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Just a typical Kaiju vs. Robot(s) Battle

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The skunk monster on the top, Lil stinker: manaista.deviantart.com/art/Li…
Those flying quad copters, Mosquito attack drones: See below for details.

Constructive feedback is always welcome.

I do have a few mixed feelings over this one... In some ways I do like it, but I did burn out trying to finish it and there are still some mistakes that are bothering me.  It also didn't help that the paper itself was deteriorating a lot which it made it much more difficult to fix certain mistakes. Although this was my first big attempt first with three point perspective and first time trying to draw a bunch of building melting.  The drones were based off the real life quadcopters available today.  I figured it's only a matter of time when the military will adapt quadcopters as weapons platforms (assuming they haven't already).  The skunk monster is just one of my monsters that I felt like using.  I was gonna use a more traditional/ generic monster, but I just felt like adding in Lil Stinker instead...I don't know why, I just did.  I want to go back and refine these designs at some point too.

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Class 300 Quadcopter Assault Drone (QAD) specs:
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Common name: Mosquitos (because they bite like heck, ruthlessly swarm around targets, and are major pain to swat out of the sky)

Size: 20ft (6.1m) front to back and side to side, about 5ft (1.5m) thick.

Curb Weight: 4800 lbs (2177.2 kg)

Payload: Classified

Powerplant/ propulsion: Powered by a single 3700 hp turbine connected to four trust fans. Each fan has twenty blades with fully reversible pitch. Electronically controlled differentials distribute power to each fan. This provides the mosquitoes with a platform that is both stable and extremely agile.

Vehicle crew/ operation style: Semi- autonomous
Mosquitoes typically operate in units of 4 to 6 remotely controlled by a two to five person crew in a mobile operating station.  The robotic systems primarily focus on navigating through the environment, avoiding any obstacles, and keeping the weapons locked on and ready to fire at the target while the human operators focus mainly on intel collection and distribution, target priority, and any unforeseen changes to the mission that needs to be addressed.

Synchronizable: The mosquitos can also be synchronized to operate as one physical unit. The number that can be synced is only limited to the numbers available and the quality of the equipment to control them.  In theory, they are capable of forming swarms several thousand large and still behave like a single unit.
The typical modes of sync include:
Manual overide- The human operator manually controls all functions of the individual.
Soft Sync- each individual follows its own path as needed, but still executes any commands given by the operators.
Medium Sync- the individuals hold a set formation but will separate and regroup as needed.
Hard Sync- all individuals will behave as a single physical unit, keeping a set distance from another no matter what with the full group navigating around obstacles.  Each one can even be physically connected to another by a basic supporting frame meaning multiple drones can carry larger objects. For example, two or three drones mounting to a large cannon to operate as a single flying weapon.

Mounting points:
Two to four light duty points on the top sides. 
Four to six medium duty mounting points on the bottom sides.
And a single heavy/ special duty mounting point located in the center on the bottom.

Sensory devices: 
Six stationary optical, radar, and infrared arrays for short range detection, short range navigation, and immediate evasion of enemy fire (three arrays are mounted on top and three are on the bottom. So two on each side and two in the front which provide a full sphere of sensory detection in real time)
Two fully rotatable high definition camera, directional radar, and high powered infrared arrays for long range detection, navigation, and targeting. One is mounted on top and one on the bottom in the front. Both are almost exclusively controlled by the robot's programing unless control is manually overridden by the human operators.
One fully rotatable camera, radar, infrared array controlled exclusively by the human operators (mounted on the bottom).
Additional human and robot sensors can be mounted if needed. 

Weaponry: Two of the more common weapons packages are shown in the pic above.  However mosquitoes are easily modifiable to work with a wide variety of weapon packages.
Package A1, typically used for rapid fire and wide coverage needs.
Twin triple-barreled mini guns with 20mm armor piercing explosive rounds that can fire at rate of 30 bullets per second.
Four high capacity Hellfire Missile pods with lazer assistance.
Package B1, typically used for heavy armor penetration and high accuracy needs
A 120mm high explosive mid-range artillery cannon
A railgun assisted heavy rocket launcher and reloader system

Other notable features:
Extreme agility- these vehicles are capable of extreme acrobatics. They are able to perform various maneuvers within a tolerance of 5cm even at full speed. In conjunction with its advanced sensory means these vehicles can operate in congested areas and can even doge most enemy fire with ease.

Pack n' stack- with special mounts that can be attached to the landing gear so these can actually be stacked on top of another up to four high allowing for a more compact storage of the Mosquitos.  Also one Mosquito can be easily disassembled in six hours, loaded into one full sized international shipping container, and reassembled in another six hours...the typical operating station also fits inside a shipping container... meaning Mosquito units can be quickly and efficiently deployed to number of locations.

Image size
1888x2402px 3.63 MB
Model
Handy Scanner
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Comments30
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Vincent-Wullf's avatar
Holy crap!!! That is a ton of detailing! The concept itself is pretty sweet! Love all the stats and info! The perspective is amazing as well!