【DC】间谍，狙击手以及增力器 P91-118

[Terrie18]

全无人机数据

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至于风味文字，可能得猴年马月了。。。凑合看看先吧
https://docs.qq.com/sheet/DVWJ2bWRuakZ6cG5O?tab=BB08J2

地面无人机
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[Terrie18]

空中无人机
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天演“斑点”系列 Evo “Splatter” Series
（微型翼式无人机）
天演斑点系列无人机基于一个简单而有效的核心理念而构建：一种廉价、一次性的，专门设计用于通过撞击将其载荷传递到目标的无人机。其外观和运作看起来像所有的普通飞行昆虫（大约是黄蜂的大小），斑点系列只有足够的系统来完成任务而不具备其他任何功能。它不能接受任何额外的自动软件（除了机动），升级或改装。它的载荷能力仅限于其内置的液体储罐，并可以填充任何化学品、药物或毒素（仅限一剂）。它还可以装载粘合剂，并能携带一个标准RFID标签。它非常脆弱——任何损伤都会导致它的摧毁，不过这是有意设计的。正是在这个摧毁过程中，无人机将其载荷传递到目标上或内部。书面上讲，Evo不承认这种无人机的存在，只向极其有限的一些客户销售。这意味着你必须有正确的联系人或关系才能获得它。这并没有阻止许多独立生产商制造仿制版本，但其质量会有所不同。

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Evo’s Splatter series of drones is built around a
simple yet effective core premise: an inexpensive,
disposable drone specifically designed to deliver
its payload to a target by ramming it. Looking
and operating like any number of generic flying
insects (but approximately the size of a hornet),
the Splatter series has just enough systems to get
the job done and literally nothing else. It cannot
accept any additional autosofts (except for Maneuvering),
upgrades, or modifications. Its payload
capacity is limited to its onboard liquid reservoir,
which can be filled with any number of chemicals,
drugs, or toxins (one dose only). It can also be
loaded with an adhesive agent and has the ability
to carry one standard RFID tag. It’s extremely
fragile—any damage the drone takes causes its destruction,
which is by design. It’s during this destruction
where the drone delivers its payload on
or into the target. Officially, Evo does not recognize
this drone’s existence and only sells it to an
extremely limited list of select clients. That means
you must have the right contacts or connections
to obtain it. This has not stopped a number of independent
producers from making knock-off versions,
the quality of which will vary.

空动设计系统 AEW-03 尖叫者 Aerodesign Systems AEW-03 Screamer
（迷你气球无人机）
"尖叫者" 是一种半一次性电子战无人机，常用于飞行机组补充其机载ECM系统。一旦部署，尖叫者会发挥出如名字所示一般的作用，使用强大的干扰系统在半径五百米范围内（但影响会每百米减弱一次）干扰通信、无线和雷达信号。它也可以作为紧急情况下的快速侦查单位使用。尖叫者是一个长约十五厘米的圆柱体，与标准的箔条弹筒大小相同。当在飞机上充当ECM使用时，尖叫者可以用标准的箔条弹发射器装载并发射。除了标准小型空中无人机架之外，尖叫者还可以从标准的火箭发射管中发射，或是简单地扔到空中。之后，无人机就只受到盛风影响。它几乎没有任何推进手段，只有一个小微型风扇在火箭发动机启动后保持自身稳定。尖叫者有三个主要部件：一个微型火箭发动机，用于从发射器或火箭管中发射出来，中间的主要干扰单元，末端是一个气球，会在部署后展开。无人机的中央电池有足够的电力来保持其广播和飘行约一个小时。然而，它只能漂浮在空中，Screamer除了一次性火箭发动机外没有其他机动手段。如果找回了无人机，只需要充电和更换发动机就可以让它重新运作。

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The Screamer is a semi-disposable electronic
warfare drone most often used by aircraft crews
to supplement their onboard ECM systems. When
deployed, the Screamer lives up to its name and
uses its powerful jamming systems to disrupt
communication, wireless, and radar signals in
an area with a radius of up to five hundred meters
(though its effect lessens every 100 meters).
It can also be used as a quick observation unit
in emergencies. A cylinder approximately fifteen
centimeters long, the Screamer is the same size as
a standard chaff canister. When used in its ECM
role on an aircraft, the Screamer can be loaded
and deployed from a standard chaff dispenser. In
addition to a standard small aerial drone rack,
the Screamer can be deployed from a standard
rocket launcher tube or simply thrown into the
air. After that, the drone is at the mercy of the prevailing
winds. It has barely any means of propulsion,
only a small micro-fan to keep it stable after
the rocket motor is used. The Screamer has three
main components: a micro-rocket motor that will
launch it from a dispenser or rocket tube, the
main jamming unit in the middle, and a balloon
end that opens up after deployment. A central
battery in the drone’s middle has enough power
to keep it broadcasting and aloft for approximately
one hour. However, all it can do is float
in the air; the Screamer has no means of locomotion
other than the single-use rocket motor. If the
drone is recovered, all that’s required to bring it
back to full operation is a battery recharge and
replacement motor.

赛博空间设计 蜻蜓-阿尔法Cyberspace Designs Dragonfly-Alpha
(迷你翼式无人机)
蜻蜓-阿尔法是去年由赛博空间设计推出的一种新型迷你，微型级无人机杀手。与原始版本相比略微更大（仅略小于小型无人机），蜻蜓-阿尔法采用相同的四旋翼机翼布局和常规设计。但最重要的变化是武器包。原版用于剪切目标无人机翼或关键部位的小喙仍然存在，但这些已经被层层叠加的单丝齿强化，从而增强了整体伤害和装甲穿透力。此外，蜻蜓-阿尔法配备了一对抓取/着陆爪，允许它抓住目标无人机，使得攻击更加容易。最重要的升级来自与雷明顿达成的交易，允许其加装改装过的雷明顿室内清扫者重型手枪进行远程攻击。这个改装过的室内清扫者安装在无人机的底部，采用四管系统（每个管装有一发子弹），可以发射飞镖或重型手枪子弹，并标配智能枪系统来指定管道发射。因此，蜻蜓-阿尔法在打击无人机目标方面更加有效，同时在对抗泛人类时也能提供有限火力支援。

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Designed as a hunter-killer of mini and micro-class
drones, the Dragonfly-Alpha is a new variant introduced
by Cyberspace Designs last year. Slightly bigger
than the original (it comes in just short of being
in the small drone category) the Dragonfly-Alpha
features the same quad-copter wing arrangement
and general design. But the most significant change
is the weapons package. The small beak/mouth that
the original used to shear wings or vital parts off of
target drones is still there, but it has been enhanced
by layered rows of monofilament teeth that increase
overall damage and armor penetration. Additionally,
the Dragonfly-Alpha comes with a pair of grasping/
landing claws that allow it to grapple a target
drone, making attacks much easier. The most significant
upgrade comes as the result of a deal made
with Remington that allowed the addition of a
modified Remington Roomsweeper heavy pistol for
ranged attacks. Mounted on the drone’s underside,
this modified Roomsweeper features a four-barrel
system (each loaded with one round) that can shoot
flechette or heavy pistol rounds and comes standard
with a smartgun system that also allows for specific
barrel firing. As a result, the Dragonfly-Alpha is
more adept at taking out drone targets while also
providing limited fire support against metahuman
targets.

赛博空间设计 光环 Cyberspace Designs Halo
（小型摄像无人机）
光环是一种广受新闻机构和独立记者欢迎的飞行摄像头和传感器平台；它的名称可能来源于那附加在球形主体顶部的圆形升降风扇。在该主体内部有一系列顶级图像和音频记录系统，以及一个强大的通信中继器，可以轻松穿透大多数低级杂讯。虽然基本型号仅配备有限传感器组，但光环将传感器升级纳入考虑。升级它们就像插插头一样简单，不需要任何工具。光环还配备了四条小型可伸缩腿，并带有微型抓握爪，使其可以附着在表面上或在用户身上行驶。虽然光环可以通过标准VR系统操作，但它也考虑到了非机师用户的需求，并为其配备了强化过的驾驶软件。该软件提供更好的AR控制以及允许广泛语音命令选项的音频系统。

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Popular with news agencies and independent
reporters, the Halo is a flying camera and sensor
platform; its name is most likely derived from the
circular lift-lift fan attached to the top of the spherical
main body. Within that body is a host of top-ofthe-
line image and audio recording systems, as well
as a powerful communication relay that can cut
through most low-level noise with ease. While the
base model comes with a limited sensor package,
the Halo was also designed with sensor upgrades
in mind. Upgrading them is as simple as plugging
them in, no tools necessary. The Halo also features
four small extendable legs with micro grip-claws
that allow it to attach to surfaces or ride on the
user’s body. And while the Halo can be operated
by standard VR systems, it was also designed with
the non-rigger user in mind and features enhanced
piloting software as standard. This software offers
better AR control, and the audio systems allow for
a wide range of voice command options.

联邦波音 空中指挥Federated-Boeing Sky Commander
（小型观察无人机）
虽然技术上被分类为观测无人机，但是空中指挥经常被改装用于军事作业-作为前线指挥/控制无人机或是电子战平台。空中指挥的基本形状如同二十世纪晚期至二十一世纪早期的老式“飞翼”飞行器。机翼使用可变几何，以延展增加升力，使其能够在作战区域盘旋并节约燃料或电池。在紧急情况下，机翼可以折叠回来，使无人机具有更高的速度和机动性。整个机身完全光滑，大大提高了隐身性能。所有传感器和成像阵列、天线、收发器和进气口都完全集成到无人机的机身中。使得空中指挥成为最佳观察设备的原因在于它强大的传感器和成像系统。即使在高空，空中指挥也能看到几乎所有的东西。与作为标准配置的卫星链和重发射单元配合使用下，它可以在事件发生时让现场指挥官及时了解情况，并扩大前线无人机的空中和地面复盖范围。作为电子战角色时，空中指挥配备了新的军用级SW-11“静态墙”可变功率干扰系统。该系统具有两种模式：全向和聚焦，可以设置大约2公里范围的球形干扰区域或将干扰阵列聚焦在单个目标上。缺点是无人机的每立方厘米都几乎装满了设备和操作系统。即使是一次擦伤也会冲击重要系统，而且安装任何武器，甚至防御手段的空间。

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Although technically classified as an observation
drone, the Sky Commander is often modified
for use in military operations—either as a forward
command/control drone or as an electronic warfare
platform. The Sky Commander’s basic shape
is that of the old “flying wing” aircraft of the late
twentieth and early twenty-first centuries. The
wings use variable geometry that can extend for
greater lift, giving it increased ability to loiter over
an area of operation and conserve fuel or battery
reserves. In case of emergency, the wings can fold
back, giving the drone greater speed and maneuverability.
The entire chassis is completely smooth,
greatly increasing its stealth profile. All sensor and
imaging arrays, antenna, receiver/transceivers, and
engine intakes are completely integrated into the
drone’s airframe. What makes the Sky Commander
one of the best observation units in service are
its powerful sensors and imaging systems. Even at
high altitude, there isn’t much the Sky Commander
can’t see. Coupled with sat-link and retrans
units as standard, it keeps field commanders up to
date as events happen and can extend the range
of forward-operating drones both in the air and
on the ground. In the electronic-warfare role, the
Sky Commander features the new mil-spec SW-
11 “Static Wall” variable-power jamming system.
This system has two modes: omni-directional and
focused, which means it can set up a jamming bubble
approximately 2 kilometers wide or focus its
jamming array on a single target. The drawback
to this is that almost every cubic centimeter of the
drone is packed full of gear and operating systems.
Even a glancing blow risks knocking out a vital
system, and there is no room for any weapons,
even for defense.

霍克-西德利 蝙蝠 Hawker-Siddley Bat
（小型监视无人机）
"蝙蝠" 是来自霍克-西德利的一款新设计，其在被引入无人机市场后迅速获得了一大批追随者。它得名于一对附着在无人机主体上的翅膀。这些翅膀内包含了强大、矢量微型风扇引擎，使其能以足够快的速度飞行，而定制的隔音器则使它对于大多数泛人类的耳朵和听觉传感器几乎完全无声。蝙蝠可以使用其翅膀进行常规飞行或滑翔（如有必要），它还可以使用微型风扇引擎在原地悬停（与大多数倾转旋翼飞机的动作类似）。不使用时，翅膀会收缩并折叠到无人机的主体上。除了拥有高于平均水准的传感器/成像阵列外，蝙蝠还配备了双“降落爪”，使其能够附着并挂在附近的结构上，用以节省电池电量并同时进行观察任务。此外，当不在飞行时，这些爪子还提供了有限的移动方式。

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The Bat is a new design from Hawker-Siddley
that has quickly gained a following since its introduction
onto the drone market. It derives its name
from the pair of wings attached to the drone’s main
body. These wings contain powerful, vectored micro-
fan engines that propel it at adequate speeds
while custom sound bafflers render it almost completely
silent to most metahuman ears and auditory
sensors. The Bat can use its wings for conventional
flight or glide (if necessary), and it can use the micro-
fan engines to hover in place (they’re similar in
action to most tilt-rotor aircraft). When not in use,
the wings retract and fold against the drone’s body.
In addition to its above-average sensor/imaging array,
the Bat also features dual “landing claws” that
allow it to attach and hang on to nearby structures
in order to conserve battery power while conducting
observation missions. Additionally, these claws
also offer a limited form of locomotion when not
in flight.

低语死神 Whispering Death
（小型战斗无人机）
“低语死神”是几年前匿名创造出的小型战斗无人机。尽管服务提供商尽了最大努力来压制和删除数据，但设计图纸很快就泄露到了公开的矩阵上。从那里开始，这款无人机已经被众多独立创作者生产，并仅现在黑市上售卖。由于其确切的本质和功能，它在几乎所有已知的企业和国家领土中都被视为高度非法的，且持有它被视为重罪。“低语死神”设计简单，基于西科斯基-贝尔•微型飞盘。它名字的一半来自其提供推进力，有隔音器的风道风扇。“低语死神”的引擎声音比它原型无人机要安静50%。但使其臭名昭著的是其内置的武器系统。当攻击目标时，无人机的身体以高速旋转，并部署四根末端带有配重的单丝线提供稳定性。这些单丝线可以长达约122厘米，并能造成与单丝鞭相同的伤害。

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The Whispering Death is a small combat drone
that was created anonymously some years ago.
The design schematics were soon leaked onto the
open Matrix, despite the best efforts of service
providers to suppress and delete the data. From
there, the drone has been produced by a multitude
of independent creators and is now sold exclusively
on the black market. And because of its exact
nature and function, it is considered highly illegal
and a felony to possess in just about every known
corporate and national territory. The Whispering
Death is a simple design, based on the Sikorsky-
Bell Microskimmer. It gets half of its name from
the baffled duct fan that provides propulsion. The
sound of the Whispering Death’s engine is fifty percent
quieter than the drone it was based off of. But
what makes it so notorious is its built-in weapon
system. When attacking a target, the drone’s body
spins at a high rate and deploys four monowires
with weighted elements at the end to provide stability.
These mono-wires can reach up to approximately
122 centimeters and do the same damage
as monofilament whips.

早期的“低语死神”的型号非常粗糙，它们很容易失去控制，而不是造成任何实际伤害。但在近年来，陀螺仪技术已经进步到这不再是问题的程度。伴随而来的缺点是，为了保持有效控制和稳定“低语死神”的完美平衡，其不能添加任何额外的武器。目前在街上的“低语死神”单元已经完全实现为它们本该成为的致命武器。

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Early models of the Whispering Death were extremely
crude and were just as likely to fly out of
control as to do any real damage. But in recent
years, gyroscopic technology has advanced to the
point where this is no longer an issue. The downside
to this is that in order to maintain the perfect
balance needed for effective control and stabiliza-
tion, no additional weaponry can be added. The
Whispering Death units currently on the streets
have been fully realized as the lethal weapon they
were always meant to be.

空动设计系统 LDSD-64 神鹰  Aerodesign Systems LDSD-64 Condor*
（中型战斗无人机）
几十年来，原初LDSD-23和-41神鹰型号一直是无人机飞艇设计的黄金标准。它们经常被用作观察和监视平台，其表现非常出色。不幸的是，原初神鹰非常大，速度慢，一旦被检测到就很容易成为目标。为了解决这个问题，空动设计系统的工程师重新设计了这款无人机，增加了若干修改，以提高其生存能力。首先，整个机体的尺寸缩小了超过六成，使其成为一个更小的目标。其次，微电子技术和其他部件上的进步使其能够比以前的型号更高效地完成同样的任务。第三，尽管它仍然为进行正常运作而保留螺旋桨引擎，但在紧急情况下，LDSD-64可以弹射其气球和太阳能板组件（可以以100新元的价格购买替换气球和面板作为售后配件）。然后，一对可伸缩的翅膀和微型喷气引擎将启动，允许无人机主体逃离危险区域。与其前身不同，LDSD-64不仅仅是用于观察-它还充当移动通信中心（带有卫星链和重反射系统）和电子战平台。LDSD-64还包含一对小型发射管，可以部署两个AEW-03 “尖叫者”微型无人机，以用作诱饵或在常规电子战行动中使用。

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For decades, the original LDSD-23 and -41
Condor models were the gold standard in droneblimp
design. Often used as observation and overwatch
platforms, they were extremely effective in
their roles. Unfortunately, the original Condors
were large, slow, and easy to target once they were
detected. To help rectify this, Aerodesign engineers
retooled the design and added in several modifications
to increase survivability. First, the entire
airframe was scaled down by over sixty percent,
making it a smaller target. Second, advances in
micro-electronics and other components allow it
to accomplish the same tasks with more efficiently
than previous models. Third, while it still retains
its prop engines for normal operations, in the case
of emergency the LDSD-64 can jettison its balloon
and solar panel components (replacement balloons
and panels are available as aftermarket accessories
for 100 nuyen each). Then a pair of retractable
wings and micro-jet engines will deploy, allowing
the drone’s main body to escape out of the danger
zone. Unlike its predecessors, the LDSD-64 is
not just for observation—it also serves as a mobile
communication hub (complete with sat-link and
retrans system) and electronic warfare platform.
The LDSD-64 also contains a pair of small launch
tubes from which it can deploy two AEW-03
“Screamer” micro-drones, to be used either as decoys
or in standard electronic warfare operations.

霍克-斯莱德利 鹞式  Hawker-Siddley Harrier
（中型旋翼无人机）
旨在直接与MCT的经典旋翼无人机竞争，鹞式是霍克-西德利进入全能型、中型无人机市场的敲门砖。鹞式有一个独特的视觉轮廓，从远处看，许多人在其进行水平飞行时误以为它是常规的倾转旋翼飞机。当它切换到水平飞行或处于悬停模式时，主翼向前移动大约六十度，而翼尖的涡扇发动机倾斜以保持升力。在无人机的底部和尾部，还有两个较小的涡扇发动机可以转向以协助飞行。当它恢复到水平飞行时，翅膀会回到它们正常的九十度位置。鹞式剩下的机身与典型的空气动力学设计有所不同：瘦长的主体、锥形的机鼻和两个小型发动机之间的尾部。传感器阵列位于无人机的头部、背部和腹部位置。鹞式标准配置有两个挂载位，分别位于侧面和背面。鹞式是一个多功能平台，它在整体速度上超过了旋翼无人机。作为更像飞机的无人机，鹞式可以更快、更高效地长距离移动，并且得益于挂载位，它可以携带更多的有效载荷。尽管如此，在悬停模式下，鹞式可能更难以操控。

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Intended to be a direct competitor for MCT’s
classic Roto-Drone, the Harrier is Hawker-Siddley’s
entry into the all-purpose, medium-class
drone market. The Harrier has a distinct visual
profile that, when viewed from a distance, causes
many to mistake it as a regular tilt-rotor aircraft
when it’s in horizontal flight. When it switches to
horizontal flight or is in hovering mode, the main
wings move forward approximately sixty degrees,
with the wingtip turbo-fan engines tilting to maintain
lift. At the drone’s base and tail, two smaller
turbo-fans also pivot to assist. When it returns to
horizontal flight, the wings sweep back to their
normal ninety-degree position. The rest of the
Harrier’s chassis is atypical for an aerodynamic
design: slender main body, tapered nosecone, and
tail section between the two mini-engines. Sensor
arrays are located on the drone’s head, dorsal, and
ventral positions. The Harrier features two hardpoints
standard on the side and back. The Harrier
is a versatile platform, and it outperforms the Roto-
Drone in overall speed. Being more aircraft-like,
the Harrier can traverse distances much faster and
more efficiently, and it carry more overall payload
thanks to the hardpoints. Although when it’s in
hovering mode, the Harrier can be more difficult
to handle.

伏尔甘系统 跳跃大师 Vulcan Systems Jump Master
（中型特种无人机）
跳跃大师是伏尔甘可穿戴无人机系列中的另一款旨在用于跳伞或空中作战的无人机。标配有专用机动和自由落体自动软件，在先进AR控制（如果需要，也可以使用通讯链）下，跳跃大师可以协助熟练的跳伞者进行跳伞。它还可以自己引导一个没有技能的跳伞者自己降落到地面，或者允许一个机师完全通过VR，代跳伞者进行驾驶，使他们成为乘客，。跳跃大师可以配备一个滑翔伞系统或一个标准垂直跳伞。它还配备了一个标准紧急垂直跳伞和无人机释放装置，皆有在紧急情况下使用的手动控制。跳跃大师经常被用作一次性系统，但其可收回的螺旋桨引擎和翅膀提供了足够的飞行力，使其容易回收。请注意，当附加了跳伞者或乘客时，此飞行系统是不可用的。双人跳伞是可行的，但伏尔甘系统在说明书（和保修）中表示：“强烈建议在双人跳伞过程中，一名用户始终控制跳跃大师™，以便不完全依赖飞行系统来处理所有的机动需求。” 此外，由于其有限的使用意图，跳跃大师不能接受任何其他升级，除了自驾系统。

剧透 -   :

Another in Vulcan’s line of wearable drones, the
Jump Master is intended to be used in sky-diving
or airborne operations. Featuring dedicated Maneuvering
and Free-Fall autosofts as standard, the
Jump Master can assist a knowledgeable jumper
with their drop with advanced AR controls (from
a commlink, if necessary). It can also pilot an unskilled
jumper to the ground on its own or allow
a rigger to do the piloting for the jumper, making
them a passenger, with full VR. The Jump Master
can be equipped with either a parasail system
or a standard vertical drop chute. It also comes
with a standard emergency vertical drop chute
and drone release, with manual controls in case
of emergencies. The Jump Master is often used as
a disposable system, but its retractable propeller
engine and wings provide enough flight capability
to make it easily recoverable. Note that this flight
system is not useable when a jumper or passenger
is attached. Tandem jumps are possible, but Vulcan
Systems says in the instruction manual (and warranty)
that “it is highly recommended that during
tandem jumps, one user takes and remains in control
of the Jump Master™ at all times so that the
pilot system is not completely relied on to handle
all maneuvering needs.” Additionally, because of
its limited intent of use, the Jump Master cannot
take any additional upgrades, other than the Piloting
systems.

达索 游隼 Dassault Peregrine
（大型固定翼无人机）
根据其母公司阿兹科技的血鹰载人飞行器为原型制造，游隼最初被设计为战斗轰炸机，与其基础机型非常相似。在测试中，游隼在空对空中的表现超出了预期标准，但在空对地转换时，其表现只略高于平均水平。达索的工程师们迅速决定在该项目被取消前，加倍投入游隼的空中优越性和拦截任务特质。游隼的大小只有血鹰的三分之一，但其加速度和最高速度能跟得上市场中类似的空中无人机。但它在机动性和武器方面表现出色。凭借新的可变几何翼和向量推进系统，游隼具有极紧凑的转弯半径和高机动能力。但游隼的亮点在于其武器装载和目标系统。无人机的机鼻内部装有一个，不会破坏无人机隐身能力，用于近距离作战的弹道武器挂载点。此外，无人机的翼内部还包括用于发射导弹的武器舱（每翼一个）和一个可以容纳额外六枚导弹的内部中心线舱，。所有这些武器都连接到AGP-101雷达系统上，这是目前正在生产的最好的空中电子套件之一。

剧透 -   :

Modeled after parent corporation Aztechnology’s
Halcon manned aircraft, the Peregrine was
originally designed as a fighter-bomber, much like
the airframe it was based on. During testing, the
Peregrine performed above and beyond projected
specs in its air-to-air role, but it performed only
slightly above average when it went air-to-ground.
Dassault engineers quickly decided to double
down on the Peregrine’s air superiority and interception
mission profiles before the project was
canceled. At only one-third the size of the Halcon,
the Peregrine’s acceleration and top speed is on par
with similar aerial drones on the market. But it excels
in maneuverability and weaponry. With new
extended variable-geometry wings and vectored
thrust system, the Peregrine has an extremely tight
turning radius and high maneuverability profile.
But where the Peregrine shines is its weapon loadout
and targeting systems. Featuring an internal
hardpoint in the nose for ballistic weaponry that
doesn’t break the drone’s stealth profile for closein
work, the drone also includes internal weapons
bays in the wings for missiles (one per wing) and
an internal centerline bay that can hold an additional
six. All of these weapons are linked to the
AGP-101 radar system, one of the best aerial electronic
suites currently being produced.

联邦波音 独角兽 Federated-Boeing Unicorn
（大型固定翼无人机）
作为多家企业和国家武装力量的支柱，独角兽长期以来一直被认为是过去十年里内最好的空中打击无人载具，且近期没有一点迹象表面这点短期内会更改。F-B内部最初有计划开始逐渐减少独角兽的生产，并计划在接下来的十年内最终终止其生产。但当独角兽的预期替代品未能达到标准时，F-B反而授权从当前的布洛克16一直到布洛克21的生产。独角兽也是少数几款被国际法批准部署核武器的无人机之一。在许多国家，如UCAS，它仍然是几个核打击方案的关键组成部分。虽然这些特定的型号受到联合国和企业法院的严格管制，但装备常规攻击装备的独角兽仍保持是军规市场上的最佳销售产品之一。在低海拔极具机动性，独角兽还配备了先进的威胁分析和驾驶软件，使其在独自运行和避免危险时非常合格。在机师圈子里，人们说独角兽几乎可以自己飞，它只需要获得武器部署的批准。

剧透 -   :

A mainstay of several corporate and national
armed forces, the Unicorn has long been considered
the premier unmanned aerial strike vehicle of
the last decade with little signs of that changing
anytime soon. There were some initial plans within
F-B to begin slowing Unicorn production and
eventually ending it within the next ten years. But
when the Unicorn’s intended replacement failed to
live up to specs, F-B instead authorized production
from the current Block 16 all the way through
Block 21. The Unicorn is also one of the few drones
cleared by international law to deploy nuclear
weaponry. In many countries, such as the UCAS, it
has remained a key component of several nuclear
strike packages. While those particular models are
highly regulated by the UN and Corporate Court,
Unicorns with conventional strike loadouts continue
to be one of the best sellers on the mil-spec
market. Extremely maneuverable at low altitudes,
the Unicorn also features advanced threat-analysis
and piloting software, making it extremely capable
when operating on its own and avoiding dangers.
In rigger circles, it’s been said that the Unicorn can
almost fly itself, and that it only needs approval for
weapons deployment.

霍克-斯莱德利 救援鹞式 Hawker-Siddley Rescue Harrier
（大型倾转旋翼无人机）
也被称为“超级” 鹞式，救援鹞式是中型通用鹞式倾斜旋翼无人机更大的搜救版本。它具有与较小的鹞式相同的总体设计和美学，但它具有更大、更强的引擎以及更高质量的传感器系统，以用于地形飞行和伤员侦测/定位。真正区分救援鹞式的是它携带的紧急绞车和紧急担架系统。足够大，且能足以安全地提起巨魔大小的伤员的重量容度，救援鹞式最常用于短距离救援和恢复作业，或者在更大飞机不可行的情况下代替使用。在病人可能失去意识或无法移动的情况下，救援鹞式还能够在机架的一侧，位于储存救援担架的地方下方的定制无人机架上，携带多达一台中型地面救援无人机。

剧透 -   :

Also called the “Super” Harrier, the Rescue
Harrier is the larger search-and-rescue counterpart
to the medium-class general-purpose Harrier
tilt-rotor drone. It features the same overall design
features and aesthetic as the smaller Harrier, but
it has larger and more powerful engines as well as
higher-quality sensor systems for nap-of-the-earth
flying and patient detection/locating. What truly
differentiates the Rescue Harrier is the emergency
winch and emergency litter system it carries. Large
enough and with the weight tolerance to safely lift
a troll-sized patient, the Rescue Harrier is most
often used for short-distance rescue and recovery
operations or when larger aircraft are not feasible.
In cases where the patient may be unconscious or
unable to move, the Rescue Harrier is also capable
of carrying up to one medium-class ground rescue
drone on a custom rack on the side of the frame,
below where the rescue litter is stored.

霍克-斯莱德利 雷霆 Hawker-Siddley Thunderbolt
（大型垂直起降无人机）
雷霆是一款飞行炮舰无人机，设计用于从高空倾泻火力，以绝对的蔑视消灭目标。雷霆相较于同类型无人机也更大，其整体设计思路在部署时相对简单但高效。采用了类似于传统倾转旋翼飞机的翼型配置，并配备有矢量推进引擎，辅以定向翼片和微喷口，而不是更传统的涡轮推进或旋翼组。再结合尾部装配的次要引擎，这种配置允许其在慢速和低空度的情况下，具有极强的机动性。在防御面上，雷霆的机体和引擎进气口被轻质复合装甲板复盖，使其在没有重型炮弹的情况下难以击落。但防御并不是这种设计的亮点，这是预留给攻击系统的。雷霆配备了不少于五个的标准武器挂载点：机鼻/下巴一个，主翼下面的小次翼上另有四个。除下巴外，其他挂点专门设计用于挂载各种空对地和空对空导弹。下巴挂点配有一个重型炮塔武器座，允许360度射击，并可以上仰50度和下抑90度。为了将数据传输到飞行系统或操作机师处，雷霆在机体的多个点上装备有冗余传感器阵列，用以创建战区的三维概览。如果一个或多个阵列被重型（或幸运的）敌方火力击中，其他传感器阵列会立即接管。

剧透 -   :

The Thunderbolt is a flying gunship-drone designed
to rain fire down from on high and obliterate
targets with extreme prejudice. Large even
for a drone of its class, when deployed it’s a fairly
simple yet effective overall design. Featuring a
wing configuration similar to traditional tilt-rotor
aircraft, the Thunderbolt also has vectored-trust
engines supplemented by directional air foils and
micro-thrust nozzles instead of the more traditional
turbo-prop or fan assemblies. Combined with a
secondary engine on the tail assembly, this configuration
allows for great maneuverability at slow
speeds and low altitude. For defense, the Thunderbolt’s
airframe and engine inlets are covered
by lightweight composite armor plating, making
it difficult to take down without heavy ordnance.
But its defenses are not the highlight of this design;
that’s reserved for the offensive systems. The
Thunderbolt comes with no fewer than five weapon
hardpoints standard: one in the nose/chin and
an additional four on the small secondary wings
under the main ones. Except for the chin, the other
hardpoints are specifically designed to mount a variety
of air-to-ground and air-to-air ordnance. The
chin hardpoint features a heavy turret mount that
allows for 360 degrees of fire, and it can elevate an
additional fifty degrees and depress a full ninety.
To feed data to the piloting system or the operating
rigger, the Thunderbolt has several redundant
sensor arrays mounted at multiple points along the
airframe, creating a three-dimensional overview of
the battle area. If one or more arrays are taken out
by heavy (or lucky) enemy fire, the other sensor
arrays instantaneously take over.

塞尔达-克虏伯 空动闪耀 Saeder-Krupp Aerospace Blitz Mk II
（大型固定翼无人机）
目前在生产中最快的无人飞行器，空动闪耀Mk II是一款经济实惠的空中拦截器，旨在为资金紧张的军队至少提供某种空对空或防御选项。与其前身一样，空动闪耀II在大多数规格和能力上都是中规中矩。标准的武器套件包括在其短翼下的两个外部导弹挂载点和一个用于枪位或第三枚导弹的中轴挂载点，。升级后的IFF和瞄准系统允许它处理大多数空中威胁。但空动闪耀的最大缺点之一是其有限的机动性。简而言之，空动闪耀MkII的设计目的是与威胁接近，参与战斗，并（希望）返回基地。其机体简单地说并没有考虑空中机动。除了其相对较低的成本外，空动闪耀MkII确实有两个明显的优点：射程和速度。MkII的引擎具有扩展燃料容量和增强的消耗系统，将其操作范围在亚音速下扩展到近2100公里。凭借先进的超巡航能力，空动闪耀II可以在不使用加力燃烧器的情况下达到超音速，并达到马赫3的最高速度。

剧透 -   :

Currently the fastest unmanned air vehicle in
production, the Blitz Mk II is an inexpensive air
interceptor meant to give cash-strapped militaries
at least some kind of air-to-air or defense option.
Like its predecessor, the Blitz II is adequate
if unremarkable in most of its specs and capabilities.
The standard weapon package features
two external missile hardpoints under its short
wings and a centerline hardpoint for a gun emplacement
or third missile. An upgraded IFF and
targeting system allows it to handle most aerial
threats. But one of the Blitz’s biggest drawbacks
is its limited maneuverability. Simply put, the
Blitz Mk II is designed to close with a threat, engage,
and (hopefully) return to base. Its airframe
is simply not designed with aerial maneuvers in
mind. Aside from its relatively low cost, the Blitz
Mk II does have two distinct advantages: range
and speed. The Mk II’s engine features an enhanced
fuel capacity and consumption systems
extending its operational range to just under
2100 km at subsonic speeds. With an advanced
super-cruise capability, the Blitz II can reach supersonic
speeds without afterburner and reach a
top speed of Mach 3.

天演“斑点”系列 Evo “Splatter” Series（微型翼式无人机）

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
2	2	2	2	0	0	1	1	-	3	100

备注：不能抵抗任何伤害，受到任何伤害自动解体。DV/效果同摄入物/毒素

空动设计系统 AEW-03 尖叫者 Aerodesign Systems AEW-03 Screamer
（迷你气球无人机）

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
4	1	1	1	4	0	1	4	-	4	4500

标准升级：ECM 4级
备注：干扰视为5级，制造5杂讯一小时

赛博空间设计 蜻蜓-阿尔法Cyberspace Designs Dragonfly-Alpha                             
(迷你翼式无人机)                              

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
3	22	20	40	2	1	3	2	-	3	3000

标准设备：单丝喙（DV 4P, 10/-/-/-/-），雷明顿室内清扫者[DV 5P, 模式 SA, 攻击等级9/8/4/-/-, 4(m)]                             
                             
赛博空间设计 光环 Cyberspace Designs Halo                             
（小型摄像无人机）                              

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
4	10	10	30	5	0	2	1	-	2	3000

标准升级：提升稳定性1级                             
备注：在VR操纵模式下所有驾驶检定+1，至多两级的传感器升级不需要进行改装检定。通讯阵列忽视一级杂讯                             
                             
联邦波音 空中指挥Federated-Boeing Sky Commander                             
（小型观察无人机）                             

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
4	10/20*	30	160/190*	4	2	4	5	-	4	12500

标准升级：ECM6，传感器增强2，电子隐形板4                             
备注：在万象操纵模式下，干扰器可以在1-5级之间设置。当专注于一个目标时，干扰器最高等级可达6。隐形设计提高2电子侦测阈值。如果添加了任何武器或装备，隐形增益失效。                                                           
*对应机翼展开/收回                             
                             
霍克-西德利 蝙蝠 Hawker-Siddley Bat                             
（小型监视无人机）                             

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
4	10	15	30	4	4	2	3	-	2	5500

标准升级：标准武器座                             
备注：以听觉方式侦测该无人机的阈值提高2                             
                             
                             
低语死神 Whispering Death                             
（小型战斗无人机）                              

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
3	6	8	12	3	0	3	1	-	4	2000

标准升级：单丝鞭[DV 6P, 攻击等级14/—/—/—/—]，被动隐形特征                             
备注：所有隐匿检定+2                             
                             
                             
空动设计系统 LDSD-64神鹰  Aerodesign Systems LDSD-64 Condor                             
（中型战斗无人机）                             

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
4	5/20*	5/25*	20/130*	5	2	3	4	-	3	7000

标准升级：2迷你无人机架，重发射单元，太阳能电池                             
*正常飞行/紧急飞行(太阳能电池和气球弹出)                             
                                                           
霍克-西德利 鹞式  Hawker-Siddley Harrier                             
（中型旋翼无人机）                             

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
3/5*	15	25	180	5	5	4	2	-	2	5500

标准升级：标准武器座                             
备注：需要一个次要动作来从水平飞行转换到垂直/盘旋飞行                                                           
*水平/垂直飞行                             
                             
火神系统 跳跃大师 Vulcan Systems Jump Master                             
（中型特种无人机）                             

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
3	15	20	100	3	0	1	3	1	3	2500

标准升级：内置专用运动（自由落体）自动软件，无法被卸载或拷贝                             
备注：特技飞行所需要的运动检定+2。在双人跳伞时，所有控制检定使用狂野骰                             
                                                           
达索 游隼 Dassault Peregrine                             
（大型固定翼无人机）                              

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
2	30	40	280	10	10	2	5	-	5	40000

标准升级：重型武器座(固定，朝前)，传感器增强1，操作性增强1，导弹/火箭发射器(x2，外置)，导弹/火箭/炸弹仓(内部x4)                             
                             
联邦波音 独角兽 Federated-Boeing Unicorn                             
（大型固定翼无人机）                             

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
3	35	40	270	12	12	4	4	-	6	50000

标准升级：增强结构完整性2，2大型武器座                             
备注：具备两个额外的空对地武器槽位                             
                                                           
霍克-西德利 救援鹞式 Hawker-Siddley Rescue Harrier                             
（大型倾转旋翼无人机）                              

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
3/4*	20	25	200	10	3	4	4	特殊	3	13000

标准升级：绞盘                             
备注：倾转救援具有10力量，需要一个次要动作来从水平飞行转换到垂直/盘旋飞行                                                           
*水平/垂直飞行                             
                             
霍克-西德利 雷霆 Hawker-Siddley Thunderbolt                             
（大型垂直起降无人机）                              

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
4/5*	20	30	210	20	15	5	6	-	6	85000

标准升级：传感器增强2，重型武器座(炮台,下吧)，提高自驾1，武器挂载点配备弹药箱(交叉翼x4)                             
备注：次翼被设计成能挂载至多一个重型武器或者2枚导弹/火箭                                                           
*水平/垂直飞行                             
                             
塞尔达-克虏伯 空动闪耀 Saeder-Krupp Aerospace Blitz Mk II                             
（大型固定翼无人机）                             

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
3	35	45	310	8	6	1	2	-	4	30000

标准升级：最高速度提升3

                     

[Terrie18]

水下无人机
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////

海洋科技 海蛇Marine Technologies Sea Snake
（小型潜水无人机）
与阿兹科技子公司霍克斯莱德利共同开发，海蛇是一种具有大致北美食鱼蝮相同尺寸，专精于水下攻击的无人机。以水下极快的速度和转向能力而著称，海蛇也能扭动它的机体，使其能从任何极端角度重新发起攻击。它还配备有可编程式伪装选项的外壳，使得其能更好地融入环境。使得海蛇如此突出的是其能攻击并消灭敌方无人机或水下对手。如同食鱼蝮，海蛇在其机械颚内有着多排齿状注射器，这些注射器连接到一个可以装载有任意数量用于对付泛人类目标的化学混合物的毒素池中。海蛇使用两种不同的目标攻击手段。第一种是在海蛇成功将其下颚咬到目标上后，部署可回收的单丝钻头。钻头然后会挖入目标无人机的系统直至其被消灭。这种攻击手段对泛人类也同样有效。第二种则是被陆地蛇类所使用的经典绞杀手段。不过这种攻击方式常被用以制服或维持缠绕于目标上。

剧透 -   :

Developed in conjunction with fellow Aztechnology
subsidiary Hawker-Siddley, the Sea Snake
is a dedicated underwater attack drone that has
roughly the same general dimensions as the North
American cottonmouth. Known to be extremely
fast and maneuverable underwater, the Sea Snake
can also twist its body, allowing it to redirect its
attack in any number of extreme angles. It also
features a skin with a programmable camouflage
option that allows it to better blend into its environment.
Where the Sea Snake truly excels is its
ability to attack and neutralize enemy drones or
underwater adversaries. Like cottonmouths, the
Sea Snake has rows of injector teeth in its mechanical
jaw that are connected to a toxin reservoir that
can be loaded with any number of chemical concoctions
for use against metahuman targets. The
Sea Snake utilizes two distinct methods of attacking
targets. The first is a retractable mono-filament
tipped drill bit that is employed after a Sea Snake
successfully attaches its jaws on a target. The drill
bit then burrows into the target drone’s systems
until the drone is neutralized. This attack method
is just as effective on metahumans. The second is
the classic constriction method used by land-based
snakes. Although more often than not, this attack
method is used to subdue or maintain hold on a
target.

普罗透斯 克拉克 Proteus Kraken
（小型潜水无人机）
虽然原初产线出来的克拉克系列潜水无人机极其受欢迎且口碑良好，但在2079年末期，其推进系统还是开始出现了问题。问题是如此严重以至于普罗透斯不得不进行强制召回。拥有和小章鱼一样的形态，克拉克如其同种生物一样使用四肢推进自身。虽然很有效，但普罗透斯的工程师没有意识到，即使使用现代材料，机械触手仍容易很早就产生磨损。普罗透斯很快设计出了一种相对低成本的解决办法：将可回收式微型水下喷射器加到主体之上，以应对长距离移动。这降低了触手上的磨损并为它们增加了超过百分之五十的可用性。所有之前生产的型号都被升级成了此规格，且新生产的型号也被加上了这项改装。被成为克拉克II（主要是因为公关的缘故）的这种水下无人机被应用于各种广泛的任务。除了提供推进外，每个触手在顶端具备一个工具槽，用以维修和轻型打捞工作。克拉克II也可以是一个合格的安保无人机。它小到可以隐藏在绝大多数海洋环境里，其传感器组能使其以足够的精确度来侦测入侵者。除了能被安装到四肢上的切割武器外，克拉克II还保留了前代的4发式微型鱼雷发射器以及电子干扰墨水喷嘴。除了能创建干扰视觉的水下暗云外，这种墨水还包含能散布至多5米的反声呐和电子材料。

剧透 -   :

While the original production run of the Krake
series of submersible drone was extremely popular
and well-received, it started to show problems with
its propulsion systems beginning in late 2079. The
problem was bad enough that Proteus was forced
to issue a mandatory recall. Having the same form
as a small squid, the Krake uses its limbs to propel
itself in the same way its animal counterpart
would. While effective, Proteus engineers didn’t realize
that even with modern materials, the mechanical
tentacles were prone to premature wear and
tear. Proteus quickly devised a relatively low-cost
solution by adding retractable micro water-jets to
the main body for long-distance travel. This lowered
the wear on the tentacles and increased their
overall usability by over fifty percent. All previously
produced models were brought up to these
specs, and the modifications were added to all new
production models. Called the Krake II (mostly for
PR purposes), this submersible drone is used for a
wide variety of tasks. In addition to providing propulsion,
each tentacle has a tool mount at the end
for repair and light salvage operations. The Krake
II is also an adequate security drone. It’s small
enough to hide in most aquatic environments, and
its senor package allows it to detect intruders with
sufficient accuracy. In addition to cutting weapons
that can be added to the limbs, the Krake II
retains the four-shot micro-torpedo launcher and
ECM-Ink dispenser found in the previous model.
In addition to creating a dark underwater cloud
that foils visuals, the ink also contains sonar and
electronic countering materials that disperse up to
five meters.

普罗透斯 蝠鲼 Proteus Devil Ray
（中型潜水无人机）
作为一种多用途水下无人机，蝠鲼有着普通魟鱼一样的基本外形，但是体型上要大大约两倍。无人机翼为多关节且复盖有一层柔性凯夫拉橡胶材料，这使得它们如同无人机设计原型动物的胸鳍一样移动。这给予蝠鲼出色的水下速度以及机动性。位于两翼与主体交汇处的双重水下涡轮提供了主要推进手段。复盖无人机主体的相同涂层也能在远距离让其看上去非常得有机，逼真到常有人误认为无人机是一个有机生物。和大多数同量级的无人机一样，蝠鲼主要用于巡逻和常规搜寻任务。其位于头部的主传感器阵列包含有常见于无人机上的常规传感器及图像阵列，但它也配备有声呐选项。当不用于巡逻任务时，一或两位潜水员可以通过抓着安装在无人机一边的把手来把蝠鲼当用做短途旅行的手段。潜水员只需要抓紧然后让蝠鲼做剩下的事就行。因为其水下工作性质，蝠鲼只能安装一小部分的武器。有一个标准武器座，但是，是位于无人机一侧。

剧透 -   :

A general-purpose submersible drone, the Devil
Ray has the same basic shape as the average stingray,
although approximately twice as large. The
drone’s wings are multi-jointed and covered in a
flexible Kevlar-rubber material, allowing them to
move much like the pectoral fins on the animal
that the drone’s design is based on. This grants the
Devil Ray excellent speed and maneuverability underwater.
Twin baffled underwater turbines located
on both flanks where the wings meet the main
body provide the primary means of propulsion.
The same coating that covers the drone’s main
body also gives it a very organic look at a distance,
enough that it’s common to mistake it for an organic
being. Like most drones of its weight-class,the Devil Ray is primarily used for patrol and general
search duties. Its main sensor array located in
the head includes the typical sensors and imaging
arrays found on a drone, but it also features a sonar
option. When not performing patrol duties,
the Devil Ray can be used by one or two divers
as a means of short-range transportation via hand
grips mounted along the drone’s side. The divers
simply grab hold and let the Devil Ray do the rest.
Because of its underwater operation profile, the
Devil Ray has a limited range of weapons that can
be installed. One weapon mount comes standard,
however, located on the drone’s side.

海洋科技 无声猎手 Marine Technologies Silent Hunter
（大型潜水无人机）
基于海洋科技阿惠佐特尔级载人潜艇设计，无声猎手是用于海岸巡逻及海上拦截任务的潜水无人机。像其更大的版本一样，无声猎手配备了最先进的声学消声和掩蔽系统，使其在正常速度运行时可以完全无声，或模仿任何本地海洋生物。必要时，无声猎手具备的可回收式水翼以及水中喷射引擎能以类似于某些竞赛船的速度将其推到水面上。对于敌方侦查，无声猎手配备有市场上最优秀的水下传感器阵列之一。结合增强敌我识别软件（IFF），无声猎手以能侦测恶意单位或入侵者而闻名，不管其在做类似扮演海洋生物的工作上花了多少努力都一样。对于攻击系统来说，无声猎手某种程度上非常有限，只配备两个标准和四个微型鱼雷发射器。这会通过高精确度的制导系统弥补。

剧透 -   :

Based on Marine Technologies’ Ahuitzotl
manned submarine, the Silent Hunter is a submarine
drone used for coastal patrol and maritime
interdiction duties. Like its larger counterpart,
the Silent Hunter features state-of-the-art acoustic
baffling and masking systems that allow it to
run completely silent or imitate any number of
native sea creatures when operating at normal
speed. When necessary, the Silent Hunter has retractable
hydrofoils and aqua-jet engines that can
propel it on the surface at speeds comparable to
some race boats. For enemy detection, the Silent
Hunter features one of the best underwater sensor
arrays on the market. Combined with enhanced
identification friend/foe (IFF) software, the Silent
Hunter is known for being able to detect hostiles
or intruders despite efforts to do things such as
appearing like marine life. As far as offensive systems
go, the Silent Hunter is somewhat limited,
with only two standard and four micro torpedo
launchers. It makes up for this with highly accurate
targeting systems.

莫斯科交通 破浪者 MosTrans Wavecutter
（大型水上无人机）
被用作他们自己的水上巡逻以及拦截船只或是作为更大舰船或船队的补充，莫斯科交通破浪者水上无人机本质上是个无人机大小的海军战斗艇。具有流线型、狭窄的船体轮廓，并在两侧配有特殊的浮力腔室以帮助稳定，破浪者专精于快速攻击和水上追逐在靠近后部的主塔结构顶部，装配的是高效传感器/雷达套件、先进的通信阵列和一个卫星导航天线盘。在主塔之前的是一个装甲重型武器炮台。在武器座前面，是一个内置导弹仓，可以朝无人机前方以45度角发射其弹药。武器组的收尾由尾上的两个小型武器炮塔组成，它们经常用于安装机关枪或小型枪进行近距离作战。或者，这些炮塔中的一个或两个也能部署深水炸弹或用于反潜作战的迷你鱼雷。让破浪者在水上变得极其致命的是它的速度与机动性。专有的水上助力™水射流引擎与流线型船体轮廓相结合，使破浪者的速度和性能与烟草式赛艇相当。并且，如果这还不够的话，破浪者的外壳由夹着一层轻型凯夫拉层的轻质复合装甲所加固，以增加防护。

剧透 -   :

Used as a maritime surface patrol and interdiction
craft on their own or as the complement for a larger
ship or flotilla, MosTrans’ Wavecutter surface drone
is essentially a drone-scale naval combat vessel. Featuring
a sleek, narrow hull profile with special buoyancy
cavities in the flanks to aid with stability, the
Wavecutter specializes in fast attacks and watercraft
pursuit. Atop the main tower structure near the rear
are highly efficient sensor/radar suites, sophisticated
communications arrays, and a sat-nav dish. In front
of the main tower is an armored heavy weapon turret
mount. Forward of that mount is an internal missile
bay that fires its munitions upward from the drone at
a forty-five-degree angle. Rounding out the weapons
package are two small weapon turrets on the stern,
which are often used to mount machine or mini-guns
for close-in work. Alternately, one or both of these
turret mounts may deploy depth charges or mini-torpedoes
for anti-submersible operations. What makes
the Wavecutter especially deadly on the water is its
speed and maneuverability. Proprietary Aqua-Booster
™ hydro-jet engines combined with the sleek hull
profile give the Wavecutter a speed and performance
profile on par with cigarette-style racing boats. And
if that weren’t enough, the Wavecutter hull is reinforced
with a lightweight Kevlar layer between lightweight
composite armor plates for added protection.

山彻海军科技 深空6号 Yamatetsu Naval Technologies Deep Six
（大型潜水无人机）
60年代初，当天演还是山彻的时候设计了深空六号。它原本是为YNT独家设计使用的无人潜水器，专门用于海洋建设、修复和深海救援/恢复作业。即使在山彻转变为了天演，YNT成为旗下又一子公司后，这种状况仍持续了好几年。到2075年初，YNT开始向如五行、马士基和普罗透斯这样的公司提供共享许可交易，它们都对海洋有巨大的兴趣。当他们都没有接受这个交易时，天演决定在公开市场上销售深空六号，结果出奇地畅销，马士基和普罗透斯购买了好几台深空六号。深空6号最初是一个有人操作的深潜水器，但随着无线和VR/AR控制的引入，它很快被转化为无人机。深空六号的基本形状是倒置的L形。无人机的前部装有许多传感器，顶部则有一个配备成像阵列的主传感器圆盘，以及四个装有模块化接口，可以安装各种工具的实用臂。背部有一个重型抓钩，用于连接到沉船以锁定其位置，用以抓取丢失大型设备的大片零件或废料，以及其他此类任务。在后部的重型爪子装配下方和无人机前部的底部都有着定向的水下涡轮喷射器，用于推动无人机。它的框架和外壳都经过加固，使得无人机能够承受得住能杀死大多数泛人类的水压深度。由于其主要目的是恢复和建设，深空六号也非常缓慢而笨拙。虽然对于其预期定位来说这不是问题，但深空六号作为战斗无人机表现很差。然而，因为它们在世界各地的港口都很常见，深空六号经常被用作被动安保，它们的增强传感器在探测入侵者方面和在搜索海底一样很出色。

剧透 -   :

Designed in the early ’60s when Evo was still
Yamatetsu, the Deep Six was originally an inhouse
drone design that was used exclusively by
YNT for maritime construction, repair, and deep
rescue/recovery operations. This continued for
several more years, even after the Yamatetsu to
Evo corporate conversion when YNT became just
another subsidiary. By early 2075, YNT started
offering shared license deals to corporations such
as Wuxing, Maersk, and Proteus, all of which had
massive maritime interests. When none of them accepted
the deal, Evo decided to sell the Deep Six on
the open market, where it sold surprisingly well,
with Maersk and Proteus buying several units. The
Deep Six began its life as a manned deep-submersible
vehicle, but with the introduction of wireless
and VR/AR controls, it was quickly converted into
a drone. The Deep Six’s basic shape is an inverted
L. The front of the drone houses numerous sensors
and imaging arrays with a main sensor dome
on the top, as well as four utility arms equipped
with modular hand-points, where a variety of tools
can be mounted. A heavy grappling claw on the
back is used for attaching to wrecked hulls to lock
it into position, for grabbing large pieces of lost
equipment or scrap, and other such tasks. Under
the heavy claw assembly in the back and at the bottom of the drone’s base in the front are directional
underwater turbo-jets that propel the drone.
Its frame and outer hull are reinforced, allowing
the drone to withstand crushing depths that would
kill most metahumans. Because its main purpose
is recovery and construction, the Deep Six is also
extremely slow and lumbering. While not an issue
for its intended role, the Deep Six makes a poor
combat drone. Because they’re common in ports
around the world, however, Deep Sixes are often
used in a passive security capacity, their enhanced
sensors just as good at detecting intruders as they
are searching the ocean floor.

普罗透斯 克拉克 Proteus Krake
（小型潜水无人机）
                             

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
3	20	25	50	5	0	2	2	-	2	4000

标准升级：ECM墨水喷射器[DV+2杂讯，散布30米，弹药2]，标准武器座（微型鱼雷发射器，DV如同榴弹，弹药4）                              


普罗透斯 蝠鲼 Proteus Devil Ray                              
（中型潜水无人机）
                             

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
4	20	30	100	8	10	2	3	2*	2	7500

标准升级：重型武器座                              
*：实际上并没有座位，只不过潜水员可以抓住把手来在水下齐无人机   
                           

海洋科技 无声猎手 Marine Technologies Silent Hunter                              
（大型潜水无人机）
                             

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
2/4*	10/20*	10/20*	70/110*	8	6	2	3	-	4	15000

标准升级：微型鱼雷发射器[DV如同榴弹，弹药4]，被动隐形特征，辅助推进（下潜），标准鱼雷发射管[DV如同火箭，弹药2]                              
备注：隐形系统将侦测阈值提高3                              
*：下潜/水面
                              

莫斯科交通 破浪者 MosTrans Wavecutter                              
（大型水上无人机）
                             

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
4	20	25	140	14	10	3	2	-	5	30000

标准升级：重型武器座（炮台，前方），大型武器座（导弹仓[DV如同火箭，弹药4]），氮气加速，标准武器座x2（炮台，后方），提升最高速度2                              


山彻海军科技 深空6号 Yamatetsu Naval Technologies Deep Six                              
（大型潜水无人机）                              
                             

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
4	5	10	20	18	12	3	3	-	3	15000

标准升级：增强绞轮，巨型机械臂x4（力量11），增强结构完整性9，拾取爪（力量6）                              

[Terrie18]

人形无人机
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////

三津滨自动机 与有伴起舞 Mitsuhama Automatronics Bust-A-Move and Friends
（小型人形无人机）
推出至今已有近十年，第一代与有伴起舞代表了最早期的人形无人机技术的范例之一随着时代的进步，与有伴起舞基本上没有除了昂贵的儿童玩具以外的其他用意。但是当基础防火墙被发现极易被骇入时，该无人机在2071年就变得声名狼藉。曾经在外炙手可热的玩具，在他们被重新编程以监视他们的主人并协助从事犯罪时，便被很快反召回厂。通常来说如此事件会毁了一整条产品线，但是70年代中期对于该无人机的需求实际上增长到了巅峰狂热的地步。没过多久，MCT就（勉强）升级了安保软件并将“友伴”放回了玩具架上。在2078年早些时候，MCT宣布无人机的一条新的与友伴起舞产品线将很快由其子公司MCT自动电机生产，同步还将推出由MCT子公司樱花影音打造的新拟感剧集。新剧集被称之为与友伴起舞-超级冒险时刻，将讲述“巴斯特”（普通的舞者）在搬去虚构的彩虹城时，在他的新家乡遇到的一大帮分享他（不幸）冒险的新朋友。新角色包括邻居木木Mumsy（一个给她所有朋友花的木乃伊园丁），洛克Rokko（一个可爱又坚强的男犀牛，暗含巨魔傻里傻气的刻板印象且热爱唱卡拉OK），Z兄弟Z-Dude（一个被泛人类行为所困扰的机器人，主要作为喜剧救济），莉莉玛芬（一个有知觉，喜欢拥抱的蓝莓马芬），唐布拉Tumbla（一只田径熊以及体育怪胎，也是巴斯特的暗恋对象），珀西Posey（一只害羞的浣熊，重度竞技游戏玩家），胖达布朗Panda Brown（一只棕色的熊猫，暗含有兽人很“街头”的刻板印象，主要的反派角色），列克星敦Lexington（某种蜥蜴/恐龙造型的生物，用来“教导”孩子的常驻天才）以及怒脸Angerface（一只红色，巨大，有着易怒问题的人形生物，胖达布朗的副官，私下里只想获得认可）今年早起新发布的无人机产线配备了同样的基础无人机框架和配置，但是多了各种不同皮肤来匹配对应的角色唯一的不同之处在于可以和用户互动的“人格软件”，且人格基于一个特定角色的性格。每个角色也包含一系列附加饰品和外套用以自定义。无人机本身相对来说很平凡，能以接近正常泛人类的行走速度移动且具备相对于他们的框架而言客观的敏捷与力量。它们的手也可以操纵绝大多数普通物品和工具（还有，武器）。它们也配备一套标准的收音系统和录音设备，以及一个位于腹部用来存放个人物品的小储藏室。就如同其他人形无人机一样，朋友也可以通过标准通讯链来操控，且可以改造来复合特定用户需求。在这篇帖子发布时，朋友产线是现生产的最畅销的玩具/无人机之一。

剧透 -   :

Introduced almost a decade ago, the first Busta-
Move represented one of the earliest examples of
anthrodrone technology. Cutting edge at the time,
the Bust-a-Move was basically intended as nothing
more than an expensive child’s toy. But the drone
gained infamy in 2071 when it was discovered that
the basic firewall was susceptible to hacking. Once
the hottest toy out there, it was quickly recalled
when they were reprogrammed to spy on their
owners and assist in the commission of crimes.
Normally such incidents would tank a product
line, but demand for the drone actually increased
to fever-pitch levels by the mid ’70s. It didn’t take
MCT long to upgrade the security software (barely)
and put “Busta” back on the toy shelves. In
early 2078, MCT announced that a new line of
Bust-A-Move drones would soon be in production
by subsidiary MCT Automatronics in conjunction
with a new sim-series produced by MCT subsidiary
Sakura Studios. The new series, called Bust-AMove
and Friends Super Adventure Hour, would
feature “Busta” (the hip everyman) as he moves
to the fictional Rainbow City and meets a whole
new cast of friends who share his (mis)adventures
in his new hometown. The new characters include
neighbor Mumsy (a mummy gardener who gives
flowers to all her friends), Rokko (a lovable tough
guy rhino and thinly veiled troll stereotype who
isn’t too bright and loves to sing karaoke), Z-Dude
(a robot who is perplexed by metahuman behavior
and serves as comic relief), Lil Muffin (a sentient
blueberry muffin who likes hugs), Tumbla (an athletic
bear and sports freak, also Busta’s hinted love
interest), Posey (a raccoon, a shy character who
is an extremely competitive gamer), Panda Brown
(a brown panda, thinly veiled ork stereotype who
is very “street,” and the nominal antagonist), Lexington
(some kind of lizard/dinosaur-looking thing
and all-around genius used to “teach” kids), and
Angerface (a red, blocky, humanoid thing with
anger issues and Panda Brown’s right hand who
secretly just wants to be accepted). The new drone
line released earlier this year features the same basic
drone chassis and specs but all different skins
to match a specific character. The only difference is
a “personality program” that will interact with the
user and is based on the personality of a specific
character. Each character also comes with a host of
add-on accessories and outfits for customization.
The drones themselves are fairly mundane, able to
walk close to normal metahuman walking speeds
with a reasonable amount of dexterity and strength
comparable to their frame. Their hands can also
manipulate most mundane items and tools (and
yes, weapons). They also feature a standard sound
system and recording device, and a small storage
compartment in the abdomen for personal items.
And like any other antrhodrone, the Friends can be
controlled by standard commlinks and modified to
suit the specific user. As of this posting, the Friends
line are among the most sought-after toys/drones
currently in production.

幸福 双-无人机 管家 Shiawase Bi-Drone Butler
（中型人形无人机）
机器人和安卓作为仆人帮助普通人简化生活的构想，已经在科幻小说中流行了一个多世纪早期尝试制作的这类机器仆人不仅非常笨重和原始，而且功能极其有限。随着尖端软件，自动软件以及VR/AR控制的进步，如今，幸福公司已经开发出一系列的人形无人机，让普通人也可以拥有他们一直想要的机器仆人。以管家而被熟知，这种中型人形无人机配备有一款能让他们进行各种简单工作的特殊软件。就如同其他无人机一样，它也能远程操控。也和任何无人机一样，管家不是能思考的机器。它只能执行被下达指令的任务，一旦他们完成了，管家会简单地等待直到另一条指令被赋予。虽然能适用于日常工作，但管家很慢且没有护甲，是的他相对来说不适合任何战斗相关的事情。

剧透 -   :

The idea of robots and androids being servants
to help make life easier for the everyday person
has been a popular trope in science-fiction for
well over a century now. Early attempts at such
robotic servants were not only extremely clunky
and primitive, but also extremely limited in their
functionality. With the advent of state-of-the-art
software, autosofts, and VR/AR controls, however,
Shiawase has developed a series of anthroform
drones that allow the average person to have that
robotic servant they’ve always wanted. Known
as the Butler, this medium-sized anthrodrone has
special software that allows it to perform a wide
variety of simple tasks. And like any other drone, it
can be remotely operated. Also like any drone, the
Butler is not a thinking machine. It only performs
tasks it has been ordered to do, and once they are
complete, the Butler will simply wait until another
command is given. While adequate for everyday
tasks, the Butler is slow and has no armor, making
it relatively ill-suited for anything combat related.

幸福 双-无人机 多面手 Shiawase Bi-Drone Man-At-Arms
（中型人形无人机）
基于管家的地盘和框架，多面手是安保/战斗型。大约和正常人一般大小（1.4米），多面手是个更传统的无人机。外壳完全可以自定义且可以根据用户需求或任何他们选择的造型客制。在外壳之下，多面手有着强化支撑骨架以及装甲凯夫拉板包裹住重要系统和关节，同时额外装甲也能被添加。特制自驾软件是的无人机能像正常泛人一样（更像或不像）运动；举个例子，倒地后起身的能力。虽然多面手有着优良操作性的手，但这些手无法握持，更不能使用武器。右臂上有一个可以安装轻机枪大小武器的挂载点。虽然是优秀的武器平台，多面手仍在他的机动和力量上有所限制。他的力量与普通泛人一致，且他的最高速度和快步行走相当。

剧透 -   :

Based on the Butler chassis and frame, the Manat-
Arms is the security/combat version. Approximately
the size of an average human (1.4 meters),
the Man-at-Arms is a more traditional drone. The
outer shell is completely customizable and can be
tailored to the user’s needs or whatever aesthetic
they choose. Underneath the shell, the Man-at-
Arms has a reinforced endo-frame and armored
Kevlar plates around key systems and joints, although
additional armor can be added. Special piloting
software allows the drone to move (more or
less) like a standard metahuman; for example, the
ability to stand after being knocked down. While
the Man-at-Arms has fine manipulation hands,
these hands are inadequate for holding, much
less employing, weapons. The right arm features
a hardpoint that can mount up to an LMG-sized
weapon. While a decent weapons platform, the
Man-at-Arms is still limited in both its mobility
and strength. Its strength is on par with an average
metahuman, and its top speed is the same as a
brisk walk.

幸福 双-无人机 银背 Shiawase Bi-Drone Silverback
（大型人形无人机）
银背猩猩机器人高3.5米，宽度几乎同等，是一款新式仿生无人机，具被如同加大号的银背猩猩机器人相似的体型、结构和外观。作为一种地面重型搜索和救援无人机，它更侧重于救援部分，银背猩猩机器人使用其粗壮的四肢（辅以腿部补充）在其他轮式或飞行无人机（以及泛人类救援者）无法部署的情况或条件下，攀爬和穿越于建筑间和地表上。银背猩猩机器人的主四肢具被磁流体动力，使得具有很大的举升能力，但也足够强大可以撕裂或撕开大多数常规载具，甚至一些加固的门。这些手臂还可以安装各种切割工具以协助进行此类救援操作。次要腿部也具有搭载增强触觉传感器的功能完备的手，以用于需要进行精细操作的任务。为了协助其救援任务，银背猩猩机器人还可以在背上携带一个可拆卸的紧急救援担架，并在其腹部有急救供应品的隔间。因为它经常以可能的高空投送形式送入危险环境中，所以银背猩猩机器人配备有用来吸收和分散伤害的加固半弹性框架，这使得他异常的坚固。此外，所有内部系统都有多重备份，来帮助确保持其持续工作。

剧透 -   :

At 3.5 meters tall and almost as wide, the Silverback
is a newly introduced anthro-drone that
has the body shape, structure, and appearance
of an upsized robot silverback gorilla. Used as a
ground-based heavy search-and-rescue drone, with
more emphasis on the rescue part, the Silverback
uses its thick limbs (supplemented by its secondary
legs) to climb and traverse structures and surfaces
in situations or conditions where employing
other wheeled or flying drones (along with metahuman
rescuers) is not feasible. The Silverback’s
main limbs feature magneto-hydraulics that give it
great lifting ability but are strong enough to tear or
rend open most standard vehicles and even some
reinforced doors. These arms can also mount a
wide variety of cutting tools to assist in such rescue
operations. The secondary legs also feature
fully functional hands with enhanced tactile sensors
and are used when fine manual dexterity tasks
are required. To assist with its rescue profile, the
Silverback can also carry a detachable emergency
rescue litter on its back and has compartments in
its abdomen for emergency supplies. Because it’s
often sent into hazardous environments where a
fall from great heights is probable, the Silverback
is extremely rugged with a semi-flexible frame featuring
reinforced segments to absorb and dissipate
damage. Additionally, all internal systems have
multiple redundancies to help ensure continued
functionality.

三津滨自动机 与有伴起舞 Mitsuhama Automatronics Bust-A-Move and Friends                              
（小型人形无人机）                                                            
                             

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
4/4	2	5	6	2	0	3	2	1	2	2500

标准升级：人形赛博肢体（力量1）
                              

幸福 双-无人机 管家 Shiawase Bi-Drone Butler                              
（中型人形无人机）                                                            
                             

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
4/5	5	5	8	4	0	2	3	-	2	3000

标准升级：人形赛博肢体（力量2），拟真外观1                              


幸福 双-无人机 多面手 Shiawase Bi-Drone Man-At-Arms                              
（中型人形无人机）                                                            
                             

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
3/3	5	5	10	10	8	2	2	-	3	4500

标准升级：人形赛博肢体（力量3），标准武器座                              


幸福 双-无人机 银背 Shiawase Bi-Drone Silverback                              
（大型人形无人机）                                       
                             

操控性	加速度	速度区间	最高速度	机体	装甲	自驾	传感器	座位	可获得性	价格
3/3	5	15	10	14	8	3	3	特殊	3	6500

标准升级：人形赛博肢体（手臂力量10，腿部力量3），增强结构完整性3，医疗改装，瓦尔基里模块2