FCS

Name	Manufacturer	Close-Range Assist	Medium-Range Assist	Long-Range Assist	Average Assist	Missile Lock Correction	Multi-Lock Correction	Weight	EN Load	Description	Image
VE-21A	Arquebus ADD	45	72	92	65	65	79	85	364	Long-range combat FCS designed by Arquebus ADD. A concept model designed for obliterating targets well before contact—in many respects, a move away from Core Theory toward earlier version of mechanized warfare.
VE-21B	Arquebus ADD	15	85	90	57	97	70	160	388	Long-range combat FCS designed by Arquebus ADD. Retains ADD's earlier focus of obliterating targets at range, while also improving missile performance across the board to enable a "walking fortress" style of AC.
FC-008 TALBOT	Balam	65	57	32	43	103	62	140	312	FCS for assault operations developed by Balam. Taking lessons from the Jupiter War, Balam improved the missile performance of their FCS products, leading to the creation of this long-seller with excellent overall balance.
FC-006 ABBOT	Balam	74	38	5	36	74	46	90	266	Close-range combat FCS developed by Balam. In order to achieve overwhelming superiority in close-range firearms combat, Balam made compromises in missile performance to instead focus on precise targeting assistance.
FCS-G2/P12SML	Furlong Dynamics	28	52	30	37	118	120	130	278	Second-generation FCS developed by Furlong Dynamics. This model was developed after Furlong had established itself as a true missile specialist, and is principally designed to improve multi-lock performance
FCS-G1/P01	Furlong Dynamics	38	27	20	28	79	40	80	198	First-generation FCS developed by Furlong Dynamics. This model dates from a time before Furlong specialized in missile development, but it remains in production due to its balanced performance and low energy burden.
FCS-G2/P05	Furlong Dynamics	43	80	26	50	105	60	100	232	Second-generation FCS developed by Furlong Dynamics. This model was developed just as Furlong transitioned to its specialization in missiles, and improves on the first gen's specs while retaining its balanced performance.
FCS-G2/P10SLT	Furlong Dynamics	31	41	29	34	128	90	120	209	Second-generation FCS developed by Furlong Dynamics. This model was developed after Furlong had established itself as a true missile specialist, and is principally designed to reduce missile lock time.
IA-C01F: OCELLUS	Rubicon Research Institute	81	12	3	35	45	50	130	292	FCS for unpiloted ACs, developed long ago by the Rubicon Research Institute. Capable of exceptionally high-resolution capture in close-range engagements, making no concessions for the human brain's limitations in processing visuals.
IB-C03F: WLT 001	Rubicon Research Institute	58	77	54	63	102	66	150	486	FCS for piloted ACs, developed long ago by the Rubicon Research Institute. Adapted for Coral data conductors while still faithful to Core Theory. Excellent processing capabilities that virtually extend the pilot's senses.