Mikasa Gallienus MiK-28: Difference between revisions
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Until the 1970's, the two main models of frontline fighters in the Elatian Air Force were the [[Mikasa Gallienus MiK-58|MiK-58 Fishhook]] and the [[Mikasa Gallienus MiK-70|MiK-70 Flopper]]. Neither was entirely satisfactory. The Fishhook was a deadly dogfighter, but handicapped by low fuel load and the inability to launch radar-guided air-to-air missiles to beyond-visual range, being equipped with a primitive ranging radar and short-ranged heatseekers only. The MiK-70's fighter variant, on the other hand, was BVR-capable, but heavier than the MiK-58 and lacked its agility whilst being measurably more expensive. | Until the 1970's, the two main models of frontline fighters in the Elatian Air Force were the [[Mikasa Gallienus MiK-58|MiK-58 Fishhook]] and the [[Mikasa Gallienus MiK-70|MiK-70 Flopper]]. Neither was entirely satisfactory. The Fishhook was a deadly dogfighter, but handicapped by low fuel load and the inability to launch radar-guided air-to-air missiles to beyond-visual range, being equipped with a primitive ranging radar and short-ranged heatseekers only. The MiK-70's fighter variant, on the other hand, was BVR-capable, but heavier than the MiK-58 and lacked its agility whilst being measurably more expensive. | ||
With perennial adversary [[Belfras]] introducing new fighter models, such as the [[Aigios Viper]] and [[ | With perennial adversary [[Belfras]] introducing new fighter models, such as the [[Aigios Viper]] and [[Volarion Ifrit]], it became critical that Elatia fields new fighter models in response. Elatia was plagued by the backwards character of its electronic industry, which resulted in deficient radars and sensors. Its engines were also notoriously prone to short flight hours. However, the traditional advantage of Elatian design burueas was in their understanding of aerodynamics science. It leveraged said strength in order to design a pair of fighters - the heavy, twin-engine [[Sorranus So-30]] Flayer, as well as the MiK-28 as a lighter, cheaper complementary model. | ||
The MiK-28 first flew in the early-80's and was swiftly introduced. The [[Elatian Great Freeze]] of the mid-80's led to a significant disruption of production, but manufacturing of the relatively simple aircraft was never halted entirely. The majority of the aircraft in service today are produced from 1990-onwards. | The MiK-28 first flew in the early-80's and was swiftly introduced. The [[Elatian Great Freeze]] of the mid-80's led to a significant disruption of production, but manufacturing of the relatively simple aircraft was never halted entirely. The majority of the aircraft in service today are produced from 1990-onwards. | ||
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==Design== | ==Design== | ||
The MiK-28 is a single-engine fighter. In terms of size, it is a light-medium weight design. In comparison with its contemporaries, it is slightly larger than the [[Talahara]]n {{wp|Dassault Mirage 2000|Warg-600}} and [[Sante Reze|Rezese]] [[Mi-10.2 Taguato]], roughly the same size as the [[Arthuristan Dynamics Fury]], and smaller than the [[ | The MiK-28 is a single-engine fighter. In terms of size, it is a light-medium weight design. In comparison with its contemporaries, it is slightly larger than the [[Talahara]]n {{wp|Dassault Mirage 2000|Warg-600}} and [[Sante Reze|Rezese]] [[Mi-10.2 Taguato]], roughly the same size as the [[Arthuristan Dynamics Fury]], and smaller than the [[Volarion Ifrit]]. | ||
Like its larger brother, the So-30, it features semi-crescent shaped wings with | Like its larger brother, the So-30, it features semi-crescent shaped wings with long leading-edge root extensions. This conferred upon it significant maneouverability advantages and, for its time (and indeed to this day), it was a formidable dogfighter. However, the initial model, as originally introduced in the early-80's, was highly deficient in terms of sensors. It was supposed to be equipped with a new pulse doppler radar, which became significantly delayed. As a result, it had to use a simpler model originally intended for the MiK-70, which was only able to engage a single enemy aircraft at beyond-visual range. | ||
The MiK-28 shares the Nekota-3 engine with the [[Sorranus So-30]] in order to maximise logistical compatibility. The numerous MiK-28M is rated at 122kn at afterburner and is considered slightly underpowered. The latest MiK-28M2 is rated at 136kn with afterburner. | |||
Whilst designed with secondary ground attack capability in mind, early MiK-28 models did not have any avionics which support the deployment of precision-guided munitions and were restricted to dumb ordnance only against ground targets. For all intents and purposes, the original MiK-28 design was a short-ranged battlefield tactical air superiority fighter, a one-for-one replacement for the legacy MiK-58 which nevertheless shared many of its problems. | Whilst designed with secondary ground attack capability in mind, early MiK-28 models did not have any avionics which support the deployment of precision-guided munitions and were restricted to dumb ordnance only against ground targets. For all intents and purposes, the original MiK-28 design was a short-ranged battlefield tactical air superiority fighter, a one-for-one replacement for the legacy MiK-58 which nevertheless shared many of its problems. | ||
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===MiK-28M=== | ===MiK-28M=== | ||
The MiK-28M upgrade of the late-90's was a significant improvement of the original MiK-28 model, featuring a plethora of updates. Its most important improvement is the Shok-M pulse doppler radar. With a detection range against fighters out to more than 120km, it is capable of simultaneously providing mid-range guidance to four active radar-guided air-to-air missiles to beyond-visual range. It also has ground-scanning and maritime modes for all-weather ground attack and naval strike capabilities. Combined with a targeting pod, the MiK-28 was transformed into a true multi-role aircraft. | The MiK-28M upgrade of the late-90's was a significant improvement of the original MiK-28 model, featuring a plethora of updates. Its most important improvement is the Shok-M pulse doppler radar. With a detection range against fighters out to more than 120km, it is capable of simultaneously tracking ten targets and providing mid-range guidance to four active radar-guided air-to-air missiles to beyond-visual range. It also has ground-scanning and maritime modes for all-weather ground attack and naval strike capabilities. Combined with a targeting pod, the MiK-28 was transformed into a true multi-role aircraft. | ||
Other improvements included a glass cockpit upgrade with multi-function displays, increased fuel capacity for longer range, a helmet-mounted display compatible with advanced heatseeking short-range missiles, as well as a new self-defence suite with modern radar-warning receiver, self-defence jammer and automatic chaff/flare dispenser. | Other improvements included a glass cockpit upgrade with multi-function displays, increased fuel capacity for longer range, a helmet-mounted display compatible with advanced heatseeking short-range missiles, as well as a new self-defence suite with modern radar-warning receiver, self-defence jammer and automatic chaff/flare dispenser. | ||
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===MiK-28M2=== | ===MiK-28M2=== | ||
The MiK-28M2 is an upgrade of the MiK-28M, introduced in the mid-2010's. It features further advancements including the ShoK-ME PESA radar | The MiK-28M2 is an upgrade of the MiK-28M, introduced in the mid-2010's. It features further advancements including the ShoK-ME PESA radar or Shok-MA AESA radar (which is to be installed is contingent upon budget; it is envisaged that a mix of both would be utilised), an improved electronic warfare suite, as well as {{wp|diverterless supersonic inlet}}. Its engine is uprated to 136kn at full afterburner. It is envisaged that most MiK-28M's will be upgraded to the M2 model by 2027. | ||
The MiK-28M2 is not regarded to be quite as capable as foreign counterparts such as the [[Ferron Cojgé]], [[UFC Tempest]], [[ | The MiK-28M2 is not regarded to be quite as capable as its latest foreign counterparts such as the [[Ferron Cojgé]], [[UFC Tempest]], [[Volarion Shrike]] or {{wp|Saab JAS 39 Gripen|E-39 Grifo E/F}}. However, it is measurably cheaper and remains very competitive in capable hands. | ||
===MiK-28M(S)=== | ===MiK-28M(S)=== | ||
The MiK-28M(S) is essentially a MiK-28M model with a navalised airframe and buddy-refuelling capability. It is capable of operating from the [[Elatian Navy]]'s 45,000-tonne STOBAR carrier, the ENS | The MiK-28M(S) is essentially a MiK-28M model with a navalised airframe and buddy-refuelling capability. It is capable of operating from the [[Elatian Navy]]'s 45,000-tonne STOBAR carrier, the ENS Petroii Antadiraay (Peter the Harbinger). A total of 42 have been procured, consisting of three squadrons of twelve plus a number of two-seat trainers, although owing to the ship's limited capacity only two squadrons may be embarked at any time. Many have been upgraded to the MiK-28M2(S) standard. | ||
==Specifications (MiK- | ==Specifications (MiK-28M2)== | ||
* Length: | * Length: 16.5m | ||
* Wingspan: | * Wingspan: 11.6m | ||
* Height: | * Height: 6m | ||
* Crew: 1-2 | * Crew: 1-2 | ||
* Empty weight:9,520kg | * Empty weight:9,520kg | ||
* Gross weight: 13,300kg clean | * Gross weight: 13,300kg clean | ||
* Powerplants: 1 x Nekota- | * Powerplants: 1 x Nekota-3G turbofan engine, 85kn dry, 136kn with afterburners | ||
* Combat range: 800-1,000km depending on mission profile and external fuel | * Combat range: 800-1,000km depending on mission profile and external fuel | ||
* Ferry range: 4,000km | * Ferry range: 4,000km | ||
* Top speed: Mach 2 at altitude | * Top speed: Mach 2 at altitude | ||
* Armaments: 1x 30mm chain gun with | * Armaments: 1x 30mm chain gun with 120 rounds, 5,500kg external stores, 9x hardpoints (6x wing, 3x fuselage) | ||
[[Category:Elatia]] | [[Category:Elatia]] | ||
[[Category:Elatian aircraft]] | [[Category:Elatian aircraft]] | ||
[[Category:Ajax]] | [[Category:Ajax]] | ||
Latest revision as of 18:26, 22 December 2024
| Mikasa Gallienus MiK-28 | |
|---|---|
| |
| MiK-28 Fallout | |
| Role | Fighter bomber |
| Manufacturer | Mikasa Gallienus |
| First flight | 1981 |
| Introduction | 1985 |
| Status | In service |
| Primary user | Elatian Air Force |
The MiK-28 (Common Reporting Name: Fallout) is an Elatian single-engine multi-role fighter. Alongside the Sorranus So-30, it is one of two main fighter designs currently in service with the Elatian Air Force.
Origin
Until the 1970's, the two main models of frontline fighters in the Elatian Air Force were the MiK-58 Fishhook and the MiK-70 Flopper. Neither was entirely satisfactory. The Fishhook was a deadly dogfighter, but handicapped by low fuel load and the inability to launch radar-guided air-to-air missiles to beyond-visual range, being equipped with a primitive ranging radar and short-ranged heatseekers only. The MiK-70's fighter variant, on the other hand, was BVR-capable, but heavier than the MiK-58 and lacked its agility whilst being measurably more expensive.
With perennial adversary Belfras introducing new fighter models, such as the Aigios Viper and Volarion Ifrit, it became critical that Elatia fields new fighter models in response. Elatia was plagued by the backwards character of its electronic industry, which resulted in deficient radars and sensors. Its engines were also notoriously prone to short flight hours. However, the traditional advantage of Elatian design burueas was in their understanding of aerodynamics science. It leveraged said strength in order to design a pair of fighters - the heavy, twin-engine Sorranus So-30 Flayer, as well as the MiK-28 as a lighter, cheaper complementary model.
The MiK-28 first flew in the early-80's and was swiftly introduced. The Elatian Great Freeze of the mid-80's led to a significant disruption of production, but manufacturing of the relatively simple aircraft was never halted entirely. The majority of the aircraft in service today are produced from 1990-onwards.
Design
The MiK-28 is a single-engine fighter. In terms of size, it is a light-medium weight design. In comparison with its contemporaries, it is slightly larger than the Talaharan Warg-600 and Rezese Mi-10.2 Taguato, roughly the same size as the Arthuristan Dynamics Fury, and smaller than the Volarion Ifrit.
Like its larger brother, the So-30, it features semi-crescent shaped wings with long leading-edge root extensions. This conferred upon it significant maneouverability advantages and, for its time (and indeed to this day), it was a formidable dogfighter. However, the initial model, as originally introduced in the early-80's, was highly deficient in terms of sensors. It was supposed to be equipped with a new pulse doppler radar, which became significantly delayed. As a result, it had to use a simpler model originally intended for the MiK-70, which was only able to engage a single enemy aircraft at beyond-visual range.
The MiK-28 shares the Nekota-3 engine with the Sorranus So-30 in order to maximise logistical compatibility. The numerous MiK-28M is rated at 122kn at afterburner and is considered slightly underpowered. The latest MiK-28M2 is rated at 136kn with afterburner.
Whilst designed with secondary ground attack capability in mind, early MiK-28 models did not have any avionics which support the deployment of precision-guided munitions and were restricted to dumb ordnance only against ground targets. For all intents and purposes, the original MiK-28 design was a short-ranged battlefield tactical air superiority fighter, a one-for-one replacement for the legacy MiK-58 which nevertheless shared many of its problems.
MiK-28M
The MiK-28M upgrade of the late-90's was a significant improvement of the original MiK-28 model, featuring a plethora of updates. Its most important improvement is the Shok-M pulse doppler radar. With a detection range against fighters out to more than 120km, it is capable of simultaneously tracking ten targets and providing mid-range guidance to four active radar-guided air-to-air missiles to beyond-visual range. It also has ground-scanning and maritime modes for all-weather ground attack and naval strike capabilities. Combined with a targeting pod, the MiK-28 was transformed into a true multi-role aircraft.
Other improvements included a glass cockpit upgrade with multi-function displays, increased fuel capacity for longer range, a helmet-mounted display compatible with advanced heatseeking short-range missiles, as well as a new self-defence suite with modern radar-warning receiver, self-defence jammer and automatic chaff/flare dispenser.
Currently, the vast majority of MiK-28 models in Elatian Air Force service have been upgraded to the MiK-28M standard.
MiK-28M2
The MiK-28M2 is an upgrade of the MiK-28M, introduced in the mid-2010's. It features further advancements including the ShoK-ME PESA radar or Shok-MA AESA radar (which is to be installed is contingent upon budget; it is envisaged that a mix of both would be utilised), an improved electronic warfare suite, as well as diverterless supersonic inlet. Its engine is uprated to 136kn at full afterburner. It is envisaged that most MiK-28M's will be upgraded to the M2 model by 2027.
The MiK-28M2 is not regarded to be quite as capable as its latest foreign counterparts such as the Ferron Cojgé, UFC Tempest, Volarion Shrike or E-39 Grifo E/F. However, it is measurably cheaper and remains very competitive in capable hands.
MiK-28M(S)
The MiK-28M(S) is essentially a MiK-28M model with a navalised airframe and buddy-refuelling capability. It is capable of operating from the Elatian Navy's 45,000-tonne STOBAR carrier, the ENS Petroii Antadiraay (Peter the Harbinger). A total of 42 have been procured, consisting of three squadrons of twelve plus a number of two-seat trainers, although owing to the ship's limited capacity only two squadrons may be embarked at any time. Many have been upgraded to the MiK-28M2(S) standard.
Specifications (MiK-28M2)
- Length: 16.5m
- Wingspan: 11.6m
- Height: 6m
- Crew: 1-2
- Empty weight:9,520kg
- Gross weight: 13,300kg clean
- Powerplants: 1 x Nekota-3G turbofan engine, 85kn dry, 136kn with afterburners
- Combat range: 800-1,000km depending on mission profile and external fuel
- Ferry range: 4,000km
- Top speed: Mach 2 at altitude
- Armaments: 1x 30mm chain gun with 120 rounds, 5,500kg external stores, 9x hardpoints (6x wing, 3x fuselage)