Print

Please login or register.
1 Hour 1 Day 1 Week 1 Month Forever
Login with username, password and session length

[frostgiant]

Heat Sink Bank (4): m1895, Maxim, Doomblade,Frostgiant
ONI-1TO (4): m1895, Maxim, Doomblade,Frostgiant

[Maxim_inc]

You wanna join the discord?

Sure

[Man of Paper]

Remember to check the core thread for the combat report after reading your revisions but before reading the little bit at the end that sums up your situation!

Proposal: Heat Sink Bank
Difficulty: Trivial
Result: (2+1)+4=7, Average

Sometimes the best fix is the simplest one. Sometimes it's best to make "good enough". Other times you mash the two together for the simplest "good enough" fix you can find. The Okinasu Empire flexed some ties to the long-lived DuPont industrial chemical company (thanks to favors owed through successful lobbying efforts by DuPont within the empire) and have lifted restrictions on use of freon within empire space in exchange for vast stockpiles of said freon, which there was a lot of - it turns out a chemical that can burn a hole in the atmosphere isn't too popular in a civilization spread across the stars.

Swapping out the coolant for this very cheap alternative was almost a nonissue, so additional work went into replacing the aluminum fins with more efficient fins constructed of graphite. There are more fins now, too. As a result of the modification, the Heat Sink Bank is definitely an improvement on the previous iteration. It isn't groundbreaking and it isn't going to shake anything up, but it's definitely better. And it's still Cheap!


Proposal: ONI-1TO
Difficulty: Hard
Result: (1+1)-1=1, Utter Failure

People often associate the Empire with fine arts, exemplary craftsmanship, and limitless ingenuity. Some of these people may decide to declare the ONI-1TO the project that proved this idea false. Others may claim it proves it true to the furthest extreme.

The cockpit of the ONI-1TO is decked out in dimly glowing colored lights that help create an air of relaxed ambiance in conjunction with the white noise generator mimicking the sounds of a babbling brook. The pilot's seat is made of the finest dark crushed leather over a soft but supportive memory foam. Every button, switch, and lever in the cockpit is modified with RGB lights, and the rail for the catapult system even changes from green to red as the seat catapults past! The floor is also covered in a tasteful carpet bearing an image of the Imperial flag.

The Oni's Bark was also installed in the vacant torso slot, and also includes a ring of neon green lights around the base of the weapon. In fact, tasteful strings of neon lights decorate the entirety of the outside of the ONI-1TO! Especially bright red ones ringing each of the four Subpar Heat Sink Banks on the back of the mech and the one on the front!

The "only" issue is some faulty wiring in each of the mechs. When the Oni's Bark is fired it often shorts out a large number of the extremely numerous lights which tend to all come on at once and, somehow, overwhelm the system just enough to cause a "stutter" in any input from the pilot's controls at the moment power flickers. This surely couldn't be an issue in the middle of a battlefield.

As it fully equips the ONI, the ONI-1TO entirely replaces it. Thanks to the amount of accessorizing they are also Expensive.


----------------

As you worked on developments in the sphere of mech warfare, the IDF did not sit idly by. They worked on the following projects: (note: you get no experience for their equipment and cannot requisition it from them - these exist to simulate an evolving battlefield outside of your own direct involvement)

IDF Design: Type 35 "Toigurenedo" 255mm Self-Propelled Artillery
Difficulty: Normal
Result: 6+2=8, Average

The Toigurenedo is a tracked artillery piece built on the chassis of the modern Imperial main battle tank. It does not have much in the way of armor and top speed is lower than average, but where the vehicle falls flat the gun shines. The large shells can be fired out to ranges beyond 50km at a rate of 15 rounds per minute. 150 shells are stored in the large autoloader compartment positioned behind the gun hanging past the rear of the tank chassis, and when that runs dry the weapon can be hand-fed through a breech inside the vehicle. The Toigurenedo can be rapidly reloaded by a utility vehicle equipped with a crane. Rounds are standard High Explosive.


IDF Revision: "Nokku" 255mm Multipenetrator Airburst Shell
Difficulty: Hard
Result: (5+2)-1=6, Average

With the threat of mechs, heavy armor, and fortified positions, the IDF has opted to develop the Nokku. Designed to be fired by the Type 35, the Nokku replaces the high explosive warhead with one packed with a dozen sharpened tungsten carbide rods. A charge inside the shell detonates during flight after it begins returning to the ground, breaking the shell apart and propelling the rods in a shotgun-like blast. The shell is more blunted than is typical, impacting range and accuracy somewhat, but is capable of dealing devastating damage as the oversized nails puncture man and machine both.


----------------


This war is rapidly turning against the Empire, so drastic measures are to be taken. While initially planned to be unveiled further down the road, the need for a leg up on our opponents has pushed our timeline forward. Now that we have been forced to make a couple standard bipedal mechs, the restrictions on limbs have been lifted. The only current restrictions that actually still stand are the need for at least one meat-man in the machine and the inability to fly.

We will also be receiving a Mech Credit to take advantage of this...advantage before the Republic can.

Spoiler: Weapons/Components (click to show/hide)

Small Weapons
Small Lasers: Low-power energy weapons that draw from a mech's power source. Low power draw, but low range and low damage as a result. Cheap

"Akita" 12.5mm Machine Gun: A 12.5mm machine gun that fires 300 rounds a minute. Effective against infantry and light armor. Cheap
"Type 25" 40mm Precision Cannon: An automatic 40mm cannon firing sabot rounds at 180 RPM. Provides anti-armor capability at close and medium ranges. Produces some heat. Cheap

Medium Weapons
"Oni's Bark" Type 77 120mm Cannon: A weapon that fires a pair of 120mm rounds in quick succession: a leading armor penetrating round and then a high explosive shaped warhead. Recoil is somewhat strong and heat generation is high, but otherwise it is an effective fighting weapon. Can fire every eight seconds. Expensive

Components
WO.Mk4 Fusion Engine: A fusion engine designed by the Weitraum Republic and Okinasu Empire. Functional, but can catastrophically explode if it takes a significant blow. Efficacy of this engine drops precipitously as mass and energy weapons are added to a chassis. Cheap
WOO MK1 Fusion engine “Donutstacker”: A fusion engine designed by the Okinasu Empire. The decompression chambers sandwiching the reactor core do little more than provide a small power bump. Definitely does not divert entire fusion explosions out of exhaust pipes. Cheap
-WOO Mk1 "Donutstacker-Wasabi": A Donutstacker that uses the decompression chambers as secondary reactors instead, providing a small increase in power generation. Now with a protective armor casing! Cheap

Jump Jets: Jet boosters that allow a mech to subject itself to a loosely controlled launch in a parabolic arc and subsequent loosely controlled landing. A larger number of jump jets are needed for higher mass chassis. Cheap

Heat Sink Bank: A collection of heat sinks meant to release excess thermal energy produced by a mech in order to keep the meat inside from cooking beyond medium. Fairly effective thanks to the use of DuPont Freon and better fin materials. Cheap

Standard Steel Armor: A basic, cheap form of protection. Can stop small arms and lighter vehicle-based weaponry, and can resist smaller mech-sized weapons with some regularity. Cheap
RockSkin Armour: Multilayered armor consisting of steel plate, metal-impregnated foam, a honeycombed layer of ceramic plates, and a final honeycombed layer of aerogel. It currently fails violently. Incomplete

Spoiler: Chassis/Mechs (click to show/hide)

HTM-1 "Hitman": A 30 ton bipedal mech with a cubed torso and a fixed domed head holding the cockpit. The torso can rotate up to 90 degrees in either direction. The HTM-1 has a Small Mount in the center of the torso housing an "Akita" 12.5mm Machine Gun with its ammo and a Small Mount on each side of the torso for a pair of Small Lasers. The side mounts have limited horizontal traversal but can be adjusted vertically +/-60 degrees. The torso mount has a greater freedom of movement, allowing it to fire on close targets much smaller than itself. The HTM-1 utilizes a WO.Mk4 Fusion Engine to provide power throughout. Jump Jets in the upper legs provide some ability to get airborne and control descents. The HTM-1 runs fairly hot during prolonged combat tests due to an inefficient pair of Subpar Heat Sink Banks in the torso flanking the "spine". The HTM-1 uses Standard Steel Armor for protection against smaller weaponry and some defense against an equivalent mech. Cheap
-HTM-1TO "Hitman": A variant of the Hitman that replaces the lasers with Type 25s and the WO.Mk4 with a MK1 Donutstacker. It is slightly faster than the base Hitman and comes with a jet-assisted ejection seat. Cheap

ONI-1TO: A 50-ton mech with a bulky triangular body wider at the shoulders and tapering in toward the waist. A Small Weapon Mount at each shoulder houses a Type 25 and a Medium Weapon Mount is installed centrally in the torso with an "Oni's Bark" Type 77 120mm Cannon. The rudimentary L-shaped arms end in conical fists and act as tertiary weapons. The Oni can launch powerful strikes using the tip of the conefists and immense force to punch through thick armor. The arms can pivot somewhat in their shoulder joints to provide a better range of attack. Another triangular shape makes up the head and cockpit and is equipped with a pair of powerful spotlights resembling eyes. Comes with a catapult-assisted ejection system. Armor is very thick for mechs of an equivalent weight class, and angling across its entire body aid in reducing effective incoming fire fairly well. Thanks to the WOO Mk1 "Donutstacker-Wasabi" powering the mech it can still hit speeds greater than the Hitman. Five Subpar Heat Sinks provide a fair bit of cooling. The cockpit is impeccably decorated with every comfort provided to the pilot. Neat neon lights line the outside of the mech and border the Oni's Bark and the heat sinks. Expensive

Spoiler: IDF Advancements (click to show/hide)

Type 35 "Toigurenedo" 255mm Self-Propelled Artillery: A tracked artillery piece built on the chassis of the modern Imperial main battle tank. It does not have much in the way of armor and top speed is lower than average. The large shells can be fired out to ranges beyond 50km at a rate of 15 rounds per minute. 150 shells are stored in the large autoloader compartment positioned behind the gun hanging past the rear of the tank chassis, and when that runs dry the weapon can be hand-fed through a breech inside the vehicle. Can be rapidly reloaded by a utility vehicle equipped with a crane. Rounds are standard High Explosive.
-"Nokku" 255mm Multipenetrator Airburst Shell: Replaces the high explosive warhead with one packed with a dozen sharpened tungsten carbide rods. A charge inside the shell detonates during flight after it begins returning to the ground, breaking the shell apart and propelling the rods in a shotgun-like blast. The shell is more blunted than is typical, impacting range and accuracy somewhat, but is capable of dealing devastating damage.

[frostgiant]

Marionette  Wire guided Missile battery.

The marionette is, all told, a brute solution to the mounting of missile weaponry on mechs. The marrionnete is a Missile system, formed from a series of feeding mechanisms, Guidance systems and 4 small missile tubes.
These tubes each mount a “Puppet-1” Class missile, designed for use on enemy armour systems by infantry forces in an over the shoulder launcher. When used by an okina meech, the Marionette launches all four puppets in a rapid volley, each missile connected bac to the launcher by a thin metallic wire. These metallic wires connect the missile to the mech, feeding in its relative data to the systems located inside the weapon mount, and in turn back to the primary computer of the Mech.

Using a simplistic targeting system involving the pilot placing the cross-hair over the target, The missiles are steered via the wire in order to send themselves on a collision course with the target fractions of a second after leaving the tube, until such a time the wire is weakened by the missiles exhaust and burnet away. A small secondary charge clears the wire, leaving the tubes ready for the feeding mechanism to insert another 4 Puppets into the tubes.

While in flight, a Gimbal mounted motor combined with the swift rotations caused by its twin fin system allows the Puppet to rapidly fly through the air with a good degree of stability, even after retargeting itself to the last designated area it had receive before the wire was severed.

Upon impact or the triggering of its magnetic proximity detonator, activated after a safety period to prevent preemptive detonation, The Missile detonates, Shaped charge pushing the majority of the Missiles lead and copper innards forward in a stream of debris and molten metal in order to puncture armour and the rest of its causing out in a storm of debris..
While upscaled due to the presence of feed mechanisms, the guidance systems and such, the 4 tube system is still expected to be mounted inside of a small amount due to the relatively small size of the wire-guided missiles in the first place. Due to the placement of the firing tube below the armour layer, The heat of the missile system is dealt with by the internal heatsinks, In exchange this prevent easy ammo detonation that munitions sitting near the surface allow.


EDIT
Propective quad mechs for the new credit.

Spoiler:
Wolf Pup Scout mech 25 Ton quadLight mech (click to show/hide)

Designed to outpace and skirmish with the enemy, the wolf pup mounts a single medium mount located along the spine, cutting out many turret mechanisms and leaving it a forward-facing weapon in order to cut weight, leaving the mount with much more limited traverse. This allows the Wolf pup to mount the relatively heavy weaponry while maintaining its high speed due to the cut-down nature of the medium mount, enabling it to hit hard with its Medium mount grade weaponry before retreating away from retaliation under the assumption that the Light mech would be able to outrun any other mech-wielding weaponry in similar range brackets after striking.

Located near the Spinal Mount, Sits 2 Newly improved subpar heat sinks, dedicated to handling the output of whatever gun is placed in the mount. Directly located over the Wasabi Donutstacker that runs parallel to the ground, sitting near the “diaphragm”, with the Wolf pup being armored in the best available… IE steel as the rockhide remains non-viable despite the design division consternation.

The digitigrade stride of the Wolf pup allows it to reach a very high speed, while remaining stable, things that it has traded in exchange for the gun being mounted spinally, without a turret. When in motion, the wolf pup takes much inspiration from dogs and other quadrupeds, as the name very well implies, utilizing a very long stride in order to eat distance in a manner that is hard to match in bipedal mechs due to fewer points of contact during the stride, as well as a shorter stride. When firing, Four points of contact with the ground allows it to better manage recoil from the primary armament along with 4 Pneumatic Spiles that are driven into the ground from every foot.
 Currently the Oni’s bark is the only medium weapon in the arsenal, so this recoil system was designed with it in mind. In order to supplement and further boost its agility, The Wolf pup mounts a pair of jump jets in line along the "Belly" providing a large amount of angled upwards thrust which combined with momentum from the Mechs own run allows it to move a far distance laterally or a decent chunk vertically, making it a Viable skirmishing platform in a wide variety of environments.

All combined, The wolf pup should be able to leverage a stable firing platform, Quadrupedal stride and high speed in order to create a highly capable skirmishing platform, Capable of punishing inattentive enemies who leave themselves open while facing the heavily armoured oni and creating dangerous harassing that can pick an enemy apart under the hit and run before they are smashed with an Oni's fist.
Prospective gear: 20 tons, 1 oni’s bark, 2 heatsinks, steel armour, wasabi, Centerline jump jets

Basically a quad mech built around a spinal gun, in this case the Oni's bark. which is the heaviest thing on the mech, after that its trades some armour in order to reach high speeds, outrunning anything that could match the range bracket of the oni or whatever other medium we stick on there. Quad gives it more stability desi[iet the light weight,and should help with the stride speed. Outrun anything that can fight it, kill everything smaller and pick away at them when their focused on thebig mean Oni.

Spoiler (click to show/hide)

Goss 55ton Heavy quad Firing platform

A 55 ton platform, the Goss using its nature as a quadrupedal platform to carry a devastating arsenal of 2 medium mounts located near the “back” And a single small mount on the chin of the Pilot cockpit for the engagement of infantry or small vehicles. As is, the Goss sacrifices speed and agility in the name of armour and even heavier weaponry, providing a stiff backbone to the CQC orientated Oni, as well as a platform for future fire support weaponry such as proper AA or Mortars when they become available.

This Heavy armament is supported by a similar 4 heatsink set up as the Oni, as well as a wasabi, located deep and far from the front of the heavy chassis. This combined with its heavy layers of ammo makes it very difficult to detonate either ammunition or the reactor with shots from the front, having to travel through the majority of the heavily armored beast.

This allows the Goss to face its targets, utilizing its twin medium mounts in order to slug with enemy mechs all day from a far distance, Its vulnerable sides are protected by distance and CQC is prevented by the Oni mechs who would relish such an attempt to close the distance.
The primary cockpit, located near the front of the mech is partially recessed in order to prevent shot traping, heavily armored and angled. The primary sensors are actually located near the chin, and the associated small mount. this leaves the top part of the cockpit free to heavy armour, leaving the "Head" more closely presenting a slab of metal then a head in order to properly protect the pilot.
 During ejection, the "Skull plate" detaches via explosive bolts, at which point the pilot can escape using a rail ejection ssyetm without the heavy metal preventing escape.

Stats:50 tons, 4 heatsinks, Steel armor, twin Oni’s and a small laser, wasabi donutstacker.

The other direction of support for the oni, Essentially a big firing platform to stick either Oni's on or other AA/fire support gear. Loses speed and agility for armour, to better brawl from a distance. up close it will have trouble, but that for the oni to do while it blasts away with a big array of weaponry.

[Doomblade187]

Oni Revision OKMOM

The Oni is a work of art.
 If only it operated like one. As such, we have taken some steps to make it more easy to manufacture and run. To start with, the gratuitous light strings on the exterior can now be turned off! Further, they have been moved to highlight armor strongpoints as opposed to critical components, as well as reduced in count. The cockpit remains mostly unchanged, other than changing out the crushed leather seat for easily washable fabric, and reducing the amount of RGBs to only cover the main control bank.

[frostgiant]

Spoiler: Wingcutter LRAASM 2 (click to show/hide)

Designed for use by mechs in order to ward off the new bomber deployed by our enemies, the wingcutter is the codename for a small-scale mech weapon, Designed to fire a pair of long-range missiles. Future plans include a ground targeting mode, but for now, the wingcutter is designed solely to take out enemy air assets.

This is accomplished via a twin stage Motor, With a high strength first motor propelling the Missile out of the vertical launch position, Up and towards the targeted co-ordinates provided by a targeting the computer based on the speed and direction of the target. This First motor will burn as fast as possible, throwing the missile up as high as possible with its twin munition. Once expended, the Back quarter detaches losing weight and exposing a second engine compartment, designed for finer maneuvering through the sky as they close in on the target.

From there, Either the Magnetic proximity Trigger will detect a vehicle's worth of metal or the magnetic field associated with an active fusion engine, causing premature detonation for maximum effect, or the missile will reach the target co-ordinates, and detonate, creating a thick cloud of Tungsten shrapnel and Molten copper in order to cause severe damage to enemy fliers. Combined with the Explosions and shrapnel cloud of its sibling, the damage is likely to be considered even though the new ablative armour the enemy has taken to deploying.

Back in the chassis, The pod itself is fed from internal ammunition wells, using a feed mechanism that reloads all 4 tubes. The wingcutter can truly be simplified into three parts, with what little heat being produced not requiring an active cooling component, leaving little more than the pod's own targeting system that is tied into the central computer, the missile itself and the feed mechanism designed to keep the twin tubes well fed as they ward away enemy fliers.

Spoiler: Jury 100mm mech mortar-3 (click to show/hide)

The Judge has left some Museum staff pissed, Due to the fact that it is essentially 3 Crew served 100mm mortar tubes slightly modified, before being pressed into service as the newest small mount weapon located on an imperial mech, with the original components being stolen from the museum of military history.
In this case, The Judge has been modified from its crew-served heavy mortar origins with an automatic feed mechanism and automatic positioning servos, cutting out the need for a crew to use, and enabling it to point at any angle from 85 degrees straight forwards to straight up in the sky.  This allows the Judge to act as a mobile, independent Fire support system, raining mortar shells down on the relatively lightly armored top arcs of enemy targets.

During desperate Close quarter combat, The Aiming servos of the Judge may be used to essentially point it directly forward, using it as a relatively low-velocity 3-round cannon in order to batter enemy armor, something that does suffer from low velocity and only partially made up for by the highly explosive nature of the shells. The use of three separate tubes ensures a lack of true Time on target mechanisms, Instead of helping to ensure all three shells impact at almost the same time due to the fact they were fired at the same time.

Aside from the aiming servos and feed mechanism required to turn the Judge 100mm mortar into a Mech weapon in the first place, The mortar's nature as essentially a pair of tubes is still on full display.

Due to some rather insulted Museum curators, over some minor theft,  actually acquiring anything except for standard HE, Featuring a proprietary blend of Quadriglycerin and chemical stabelizer, For now. The judge serves to deliver indirect fire unto the enemy head in a deadly fashion using its powerful HE explosives to make up for any deficite in accuracy that arises from the Replublics speed. AS is, the weapon is meant to Provide a long-range alternative for the slow Hitman to engage in fire support to their faster Oni comrades and engage the much much faster Republic mechs.

[m1895]

Type 5 "Fukuryu" Mite-Class Rad-Beamer
First things first, anyone referring to the Fukuryu as a "gaser" will be summarily executed.
The Fukuryu operates off the same basic principle as our small lasers, but it uses a gamma ray amplifying gain medium instead of visible light amplifying. We expect the primary effect of this to be much greater range and penetration against all targets while not substantially increasing heat generation. The secondary effect of the gamma ray is of course irradiating everything struck by it, which should prove helpful in clearing bunkers and with long term exposure, knocking out enemy mechs.
Neural Command And Control System "Inari"
The uh, current circumstance we find ourselves has forced us to unveil our latest development earlier than anticipated.
The Inari System interfaces directly with the pilot's brainstem through a plug at the back of the neck, replacing the various control systems currently in use and allowing cockpits to be built much smaller, and obviates the need for a large, complex, gyroscope thanks to input from the pilot's internal sense of balance.
Notably, sensor data is not sent back through the pilot's nervous system, this is because during testing this had a tendency to "overload" the test subjects, resulting in psychosis and eventual brain death, so we've routed sensor info through a helmet HUD, not unlike the type flyboys have been using for centuries now. We have also made sure the use of ejection seats also activates the disconnect switch.
well I'm definitely forgetting something here but I can't remember what

[frostgiant]

Spoiler:
Marbleskin Armour, Rockhide revision (click to show/hide)

Ok, the Problems plagueing the rockhide are numerous, meaning the fixes are going to be equally as numerous. In this case, the first fix that is required is preventing the violent delamination, which in itself defeats the purpose of laminated armour in the first place.

In this case, The solution stems from an extremely powerful chemical resin, designed to chemically weld each layer together via as it hardens and bonds. This chemical resin, poured over the entire surface of a layer, sinking into minor imperfections of the surface in order to grip the surface perfectly as it "welds". This is done on every layer before the layers are clamped together at high pressures, Holding the 5 layers together by creating a powerful bond that covered the entire surface of the plating when the resin finishes curing. In the event of damage, the resin will , not hving been designed for tensile strength or hardness as the local area damages, but not the resin within not affected areas provided the stresses involved are not to the point of complete failure.

In order to fix the ceramic, we have had go back to the drawing board, or in this case the kiln in an attempt to find a ceramic compound with a higher tensile strength, so as not to shatter and sublimate until it has actually been struck. This stronger ceramic is combined with a fine wire mesh, added during the firing process of the Honeybomb-shaped ceramic plates. This mesh provides a stiffer spine than the honeycomb steel plate by itself, helping the plate survive mundane kinetic forces from minor impacts and high-speed transit.

Upon laser impact, the Ceramic will act similar to it was before, creating clouds of ceramic dust, defracting the laser beam and making the laser expends thermal energy burning through the dust. In the case of kinetics, The Thin mesh provides the ceramic aid in creating Dwelling IE momentary kinetic arrest as the plate sublimates, which allows better distribution of the kinetic energy along the Back plate.

Finally, The changes for the titular rock skin. Unfortunately, the metal filings created a molten effect, Most likely aiding in the Explosive delamination as the burning heat acted as a hot stone in a bucket of water. In order to properly solve this issue, the Metal fillings were replaced in their entirety, removed from the Rockskin foam composite, and have been replaced by a newly abundant source.

The Ceramic from the first attempt at our ceramic honeycomb. While incredibly delicate, the foam is perfectly capable of suspending it in place, even as it powders inside the foam. The rockfoam in turn keeps these dense pockets of ceramic dust contained until it undergoes penetrative damage. This means that when struck by energy weaponry, The rockfoam will burn away, Bursting open highly compacted pockets of micro ceramic dust all the while, expelling the flecks of ceramic and disrupting the power of the laser weapons in question even as the Rockwool composite itself resits kinetic impacts.

Through these series of changes, All themselves required to bring the Rockhide prototype to par, It is the hopes that the new Marbleskin, Named in part from the changes to the ceramic composite and the addition of ceramics to the rockwool foam, causing the previously dark stone brown foam to take on a Paler, muddy tone.

[Doomblade187]

System Unraveling Solvent

These chemical loaded rounds consist of a penetrator tipped round that collapses a payload of highly caustic substance into the impact site. The acid is tuned for steel and electrically conductive components, in order to maximize the criticality of any hits. This is loaded into the Oni's Bark.

Wolf Pup: (1) Doomblade
Wingcutter: (1) Doomblade
Marbleskin Armor: (1) Doomblade

[frostgiant]

Wolf Pup: (2) Doomblade, Frostgiant
Wingcutter: (2) Doomblade, Frostgiant
Marionette  Wire guided Missile battery (1) Frostgiant

[m1895]

MJN-1 "Majin" 70t Assault GunMech
The Majin is a quadrepedal mech with an upright torso on a spider legged base, in total roughly the height of an Oni.
Under each shoulder is a turret with an Oni's bark, each turret has a 180 degree horizontal firing arc with a notable forward slant, meaning it cannot engage targets behind it but can bring both guns to bear on a forward target that displeased it in particular. Vertical guidance is unique because of the positioning, with near 90 degrees downward but only 15 degrees upward, given the profile of a mech, this should be fine. Furthermore, it has two hip turrets currently containing small lasers, as close in mechs were deemed a greater threat to the Majin than infantry. These hip turrets have 190 degree horizontal firing arcs with no slant forwards or backwards, and while the turrets can basically turn 360 degrees vertically, failsafes mean the actual arcs the lasers can be fired are much smaller, 'bout 60 degrees forwards and backwards, so one doesn't accidentally shoot themselves.
To power all this, we had the brilliant idea to duct tape use two Donutstacker-Wasabi type engines in an armored box to power it, though it can run at reduced capabilities on just one engine, should the other need to be shutdown. They allow the Majin trundle along at a decent clip, though it's leg setup is more built for cross-country capability and stability over raw speed. It also powers a more sensible variation on the Oni's RGB lighting that can be activated to heavily disrupt it's silhouette, making it somewhat harder to hit, increasing in effectiveness with range, and significantly harder to critically hit at all ranges, no rgb lights highlighting its 6 heat sink banks.
The armor scheme is admittedly heavily borrowed from the Oni, but we've used some of our spare weight to add some more to key areas. It also retains the ejector seats that have become a staple of our mech design. It's role is in the rear lines, accurately pummeling our enemies in support of brawlers and close in skirmishers.

[Rockeater]

Wolf Pup: (3) Doomblade, Frostgiant, Rockeater
Wingcutter: (3) Doomblade, Frostgiant, Rockeater
Marionette  Wire guided Missile battery (1) Frostgiant
Neural Command And Control System "Inari" (1) Rockeater

[m1895]

Wolf Pup: (3) Doomblade, Frostgiant, Rockeater
Wingcutter: (4) Doomblade, Frostgiant, Rockeater, m1895
Marionette  Wire guided Missile battery (1) Frostgiant
Neural Command And Control System "Inari" (1) Rockeater
Type 5 "Fukuryu" Mite-Class Rad-Beamer (1) m1895
MJN-1 "Majin" 70t Assault GunMech (1) m1895

[frostgiant]

Wolf Pup: (3) Doomblade, Frostgiant, Rockeater
Wingcutter: (4) Doomblade, Frostgiant, Rockeater, m1895
Marionette  Wire guided Missile battery (0)
Neural Command And Control System "Inari" (1) Rockeater
Type 5 "Fukuryu" Mite-Class Rad-Beamer (2) m1895,Frostgiant
MJN-1 "Majin" 70t Assault GunMech (1) m1895

[Twinwolf]

Literally just the wingcutter but with the line about only being able to target air units removed because it doesn't make any logical sense. It's a missile, you could dumbfire it at a ground enemy if you had to.

Spoiler: Wingcutter LRSM-2 (click to show/hide)

The Wingcutter Long Range Small Missile-2 ('small' relative to mech scale, anyway) is a new missile launcher designed to give our mechs the ability to independently retaliate against enemy air assets and specialized to this purpose. Though a pilot lacking air targets could potentially turn it against ground targets, with reduced efficiency and accuracy due to the primary design focus.

This is accomplished via a twin stage Motor, With a high strength first motor propelling the Missile out of the vertical launch position, Up and towards the targeted co-ordinates provided by a targeting the computer based on the speed and direction of the target. This First motor will burn as fast as possible, throwing the missile up as high as possible with its twin munition. Once expended, the Back quarter detaches losing weight and exposing a second engine compartment, designed for finer maneuvering through the sky as they close in on the target.

From there, Either the Magnetic proximity Trigger will detect a vehicle's worth of metal or the magnetic field associated with an active fusion engine, causing premature detonation for maximum effect, or the missile will reach the target co-ordinates, and detonate, creating a thick cloud of Tungsten shrapnel and Molten copper in order to cause severe damage to enemy fliers. Combined with the Explosions and shrapnel cloud of its sibling, the damage is likely to be considered even though the new ablative armour the enemy has taken to deploying.

Back in the chassis, The pod itself is fed from internal ammunition wells, using a feed mechanism that reloads all 4 tubes. The wingcutter can truly be simplified into three parts, with what little heat being produced not requiring an active cooling component, leaving little more than the pod's own targeting system that is tied into the central computer, the missile itself and the feed mechanism designed to keep the twin tubes well fed as they ward away enemy fliers.

Wolf Pup: (4) Doomblade, Frostgiant, Rockeater, Twinwolf
Wingcutter: (4) Doomblade, Frostgiant, Rockeater, m1895
Marionette  Wire guided Missile battery (0)
Neural Command And Control System "Inari" (1) Rockeater
Type 5 "Fukuryu" Mite-Class Rad-Beamer (3) m1895,Frostgiant, Twinwolf
MJN-1 "Majin" 70t Assault GunMech (1) m1895
Wingcutter v2 (1): Twinwolf