You work for the same military force. If you want countries, everyone list what you want to be in, and I'll do nationality accordingly. Can get screwed up if if there's too much difference, as there will be bits of story kicking in at some point, but nothing too bad.
Right now, the war is on equal terms. You won't be able to win with your current tech, but assuming you can churn out enough material to fix that, you can outpace your enemy before they can lock you down.
I made this because I too failed to make it in to the SF game and thought "why not do something similar".
Division Name: Ayes Arms
Current Division Money: 10000C (-4500C) 6500C
Create a DMR design on the Light Sniper-Bolt Action chassis using Low-Zoom Sights, Ergonomic Stocks, Medium-Basic rounds and 12 round magazines.You lay out the design for a DMR, and begin production. It seems as though basic design is coming along well, although you have to use a 10-round magazine for the ammunition type you need to use.The DMR seems solid, and in all your testing was able to reach far distances when fired by an experienced marksman. It's weight is somewhat prohibitive, but it's acceptable for what it is. All in all, your design seems solid. It will take 3000C for you to produce (one-time charge)Research: Semi-automatic sniper chassis.
You're able to plan out a semi-automatic sniper chassis, but it's quite long and recoils powerfully. It is, however, cheap. You can continue to work on this design and even out the kinks (2000C) or continue with the current plan (1000C).Heavy Sniper-Semi designed.Research: Armor Piercing Bullet
You've managed to easily create a line of armor-piercing rounds using current technology. You can begin manufacture without extra cost. Small AP Round, Medium AP Round, Large AP Round created.
Division Name: Outcast engineering
Current Division Money: 10000C - 5500C = 4500C
(Note that research items completed won't kick in until the next Phase. You have to actually create the design.)
Design updated DMR:
Light Sniper (DMR)-Bolt Action chassis
Average Basic rounds
Medium 15rnd clip
Medium Cal. Long barrel
High-Zoom Sniper Optic
ergonomic Stock/handle
Bipod
Research laser rangefinder with scope HUD.
You fail at getting the scope and rangefinder to work together, but your engineers offer a compromise- a side-mounted screen connected to a laser useful for rangefinder and enemy detection. The screen determines range as well as using a low-power camera to identify the enemy and their armaments. It's cost is slightly prohibitive, but the design is hardly flawed. 2500C to manufacture (one time cost)Tac Screen/ID Rangefinder designed.research toggle-able night vision scopes
You begin searching for a way to toggle night-vision for scopes. Development goes well, but you hit an unfortunate roadblock of not being able to get a clear high-zoom image, or use a smaller scope body. The result is a huge sight with very low focus, but it is quickly adapted into a low zoom (1.2) night-vision sight. It can be toggled on or off with the flick of a switch. 1000C to produce, 1 time cost.Low Zoom Sight/Low Zoom NV Sight designedresearch sound and flash suppression hybrid barrels
Finally, it seems you've hit upon success. You've managed to create barrels with integrated silencers, and by grafting a flash hider to that you've struck gold. Perfect for espionage and special ops teams, this barrel only has one problem- it's inability to hold large rounds and it's length. Still, you have a working prototype without production cost.
Stealth Small Cal. Medium, Stealth Small Cal. Long, Stealth Medium Cal. Long created.
Division Name: Bogrov & Remizov Armaments, a medium-sized weapons manufacturer based out of Russia.
Current Division Money: 10000C
B&R Armaments did nothing Phase I. This makes them ineligible for Phase II or III, but will also lose no money or power. Basically, in stasis.
Let's go ahead and knock out the questions. Rolls determine problems with your design, so while parts have an idea of stats, they're arbitrary. Range, for instance, is subjective: a gun with a high-zoom scope, a small SMG body, and short barrel with small caliber rounds is going to be useless for aiming and have very little range, and at the same time, a sniper rifle with a long barrel and a reflex sight is equally bad.Division Name:ACME
Current Division Money: 4500C ,
Bullpup DesignsAcme A-1/a
Semi/Burst/Auto small-AR chassis
Your research goes above and beyond the chassis you'd built for, designing a universal fire-selector for all AR chassis. It should be easily adapted in the future to any AR chassis. Cost to produce is minimal at 500C.
AR Fire Selector designed
Light-weight low-stress materials
You experiment with light materials for guns, and come across a light plastic/fiber hybrid. While somewhat costly, it would greatly reduce the weight of a gun it is used for- however, it is weak and easy to break. Not for mainline weapons. 1500C to produce.
Plastic Fiber Material (Attachment) designed
Bullpup Layout
Components:
Medium AR burst, ergo handle, ergo stock, M-cal Avg barrel, M 20rnd mag, low-zoom sight
Your design team sets to work on a medium-sized assault rifle. Using a low-zoom scope, you focus on ease of use and aim, and manage to produce a burst-fire rifle with exceptional accuracy with ease of use. It suffers from high jam rate as well as overall instability, which could pose problems if released in it's current state. It will cost 1500C to produce.
Divison Name: Blackwarp Industries
Funds: 6000C
Spoiler: Orders: Launcher (click to show/hide)
Research:
Gyroscopic Handle
You design a complicated but somehow sturdy recoil compensation system. You can produce it for 2000C, or work to reduce the overall cost.Gyroscopic Handle designedQuad-slot System
You produce a side-mounted magazine holder, as well as Universal Magazines for ammo. The side-mounted holster will require 500C to produce, but the Universal Magazines were able to be produced without cost.Side-Mounted Mag Holster designed,Small Cal. UM, Medium Cal. UM, Large Cal. UM createdStyrosteel Frame (Create a lightweight steel alloy)
You work with metal alloys but produce nothing notably lighter than what's currently available. Another attempt will likely be more fruitful.Styrosteel Shells
This research also failed, although you fit a satellite uplink system to a conventional missile. You've created a conventional sat-guide launcher. It will cost 500C to fully prototype. Sat-guide Launcher System designedIntegrated Satellite Targeting System (ISTS for short; transmit images from satellite to the launcher, allowing full, 360 view)
Your engineers manage a satellite control, but image refinement is currently not fast enough for battlefield level. Using GPS coordinates and a built-in rangefinder/gyroscopic compass/GPS system, you miraculously pull together a very exact GPS-based satellite targeting system. It will cost 8000C to fully implement. ISTS designed.
The rest of you are in, however, I will have to resume creating this turn in time. Wanted to get this out as I made it.
As far as launchers go, they don't use a conventional barrel, so you don't need to indicate one. They also don't use magazines, but you can research one, or a way to hold more than one rocket at a time. The ISTS is so prohibitive in cost due to the nature of the project and the power it holds- if you had to launch your own satellites, it would be insane.
Franz&Dreck Munitions
Current Cash:7500C
Spoiler: Orders (click to show/hide)
Research:short range guided rockets
You work on guided rockets and come up with a short-to medium range laser designator. It would be relatively cheap to produce- only 500CLaser Designator (Launcher) designedResearch:Holographic FLIR sights
You work on adding a FLIR filter to a holographic sight. The result is a widened thermal optic, unfortunately it is nothing more than a clear plate when "off", so Thermal is the only mode. It will cost 1000C to field.FLIR Holographic Sight designed.Research:Compact Reloadable Launcher Body
You work on making a reloadable rocket launching system, but your engineers don't manage to complete anything worthwhile. Chances are a second attempt could provide results.Create A basic launcher using the dumfire body,
large caliber average barrel, holographic sight, and
Laser targeterYou create a basic, light squad-based explosive launcher. It's cheapness is well valued, and the designs are outsourced to a different conglamorate- you make 3000C in the deal. Not that you had much of a choice, being ordered and all.
Division Name: Kingfisher Tactical
Current Division Money: 10000C
Division Name: Fabrique Nationale
Current Division Money: 7500C
FN-SMBody:Small SMG-automatic
Rounds: Small basic
Magazines: Small 30rnd
Barrel: Small Cal. Short
Sight: Iron Sights
Attachment: Ergonomic Handle
Ergonomic Stock
You design a very small weapon useful as a sidearm. It's large magazines are as tall as it is, and it's length is minimal. Testing dosen't reveal any outstanding problems other than the occasional jam after constant firing. It's incredibly cheap to make, requiring only 1000C.While designing, your engineers have valuable but unimplemented changes to the design, each able to be prototyped at 500C.
Micro SMG- automatic, Fold-Over Stock (versatility add, smaller size) designed((Your current design is like an Uzi. You've unlocked the Mini Uzi, and a little more development for small SMGs could create a Micro-Uzi like gun. The Micro-Uzi uses the same body but special barrels, magazines, etc.))
List updated later. All of you share technology, however, at some point you will have individual contracts to complete when people specifically ask for you.
Author
Topic: Defense Contractors- Weaponry Design RtD (Read 3038 times)