NMT-31 "Dokkaebi"
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| NMT-31 "Dokkaebi" | |
|---|---|
| Type | Fourth Generation Main Battle Tank (MBT) |
| Place of origin | Neo-Korea |
| Service history | |
| In service | 2031-Present |
| Used by | Neo-Korea |
| Wars | 2034 Matsumae Invasion |
| Production history | |
| Designer | Program Yurei-2 Team, Mihara Masu |
| Designed | 2020-2031 |
| Manufacturer | Akira Heavy Industries (hull, armor) Dongrang Ltd (electronics), Karasu Ltd (optics), Miyamoto Ltd (armament), SuKo (engine, transmission, suspension), Kiyoteru Ltd (drone) |
| Unit cost | 17.5 Million |
| Produced | 2031-Present |
| No. built | 80 |
| Specifications | |
| Weight | 55 t (55,000 kg) - 60 t (60,000 kg) |
| Length | 10.6 m (35 ft) (Overall) |
| Width | 3.7 m (12 ft) |
| Height | 2.4 m (7.9 ft) |
| Crew | 4 (Commander (Turret), Driver (Turret), Gunner (Turret), Scout Drone and Communications Officer (Hull) |
| Armor | Akira MIL-12560H Steel and Silicon Carbide Ceramic Plate.
|
Main armament | Miyamoto MCC-O1 120mm L55 (40 rounds carried; autoloader) |
Secondary armament | 1x GA-95R "Gangta Moon" 8x58mm Coaxial Machine Gun
|
| Engine | SuKo S7K4 Long-Stroke 12 Cylinder Water-Cooled Diesel 1,500hp (1,100kW) |
| Power/weight | 24.6hp/t, 18.35kW/kg |
| Transmission | SuKo HT13K (6 forward, 4 reverse) |
| Suspension | SuKo SAT90K Semi-Active Magnetorhelogical Dampener, DTTS (Dynamic Track Tension System) |
| Ground clearance | 0.43m (1ft 5in) |
| Fuel capacity | 1,500L |
Operational range | 500km (310mi) |
| Speed |
|
The NMT-31 Dokkaebi (lit: Goblin) is a Neo-Korean Fourth-Generation Main Battle Tank, designed by a large grouping of Lushun-based Iminchebol to fulfill perceived gaps in the capability of the NMT-91 "Sangaku" after the failure of several similar programs. The reason the name was chosen is unknown, presumed to be an in-joke amongst the development staff which was officially adopted. With a unit cost of 17.5 Million, the Dokkaebi is one of the most expensive, if the not the most expensive, tanks currently available in the world. The Dokkaebi represents the pinnacle of current Neo-Korean armored designs, being highly integrated with the Karasu CJSS Network and being able to interface with almost all available equipment also utilizing the program, which has most notably allowed for it to direct swarms of up to 5 Shimurugu Loitering Munitions.
Mass production has not been started, although low-rate production has been ongoing since 2031. A planned date for mass adoption has not been revealed, although it is presumed to be in the 2035-2036 period.
History and Development
Design
Weapon Systems
The Dokkaebi is heavily armed, incorporating a pop-up AGTM/LML System holding 5 Tsume AGTM Missiles or 5 Shimirugu Loitering Munitions, two Gangta Star 8x58mm Machine Guns, and a 120mm-L55 main cannon, capable of firing the Poka-2 Depleted Uranium Shell or the Suringu Guided High Explosive Shell, amongst others. The MCC-O1 can hit a target of 30cm (12in) at a range of 1km (0.62mi), and can fire 10 rounds per minute owing to a bustle autoloader system. Both machine guns have been lightened for convenience.
Fire Control, Optics
The Dokkaebi primarily utilizes Karasu equipment in the operation of its Fire-Control System, including the MAS-1K Laser Rangefinder, the Karasu HV1 Thermographic Camera, capable of utilizing a "lock-on mode" for the purpose of acquiring and tracking specific targets at a range of 9.8km (6.1mi), and the Dongrang MFH1-5O Extremely High-Frequency Pulsed Dopplar Radar installed on the front of the turret, which allows for the engagement of low-flying aircraft. This process can also be done automatically.
These systems are also linked to advance gun-stabilization and trigger-delay technology to allow for accurate combat in the conditions of uneven ground- operating by blocking the laser sight from alignment when an obstruction not deemed as a viable combatant is found.
The Karasu Thermographic Panoramic Sights installed for both the Gunner and Commander possess up to 4x and 15x natural magnification, and up to 30x and 60x when the installed digital image processor is also utilized. The Gunner position can, in the event of incapacitation, be overridden by the Commander, allowing said Commander to take control of the main armament and turret as a whole from their own seat. Hypothetically, the tank can be operated by a two-man crew in the event of necessity, although corresponding losses in capability will occur.
Networking Capabilities
The Dokkaebi's own networking is linked to the Karasu CJSS (Ground Information Control System), which is capable of GPS/INS, acting as a C4I uplink, IFF/SIF, and BMS data sharing system linked with helicopters, the attached Scout Drone, and other armored vehicles. IFF identification is based on an attached system capable of firing a 36GHz beam which can determine friendliness based on returned signal.
Defensive Capabilities
Passive
The Dokkaebi utilizes a modular armor system incorporating either NERA Armor or the Yurei Counter-Infrared Plate, depending upon the situation and perceived risk/reward of either system. The vehicle as a whole is made of Akira MIL-12560H Steel alongside silicon carbide armor plating, offering frontal protection from the same 120mm APFSDS it utilizes in the MCC-01.
Inside the tank, air conditioning and positive pressure systems exist to protect from chemical or biological weaponry, while an automatic fire suppression system assists in neutralizing the threat of internal fires. Atmospheric detection systems automatically inform the crew if they are entering a hazardous situation.
Active
The tank is equipped with Radar Warning Receiver (RWR) and Laser Warning Receiver (LWR) systems attached to the Miyamoto STBS APS, which detect homing radar or homing laser aimed at the tank and notify friendly units via network systems, alongside automatically turning the STBS to engage the opposed armament, in the form of firing an NK912 multispectral screening smoke device to hide the tank from visible, infrared, and millimeter wave optics alongside missile disruption. It is capable of detecting wire-guided missiles.
Mobility
The Dokkaebi can operate at speeds of up to 65km/h (40mph) when on paved surfaces, and up to 50km/h (31mph) off-road. It can clone 60% (31 degree) hills, and obstacles of up to 1.3 meters in height with ease. The engine is generally compact, and has been designed to be easily replaceable in the event of battle damage, with other systems internally being similar.
Snorkel
Suspension
The Dokkaebi uses a Magnetorhelogical Dampening System, which operates through the manipulation of Magnetorhelogical fluid controlled by a magnetic field which can be autonomously altered to provide a stable experience for the crew within the tank, assisting in maintaining capabilities over long-scale periods of combat time. Each bogie on the tank is also controllable, allowing for the tank to take lowered firing positions to assist in the elevation and depression of the main cannon, alongside assisting in clearance for maneuverability. This feature allows it to target the roofs of buildings at an angle of 24 degrees.
Engine, Powertrain
The Dokkaebi was faced with severe engine reliability issues early in development, owing to the utilization of a Miyamoto design which was generally untested (but had higher power). It took an approximate 3 years to decide to make the switch to SuKo’s proposed engine, which solved this issue in good order and allowed for the design process to continue. The transmission has proven itself to be greatly reliable, and no major defects have currently been found with it.
Production
| Batch | Year | Engine | Transmission | Total | Notes |
|---|---|---|---|---|---|
| 1 | 2031-???? | SuKo S7K4 | SuKo HT13K | 200+ (Planned) | First design, currently in low-rate production. |
Export Attempts
The NMT-31 has been offered for export repeatedly, although all attempts to make a sale have failed owing to foreign competition, such as the FV58 Huntsman.
Prototypes and Variants
Prototypes
- NXM-30: Mobility testing model, used primarily to test Magnetorhelogical Dampener.
- NXC-30: Cannon testing model, used to test first autoloading turret.
- NXM-30: Main testing model, used to show capability for project to function as one whole.
Variants
- NMT-31: Mass production variant, incorporating all promised features. Model offered for export repeatedly.
Operators
Neo-Korea - 80 (NMT-31), 200+ Planned.