, brightness, contrast, and gain on their night vision optics or goggles. These adjustments allow players to optimize the image quality and visibility based on the specific lighting conditions and their preferences , Player can adjust values using in game actions on his night vision or by specific key binding . Gain: The gain adjustment allows users to control the sensitivity of the night vision goggles. In low-light situations, increasing the gain amplifies the incoming light, making the image brighter and improving visibility. However, using high gain in brighter environments can lead to image saturation or the "blooming" effect, where intense light sources overpower the image. Adjusting the gain helps strike a balance between image brightness and preventing saturation. Contrast: Contrast adjustment allows users to modify the level of contrast in the displayed image. By increasing contrast, the differences between light and dark areas become more pronounced, making it easier to distinguish objects and details. This adjustment is particularly useful in environments with varying lighting conditions or when trying to identify objects against a complex background. Focus: The focus adjustment allows users to achieve a clear and sharp image at different distances. By adjusting the focus, users can bring objects at different ranges into clear view, ensuring optimal image clarity and detail. This adjustment is especially important when observing objects at varying distances or when transitioning between different focal points. Brightness: Brightness adjustment controls the overall brightness of the image displayed in the night vision goggles. It allows users to adapt the image to their preferences or the specific lighting conditions they are operating in. Increasing brightness can enhance overall visibility in darker environments, while decreasing it can prevent image washout in brighter conditions. Rangefinders: Some night vision optics may incorporate rangefinding capabilities. Players can use these features to estimate the distance to targets, aiding in accurate engagements and tactical decision-making. Feed Recording and Streaming: Night vision optics and goggles can include the ability to record and stream the night vision feed to other players or a command center. This feature allows for enhanced coordination, analysis, and real-time situational awareness among team members. Phosphor Screen of different night vision optics comes in different technologies provides different colors and image quality such as P45 Phosphor Screen: The P45 phosphor screen provides a green-colored image output. It is the most common and widely recognized color for night vision, offering a good balance between visibility and image quality. P43 Phosphor Screen: Similar to the P45, the P43 phosphor screen also produces a green-colored image output. However, it is known for its brighter and clearer image, making it preferable in situations where enhanced visibility is critical. P22 Phosphor Screen: The P22 phosphor screen offers a monochrome or black and white image output. It does not provide any specific color perception but focuses on delivering high contrast and image detail for improved target identification. P55 Phosphor Screen: The P55 phosphor screen features a high-performance green phosphor, resulting in enhanced image brightness and contrast. It offers a vivid green color output, providing excellent visibility in low-light conditions. Night vision goggles in the game provide players with enhanced visibility in low-light or nighttime environments. Here are some features and functionalities of night vision goggles that can be incorporated into the game: Field of View: Night vision optics and goggles can simulate different field of view (FOV) settings. Players can adjust the FOV to widen or narrow their view, enabling them to focus on specific areas or have a broader awareness of their surroundings. like image below L3HARRIS GPNVG has wider FOV Night vision goggles can have different battery configurations, offering various options for power sources. Here are the three common types of battery setups found in night vision goggles: Built-in Rechargeable Battery: Some night vision goggles come with a built-in rechargeable battery. These goggles can be charged using a charger or a power source, and they offer the convenience of not having to replace batteries. Players need to ensure they have access to a power source for recharging the goggles during gameplay. Replaceable Built-in Batteries: Other night vision goggles feature built-in batteries that can be replaced when needed. These goggles often use specialized rechargeable batteries that are easily removable and replaceable. Players can carry spare batteries and swap them out when the current battery is depleted. External Power Source: Certain night vision goggles rely on external power sources, such as the helmet's power supply or other external battery packs. These goggles can be connected to the power source using compatible cables or connectors. Players need to ensure they have a reliable and compatible external power source to keep the goggles operational. Some night vision goggles in the game can feature a HUD that displays the battery status , and other data like streaming feed status and adjusting values (focus, brightness, contrast, and gain). The usage of additional features in night vision goggles can result in increased battery consumption. Features like adjustable brightness, image intensifier tube gain, infrared illuminators, Camera feed streaming/Recording , and digital enhancements require more power to function effectively. Players have the option to choose between binocular or monocular night vision goggles. Binocular goggles offer a normal field of view (FOV), similar to what you would experience with your own eyes. On the other hand, monocular goggles have a narrower FOV, but they provide the advantage of quickly switching between the two eyes, especially useful when aiming with weapons. The choice between binocular and monocular design depends on the player's preference and play style, as well as the specific tactical situation they find themselves in. While using monocular night vision goggles, players can activate a feature that allows them to hold a button to switch between their left and right eye views. This feature provides flexibility and allows players to quickly adapt their viewing perspective based on the situation at hand. Whether it's scanning the environment or aiming with a weapon, the ability to switch eyes gives players better situational awareness and control during gameplay. When using certain high-mount weapon optics, players can utilize night vision in conjunction with them to achieve passive aiming. However, if the player is using monocular night vision goggles (NVG), they have the flexibility to use any type of scope, whether it's high-mount or low-mount, with their other eye simultaneously. This allows for improved versatility and adaptability in combat situations. In contrast, players using non-monocular NVGs would need to raise their NVG before attempting passive aiming. Night vision goggles can offer mounting options that allow players to attach them directly to a helmet or secure them to the head using straps. Here are some additional details on these mounting options: Helmet Mount: Night vision goggles can be designed with a helmet mount system that allows players to attach the goggles securely to their helmets. This provides stability and frees up the hands for other tasks during gameplay. Head Strap: Some night vision goggles come with adjustable head straps that allow players to secure the goggles directly to their heads. This option is beneficial for players who prefer not to wear a helmet or for scenarios where a helmet is not required. Players can use night vision goggles like handheld binoculars, requiring them to hold the goggles in their hands for observation. It would be nice if there are animations that depict the player raising and lowering , adjusting values(focus, brightness, contrast, and gain) of the mounted night vision goggles would add a realistic touch to the game and enhance immersion.

Helmets/Headgears Attachments and Accessories

Suggested

Infantry Equipment

Modable Content Base

Configurable helmets/headgears like the Fast Helmet offer a range of attachments and accessories to enhance player capabilities and protection in the game. These include: NVG Mount: Allows players to attach night vision goggles for improved visibility in low-light environments. GoPro Mount: Enables players to attach cameras like GoPro to stream feed to colleges and command center Flashlight Mount: Provides a slot for attaching a flashlight, enhancing visibility in dark areas or during nighttime operations. Communication Headset Mount: Allows players to attach a communication headset for better audio communication with teammates. helmets/headgears Cover: Players can add a helmet cover with camouflage patterns or Ghillie Cover for improved concealment or identification. Some covers may also reduce the helmet's heat signature against thermal cameras. IFF or IR Strobe Attachment: Enables players to attach IFF or IR strobes for signaling or identification purposes. Patches and Insignias : Helmet patches and flags can be added for identification or personalization. Batteries: Some helmets feature compartments for replaceable batteries, ensuring continuous power supply to electronic devices such as night vision goggles, strobes, and lights. Face Protection Masks: Attachable face protection masks reduce the risk of face injuries. Tactical Goggles: Compatible goggles can be added for eye protection and improved vision in various conditions. Inner Helmet Pads: Extra shock-damage-reducing pads provide increased comfort and protection. Tactical Face Shield: An attachable shield provides additional face protection. Ballistic and Non-Ballistic Mandible and Face Armor: Additional armor components can be attached to protect the lower face and mandible area. Tactical Respirator: Options like the OPS-CORE SOTR offer respiratory protection in hazardous environments. All attachments can't be used simultaneously due to compatibility limitations. Players must choose the attachments that best fit their mission and gameplay needs, considering factors such as mission objectives and personal preferences. Also Each helmets/headgears may have specific compatibility with certain attachments, and players need to select the appropriate helmet or headgear that supports the desired attachments they want to use. This adds a realistic element where players must consider the capabilities and limitations of different helmets before choosing their loadout for a mission. Modding Framework Modders should be empowered to introduce new helmets/headgears in the game, complete with the ability to define attachment points for customization. Alongside attachment point definition, modders can specify various attributes for the helmets, including ballistic protection levels and weight. Modders have the flexibility to define specific conditions, requirements, and processes for installing, replacing, or removing each attachment or part in the game. This allows for a more immersive and realistic gameplay experience, as players may need to meet certain criteria or follow specific steps to modify their helmt/headgear. This flexibility allows modders to create a wide range of helmets, each with its unique set of attachment points. Players can then personalize their helmets by attaching different accessories, such as visors, cameras, communication devices, or even specialized sensors. Furthermore, modders have the freedom to assign specific ballistic protection ratings to the helmets, reflecting their real-world counterparts. The weight attribute can also be customized to accurately represent the varying weights of different helmet models. By granting modders these capabilities, the game enables a rich diversity of helmets and headgears, fostering immersive gameplay experiences and empowering players to tailor their gear to their preferred playstyle and mission requirements.

Vehicles shaking crew safety options like (seat belts and harnesses , (CVC) Helmet protection )

Suggested

Land Vehicles

Immersion

When a vehicle experiences a crash or is struck by a shell or nearby explosion blast, it can undergo severe shaking, potentially causing injuries to the crew and occupants inside the vehicle. By wearing proper equipment such as the Combat Vehicle Crewman (CVC) Helmet and securely fastening seat belts and harnesses, the crew and occupants inside the vehicle can effectively reduce or eliminate the risk of injuries resulting from the vehicle's violent shaking during crashes or when hit by shells or nearby explosion blasts. These safety measures provide head protection, secure restraint, and enhance occupant safety, minimizing the potential for harm and increasing the chances of survival in such hazardous situations. Different seat belt configurations (3-point, 4-point, 5-point) in vehicles reduce the risk of injuries if fastened by the player. Player have action to fasten and unfasten seat belt it configurable to take some time It would be also nice if fasten and unfasten action is animated Some seats comes with configured reinforced structure: Blast-resistant seats are typically reinforced with additional materials, such as steel or Kevlar, to help absorb the impact of a blast. reducing the injuries risk from explosions. Helmets can be configured to minimize head injuries and provide impact protection. For example helmets such as the Combat Vehicle Crewman (CVC) Helmet provide the highest level of risk reduction, offering significant protection against head injuries. Helmets like the fast helmet provide a moderate level of risk reduction, while helmets such as PASGT Helmets offer a lower level of risk reduction. On the other hand, not wearing any helmet or wearing patrol caps provides no risk reduction for head injuries.