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faction:iromakuanhe:haidan_vaadw [2018/08/29 17:52] – wes | faction:iromakuanhe:haidan_vaadw [2019/06/21 12:53] – Get rid of unnecessary bolding wes | ||
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=====Statistical Information===== | =====Statistical Information===== | ||
- | **Government: | + | **Government: |
- | **Organization: | + | **Organization: |
- | **Role:** Scout/ | + | Role: Scout/ |
- | **Type:** Organoid Drone\\ | + | Type: Organoid Drone |
- | **Class:** So-O2-1a Haidan VAADW\\ | + | Class: So-O2-1a Haidan VAADW |
- | **Designer:** [[solan_starworks|Solan Staryards]]\\ | + | Designer: [[solan_starworks|Solan Staryards]] |
- | **Manufacturer: | + | Manufacturer: |
- | **Production:** Mass Production | + | Production: Mass Production |
- | **Width:** 43.32cm (2.07m in Aerial Mode)\\ | + | Width: 43.32cm (2.07m in Aerial Mode) |
- | **Length:** 1.73m\\ | + | Length: 1.73m |
- | **Height:** 1.29m\\ | + | Height: 1.29m |
**Mass:** 431.77kg | **Mass:** 431.77kg | ||
- | **Range:** Limited by sunlight and biomass availability. In nominal((Yamatai, | + | Range: Limited by sunlight and biomass availability. In nominal((Yamatai, |
- | **Lifespan:** Approximately 8 years of continuous service, extended by repairs and storage in stasis.\\ | + | Lifespan: Approximately 8 years of continuous service, extended by repairs and storage in stasis. |
=== Speeds === | === Speeds === | ||
- | **Ground Speed:** 95 KPH\\ | + | **Ground Speed:** 95 KPH |
- | **Air speed (Flight):** 520 KPH\\ | + | **Air speed (Flight):** 520 KPH |
=== Damage Capacity === | === Damage Capacity === | ||
- | **Hull:** 3\\ | + | Hull: 3 |
- | **Shields:** 3 (1)\\ | + | Shields: 3 (1) |
===== Weapons Systems ===== | ===== Weapons Systems ===== | ||
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=== (1): So-02-W0922 " | === (1): So-02-W0922 " | ||
- | [[faction: | + | [[faction: |
- | **Location: | + | **Location: |
- | **Purpose: | + | **Purpose: |
- | **Secondary: | + | **Secondary: |
- | **[[guide:damage_rating_v2|Damage]]: | + | **[[guide:damage_rating_v3|Damage]]: |
- | **Range:** 10 KM in Atmosphere, 300 000 KM in Space\\ | + | Range: 10 KM in Atmosphere, 300 000 KM in Space |
- | **Rate of Fire:** Beam can be maintained for up to 1 minute. Cooldown is 1/4 of projection time.\\ | + | **Rate of Fire:** Beam can be maintained for up to 1 minute. Cooldown is 1/4 of projection time. |
- | **Muzzle Velocity:** 1c\\ | + | **Muzzle Velocity:** 1c |
==== Other Weapons ==== | ==== Other Weapons ==== | ||
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=== Hull and Chassis === | === Hull and Chassis === | ||
- | **[[materials: | + | **[[materials: |
Aerudirn consists of living colonies that grow out into thick, smooth sheets of a high durability, that are have been bred to be resistant to damages from radiation and can charge themselves with an electrostatic field to enforce their surface tension, thereby inhibiting penetration by weaker solid-ammunition weapons. Should the shell be damaged, the colonies underneath, which are dense enough on their own to survive exposure to vacuum can quickly have other sections stretch to accommodate tears, and regenerate completely with enough time. | Aerudirn consists of living colonies that grow out into thick, smooth sheets of a high durability, that are have been bred to be resistant to damages from radiation and can charge themselves with an electrostatic field to enforce their surface tension, thereby inhibiting penetration by weaker solid-ammunition weapons. Should the shell be damaged, the colonies underneath, which are dense enough on their own to survive exposure to vacuum can quickly have other sections stretch to accommodate tears, and regenerate completely with enough time. | ||
- | **[[organoid_substructure]]**\\ | + | **[[organoid_substructure]]** |
Highly resilient organoid tissues form the remainder of the body, including an endoskeleton, | Highly resilient organoid tissues form the remainder of the body, including an endoskeleton, | ||
=== Shields === | === Shields === | ||
- | **[[kord_kinetic_force_diffuser|So-O2-S0784 KORD System]]**\\ | + | **[[kord_kinetic_force_diffuser|So-O2-S0784 KORD System]]** |
**[[resistor barrier|So-O2-S1922 Resistor Barrier Shield]]** | **[[resistor barrier|So-O2-S1922 Resistor Barrier Shield]]** | ||
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=== Main === | === Main === | ||
- | **[[faction: | + | **[[faction: |
Using early Commonwealth solar collection technology and applying it military purposes, the Photoreceptor Skin System is a solar energy system which generates power through the use of quantum dot and nanoantenna photovoltaic components. In tandem with the unit's natural bioelectric fields, they provide enough power to sustain all systems except for high-speed flight and combat. The receptors are able to retract into the chassis during combat situations or to improve stealth. | Using early Commonwealth solar collection technology and applying it military purposes, the Photoreceptor Skin System is a solar energy system which generates power through the use of quantum dot and nanoantenna photovoltaic components. In tandem with the unit's natural bioelectric fields, they provide enough power to sustain all systems except for high-speed flight and combat. The receptors are able to retract into the chassis during combat situations or to improve stealth. | ||
=== Capacitor === | === Capacitor === | ||
- | **[[zaiflar_supercapacitor|So-O2-G1922 Zaiflar Supercapacitor]]**\\ | + | **[[zaiflar_supercapacitor|So-O2-G1922 Zaiflar Supercapacitor]]** |
Powered by the G0922 system, the Haidan features a single Zaiflar that is able to store enough power for several days of [[GE_lifter|GE Lifter]] flight or several hours of combat using the unit's laser cannon. | Powered by the G0922 system, the Haidan features a single Zaiflar that is able to store enough power for several days of [[GE_lifter|GE Lifter]] flight or several hours of combat using the unit's laser cannon. | ||
==== Propulsion ==== | ==== Propulsion ==== | ||
- | **[[ge_lifter|So-O2-P0922 GE Wing System]]**\\ | + | **[[ge_lifter|So-O2-P0922 GE Wing System]]** |
- | The GE Wing system of the Haidan VAADW consists of a pair of retractable hollow [[materials: | + | The GE Wing system of the Haidan VAADW consists of a pair of retractable hollow [[materials: |
The wings are sturdy enough to support the full weight of the unit and allow it to glide even when not utilizing either component of its GE Lifter, allowing the unit to traverse difficult terrain such as mountain ranges exclusively with mechanical power. | The wings are sturdy enough to support the full weight of the unit and allow it to glide even when not utilizing either component of its GE Lifter, allowing the unit to traverse difficult terrain such as mountain ranges exclusively with mechanical power. | ||
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=== Passive Sensors === | === Passive Sensors === | ||
- | **[[faction: | + | **[[faction: |
The warning sensors of the Haidan VAADW were integrated into the chassis for the purposes of detecting phenomenon in orbit over a world such as the movement of fleets or the usage of distortion engines by hostile forces on the planet. | The warning sensors of the Haidan VAADW were integrated into the chassis for the purposes of detecting phenomenon in orbit over a world such as the movement of fleets or the usage of distortion engines by hostile forces on the planet. | ||
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=== Active Sensors === | === Active Sensors === | ||
- | **[[faction: | + | **[[faction: |
The monoeye array of the unit consist of specially-designed organoid eyes with infrared and low-light vision. More conventional electronic thermal sensors have been included to improve the detection and avoidance of lifeforms. | The monoeye array of the unit consist of specially-designed organoid eyes with infrared and low-light vision. More conventional electronic thermal sensors have been included to improve the detection and avoidance of lifeforms. | ||
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* Thermal Sensors | * Thermal Sensors | ||
- | \\ | + | |
- | **[[faction: | + | **[[faction: |
The scanning array of the So-O2 is a deployable radome that retracts into the back of the unit, designed to make accurate scans of a target area and analyze it for potential targets of interest for artillery. | The scanning array of the So-O2 is a deployable radome that retracts into the back of the unit, designed to make accurate scans of a target area and analyze it for potential targets of interest for artillery. | ||