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VF-1 Valkyrie Upgrades & Varients |
The following stats are conversion notes that detail the changes from the base
VF-1 Valkyrie stats.
The VF-1D is a two-seater training craft that's used in model conversion training. As the VF-1 is a new fighter for many pilots, the VF-1D was completed for the pilots to adapt to such forms as GERWALK and Battroid, that above all else, they don't have experience with.
The shape when in Fighter is hardly different [from the VF-1], with the exception of the length. The single-seat type's escape/survival unit space has been decreased to make room for the rear seat. Although the nose block was able to be separated, the survivability in the void of space was sacrificed for the addition of the rear seat. Because of this, the VF-1D is mostly limited to operation within the atmosphere.
Consequently, the hastily made D type wasn't able to become the main craft of Training Air Squadrons, and the seat was handed over to the VT-1 Super Ostrich, a dedicated training/patrol plane, that appeared later.
85 VF-1D were produced in total. The prototype in Block 3 (first half of 2007), 60 in Block 4 (late 2007), and 24 in Block 9 (early 2010).
CREW:
Pilot and trainer in Marty & Beck Mk-7 zero/zero ejection seats. Block 5 and earlier machines were upgraded to Block 6 specifications with improved cockpit and Mk-7 Kai ejection seat.
STATISTICAL DATA:
Width (GERWALK & Fighter): 14.73 m (wings at maximum extension) / 8.25 m (wings at minimum extension)
ARMAMENTS:
Two ROV-20 Laser Guns in head turret
AVIONICS - HEAD TURRET:
OPTICS - HYBRID SENSOR/TV CAMERA SYSTEM: has two (2) TV camera eye systems. One is the normal monitor, and the other one is for wide-area observation and recording. After the VF-1D has returned to base, the recording is analyzed, and is also used in after-training briefing.
OTHER SYSTEMS:
TACTICAL LIFE SUPPORT SYSTEM: survivability in the void of space was sacrificed for the addition of the rear seat, by the reduction of escape/survival unit space in the cockpit. Because of this, the VF-1D is mostly limited to operation within the atmosphere.
(VF-1G) VEFR-1 "Funny Chinese" Electronic Warfare Valkyrie |
The following stats are conversion notes that detail the changes from the base
VF-1 Valkyrie stats.
A two-seat version of the VF-1, with detection and electronic equipment for reconnaissance, ECM, and ECCM missions. It uses various detection devices, and it is possible for the VEFR-1 to use the devices for both ECM (electronic countermeasures, using the electronic systems), and ECCM (Electronic Counter Counter Measures). In addition, it is possible to use the VEFR-1 for close-in support of the unmanned Ghost combat air vehicles. Even though it's various electronic systems can be used in Fighter, in order to fully use its equipment on the battlefield, the VEFR-1 must be in Battroid.
The VEFR-1's mission is to be a radar site alternative when outside of (a fighter's) radar search range, as well as communications relay and early warning and flight control in the airspace of a battlefield. It was developed approximately at the same time as the start of the VF-1A's production. The prototype that was furnished with a roto-dome which was made by remodelling one of the auxiliary YVF-1A prototypes, had its maiden flight in 2008.05.
Similarly to the VF-1D, the VEFR-1's escape/survival unit space is removed, and 2 versions existed: a single-seat type which is set-up with a datalink device with a central control center or superior operations center, and a two-seater type which has an on-board control operator stationed in the additional rear seat.
The VEFR-1 is equipped with such things as a state-of-the-art (at the time) long-range search radar, radar countermeasures devices and data-link devices. It boasted a 600 km detection range and a search target number of 2,500 craft. It is said that the VEFR-1 could control a maximum of 36 VF-1.
Extremely few VEFR-1 type production craft were produced, because the Super Pack implementing VE-1 Elint Seeker was introduced into combat. The VEFR-1 belongs to Block 4, which was assumed to be operated within the atmosphere, so all craft were deployed on Earth. There are presently only 2 craft left, as they were almost completely annihilated during the First Interstellar War.
12 VF-1G were produced in total; all in Block 4 (later half of 2007).
Crew: Pilot (and control operator) in Marty & Beck Mk-7 zero/zero ejection seat. Block 5 and earlier machines were upgraded to Block 6 specifications with improved cockpit and Mk-7 Kai ejection seat.
MDC BY LOCATION:
Radome 100
Forearm Sensors (in place of hands) (2) 30 each
ARMAMENTS
No ROV-20, GU-11, or hands (unable to carry hand held weapons or engage in hand-to-hand combat mobes that use hands [no Restrained Punch, Full Strength Punch, "Booster" Punch, or Tear or Pry with Hands].
OPTIONAL EQUIPMENT (SUPER PARTS):
No NP-BP-01 or NP-AR-01. Unclear if it can mount the NP-FB-01.
AVIONICS:
Unless otherwise noted, refer to the VE-1 ELINT Seeker stats for details.
- OVERHEAD ROTARY RADOME - APS-201 SURVEILLANCE RADAR
RANGE: approx 600 km search area
HEIGHT: 30,000 m to small moving targets near or on the ground not obscured by foliage.
TRACKING: can detect and track up to 700 targets simultaneously and can record position, speed, and direction of motion for all targets tracked. Can target 15 targets at the same time.
- VARIOUS DETECTION EQUIPMENT IN THE MAIN WINGS, ELEXTRONIC SURVEILLANCE PODS MOUNTED ON THE ARMS, and RETRACTABLE DETECTORS IN LIEU OF HANDS
- ELECTROMAGNETIC WAVE SENSOR
- VARIOUS KINDS OF COMMUNICATION RELAY ANTENNA - range: 1,200 km.
- ECM Equipment
ALQ-192 COMMUNICATION JAMMING DEVICE
ALQ-199 TACTICAL NOISE JAMMING DEVICE
ALQ-200 MULTI-BAND TRACK BREAKER
- SIDE SURVEILLANCE RADAR
OTHER SYSTEMS
TACTICAL LIFE SUPPORT SYSTEM: survivability in the void of space was sacrificed for the addition of the rear seat, by the reduction of escape/survival unit space in the cockpit. Because of this, the VEFR-1 is mostly limited to operation within the atmosphere.
The following stats are conversion notes that detail the changes from the base
VF-1 Valkyrie stats.
The VF-1A version upgraded by the "Half-S" retrofit (overhauled avionics and S-type head unit).
MDC BY LOCATION:
Head Mounted Lasers (4) 12 each
ARMAMENTS:
MAULER ROV-20 ANTI-AIRCRAFT LASER GUN/S (4):
RATE OF FIRE: 50 rounds per melee. The ROV-20 is limited to bursts of 10 or 20 rounds per attack.
AVIONICS:
Overhauled. The overhaul has given the avionics capabilities akin to the VF-4 and the VF-1X/P.
The following stats are conversion notes that detail the changes from the base
VF-1 Valkyrie stats.
An updated type of A model due to phased modernization. Block 4 and earlier machines were upgraded to block 5 specifications with improved avionics for space use in Plus upgrade. It was a scheduled program that also replaced the avionics to an enhanced type that conforms to the VF-4.
Even though the externals of the A+ (N) type conform to the A type, because some differences can be seen in the head design when in Battroid, it is possible to instantly distinguish it. The engines have been exchanged to the FF-2008 type. The blade antennas and panel shapes in each part of the airframe have also been exchanged for parts that effect a change in performance.
From 2019, the surviving Block 9~10 airframes were sequentially improved [to the N type].
Crew: Pilot only in Marty & Beck Mk-7kai zero/zero ejection seat and improved cockpit.
STATISTICAL DATA:
POWER PLANT: Two Shinnakasu Heavy Industry/P&W/Royce FF-2008 thermonuclear reaction turbine engines. [Engines have improved efficiency in the void of space.]
DEFENSIVE SYSTEMS:
7. STEALTHINESS: due to exchanginging the blade antennas and panel shapes for more more stealthy ones, the VF-1A+(N) has slightly improved stealthiness. [For games with lots of crunch: -5% to detect. Otherwise negligible for most situations.]
AVIONICS:
The avionics have been improved for space use; by being exchanged for an enhanced type that conforms to the VF-4.
Radar: APG-997 RADAR: See APG-997 for details. Note: radar can be either hard mounted (standard for a phased array radar), or attached like a mechanically scanned unit (increases the area scanned, but decreases airframe stealthiness).
- RANGE: 375 km lock-on fighter sized objects.
- HEIGHT: 24,750 m to small moving targets near or on the ground not obscured by foliage.
- ACM: 30 targets; AGM: 12 targets.
The following stats are conversion notes that detail the changes from the base
VF-1 Valkyrie stats.
Block 4 and earlier machines were upgraded to block 5 specifications with improved avionics for space use in Plus upgrade. The VF-1J+/S+ program was a scheduled program that also replaced the avionics with an enhanced type that conforms to the VF-4. The engines have been exchanged to the FF-2008 type. The blade antennas and panel shapes in each part of the airframe have also been exchanged for parts that effect a change in performance.
From 2019, a portion of the modernization improvement has been applied to the surviving Block 9~10 airframes, such as the exchange of the engines.
Crew: Pilot only in Marty & Beck Mk-7kai zero/zero ejection seat and improved cockpit.
STATISTICAL DATA:
POWER PLANT: Two Shinnakasu Heavy Industry/P&W/Royce FF-2008 thermonuclear reaction turbine engines. [Engines have improved efficiency in the void of space.]
AVIONICS:
The avionics have been improved for space use; by being exchanged for an enhanced type that conforms to the VF-4.
Radar:
APG-997 RADAR: See APG-997 for details. Note: radar can be either hard mounted (standard for a phased array radar), or attached like a mechanically scanned unit (increases the area scanned, but decreases airframe stealthiness).
- RANGE: 375 km lock-on fighter sized objects.
- HEIGHT: 24,750 m to small moving targets near or on the ground not obscured by foliage.
- ACM: 30 targets; AGM: 12 targets.
The following stats are conversion notes that detail the changes from the base
VF-1X Valkyrie stats.
During the Macross's Earth-return voyage, there were situations were systematically the VF-1 couldn't oppose the tactics of the Zentraadi Forces and there were great losses. In March 2010, the Unified Space Forces analyzed the Zentraadi Forces' tactics and the "Sleipnir Program" was put into the operation. The program updated the VF-1 so that it could oppose the Zentraadi tactics and primarily advanced the enhancement of the VF-1's operational ability outside of the atmosphere as well as raising it's survival rate.
The differences of the VF-1P and VF-1's outward appearance can be easily distinguished from such things as 1) change in the canopy shape (the crown is slightly higher and it's livability has been improved), 2) change in the dorsal shape (it bulges from the installation of thermonuclear reaction batteries), 3) additional warning sensors in the tail end of the tail block, and 4) change in the nozzle shape (the tiptoe is tapered to a point, attaining a stealth cut). The exteriors have also been exchanged so that the panel lines are turned into ones with a stealth cut.
The VF-1P has improved manoeuvrability due to an enhancement of the airframe's stiffness, and it was nimbler in the atmosphere than the unimproved VF-1. Pilots welcomed this increased high-performance that didn't appear in the specs.
In total, 400 VF-1X were newly made or produced from improvements to existing VF-1. Moreover, the VF-1 which have had a part of their fuselage's airframe changed to improve performance, with each part's aeromechanics refined are referred to as the VF-1P; and for an improvement in its stealth performance, the shape of the VF-1's airframe has also been changed to a stealth form when it is possible to do it.
The technology adopted by the P model was obtained by the development experience of the VF-5000. Consequently, the overall performance that the VF-1P acquired, favourably compares to the VF-5000.
Furthermore, because an update request was also submitted by the forces that possess the production block 6 VE-1 Elint Seeker, there's information that improvements corresponding to the X model or P model were implemented to, among the 60 aircraft, the 12 that are in active service [as of 2030].
Development: Shinsei Industry
Variants: VF-1P: further refined variant of the VF-1X
SPEEDS:
Flying (Fighter mode): Mach 2.83 (at 10,000 m), Mach 3.91 (at 30,000 m and higher)
STATISTICAL DATA:
Length (Fighter): 14.23 m
Width (GERWALK & Fighter): 14.30 m (wings at maximum extension) / 8.20 m (wings fully swept)
Height (Fighter): 3.62 m
Empty Mass: 13,800 kg (estimated)
Powerplant: 2x Shinakasu/P&W/Royce FF-2021 thermonuclear turbine engines, each rated at 13,200 kg.
DEFENSIVE SYSTEMS:
1. Active Stealth System Update: the system has been adjusted to match the radar frequencies that are used by the Zentraadi Forces. Moreover, because such things as the modulation system and search pattern of the Zentraadi Forces' radar is greatly different from the Earth ones, the software has also been completely improved. -15% to detect when attempting to do so with Zentraadi radar.
2. Use of the Energy Conversion Armour in Fighter Mode: by installing newly developed thermonuclear reaction batteries, a portion of the energy conversion armour is enabled even in fighter mode. Even though it generates a far greater electric power than such things as the engines' MHD [magnetohydrodynamic] system and nuclear batteries, it has a short lifespan; and as a consequence of using field carbon, they were exchanged after each sortie. Moreover, the batteries cannot support a long-term patrol flight lasting for several days.
Because this thermonuclear reaction battery is stored in the dorsal spin behind the cockpit, this part has been somewhat increased in size from existing VF-1. However, the operation of energy conversion armour that extends to the entire airframe by the use of this this thermonuclear reaction battery is difficult, and it was only able to defend important sections such as the cockpit, engines and so on, for a short time (it was mainly spread out for a few minutes when aiming and attacking).? In addition, this thermonuclear reaction battery had the advantage of being used for multiple purposes, such as life support during emergency escapes, the emergency power supply for optional large beam weapons, and so on.
Use of Energy Conversion Armour in Fighter Mode: double the MDC of the cockpit, engines and engines for a maximum of 1D4+2 minutes. The energy conversion armour can be deactivated and saved for use later in the mission. However, the Energy Conversion Armour MUST be activated before enemy attacks hit.
ARMAMENTS:
2. Howard GU-11D 55 mm 3-barrel Gatling Gun Pod:
The GU-11D is the standard equipment of the VF-1P and VF-3000, and is the second generation VF-1 use gun pod. It's greatest point of improvement is that it can exchange magazines; and it can carry diverse warheads for public order maintenance actions. The magazine cover is opened and the magazine is set in the socket under the main body of the gun pod. The GU-11D also uses propelled type warheads within the atmosphere, and by reducing the shooting recoil, it has improved accuracy. Another advantage is the extension of the gun pod's maintenance intervals. A bayonet unit can also be installed in the cover.
Standard tracer bullets (even though it's visible light in the atmosphere, another method is used in space) are observed with a sensor thats parallel to the muzzle to see the gun pod's shooting axis line. There is an optical sensor that collects the data necessary for firing the gun pod in the foremost part of the top. It coordinates firing information with such things as the radar installed within the aircraft.
- PRIMARY PURPOSE: Assault
- SECONDARY PURPOSE: Anti-Missile Defence
- RANGE: 1,100 m
- DAMAGE: 1D12+4 per round. 1D8X10 MD per 5 round burst. Refer to the Gun Pods and Beam Machine Gun Burst and Spray Rules for alternatives.
- BAYONET DAMAGE: 3D4x10 M.D. per strike.
- RATE OF FIRE: Equal to the pilot's combined number of attacks. The GU-11 isn't limited to bursts of 5, 10, 20 or 120 rounds.
- PAYLOAD: 120 rounds. Additional ammo clips can be inserted, but exchanging clips requires the VF-1P to be in battroid or GERWALK mode, and takes 2 actions to reload. In general, spare clip are not carried.
3. Wing Hard Points (6):
There are 3 pivoting hardpoints on the underside of each main wing, for a total of 6.
- AMM-1 Series: 3/3/3/0/3/3/3
- RMS-1, GBU-28/B, GBU-28/S, GBU-27/S, PB-28/I, ASSB-154S: 1/1/1/0/1/1/1
- UUM-7: 1/0/1/0/1/0/1
OPTIONAL EQUIPMENT (SUPER PARTS):
- VF-1 FAST Pack/Config ver. 4.0 (for VF-1P):
The VF-1P's FAST Packs have had a design change to match the fuselage, there shape has been revised to improve stealthiness, and the propellant capacity has also been enlarged. The Super Freya Valkyrie has two NP-FB-01C Conformal Tanks, two NP-AR-01D Conformal Tanks/Micro-missile Pods, and two NP-BP-01C OMS/RCS Packs equipped with HMMP-02 micro-missile launcher pods.
- Development: Shinsei Industry
- Tank Capacity: 1,690 L (inside the aircraft) +5,650 L (FAST Packs)
NP-FB-01 LEG PACKS:
Part of the interior of the packs have been converted for use as a storage space for a spare GU-11D ammo clip.
GU-11D AMMO CLIP HOLDER
- PAYLOAD: 1 spare ammo clip per pod, for a potential maximum of 2.
AVIONICS:
The avionics have been updated. Such things as the radar, RWS and ECM equipment are adjusted according to the frequency that are used by such things as search radars and sensors that the Zentraadi Forces use.
- ANIGRAS Update: ANIGRAS, the keystone of the VF-1 and is viewed as the combat system, has been updated to the ANIGRAS/AD-3, which includes the tactical patterns of the Zentraadi Forces, so that even Zentraadi pilots can easily handle the VF-1P.
- APG-997 Radar: has been enabled to lock onto 18 targets at the same time. The pilot only has to properly designate the target to be attacked (this is also mostly automatically determined by ANIGRAS) and launch the missiles. After firing, it is possible for the VF to change to immediate movement, as the missile pursues the target by using its own capturing abilities.
REFERENCES
© Aaron Sketchley