IN Brief:
- CACI's 61,000 sq ft Rochester facility increases its manufacturing space in the region by more than 300%.
- The centre combines development, test, assembly, production, delivery, training, acceptance, and storage for software-defined electronic warfare systems.
- US Army TLS BCT Manpack production anchors the site, with capacity available for further defence electronics programmes.
CACI International has opened a 61,000 sq ft Manufacturing Center of Excellence for Defense Electronics in the Greater Rochester area of New York, increasing its manufacturing space in the region by more than 300%. The facility brings development, test, assembly, production, delivery, training, customer acceptance, and storage functions together around the company’s software-defined electronic warfare business.
The centre gives CACI substantially more physical capacity for programmes that combine radio-frequency hardware, computing, software, power systems, rugged packaging, and secure interfaces. Electronic warfare equipment may be altered frequently through software, but each fielded unit still depends on repeatable manufacturing, controlled configuration, test equipment, qualified components, and production processes able to keep pace with technical changes.
A central programme for the Rochester operation is the US Army’s Terrestrial Layer System Brigade Combat Team Manpack, or TLS BCT Manpack. CACI will use the site for production, delivery, training, customer acceptance testing, and on-site storage of the dismounted electronic warfare system, placing several stages of the programme lifecycle within one facility.
TLS BCT Manpack is intended to give dismounted soldiers an electronic warfare capability for operating in contested electromagnetic environments. The programme therefore sits in a part of land warfare where equipment has to combine sufficient radio-frequency performance with weight, power, ruggedisation, usability, and software flexibility suitable for soldiers operating away from vehicle-mounted infrastructure.
CACI’s expansion also gives its engineering teams a shorter path between development and manufacturing. Problems discovered during assembly or acceptance testing can be fed back into design and software teams without passing through a geographically separate production organisation, while controlled test facilities can be shared across development and delivered hardware.
That arrangement is particularly relevant to software-defined systems because configuration management becomes a production issue as much as a coding issue. A hardware unit may be mechanically identical to another while carrying different firmware, threat libraries, waveforms, or software versions, requiring manufacturing and acceptance processes to verify exactly what has been installed and tested before delivery.
The Rochester operation also draws on a regional supplier network. CACI says TLS Manpack production supports dozens of manufacturing and fabrication small businesses across upstate New York, giving the Army programme a supply chain extending beyond the prime contractor’s own floor space. Those suppliers will influence how readily output can expand if demand increases.
Scaling defence electronics is rarely a question of adding assembly benches alone. Radio-frequency components, specialised circuit assemblies, housings, cables, connectors, power equipment, and test hardware can all become production constraints, particularly where military qualification limits the ability to substitute parts quickly when commercial supply changes.
CACI has left room for further expansion at the site and intends to use the centre for additional software-defined electronic warfare products. A common production base could allow tooling, test equipment, engineering knowledge, and supplier relationships to support several related programmes rather than requiring separate infrastructure for every new system.
The model also reflects the pace at which electromagnetic threats change. Radios, radars, navigation systems, communications links, and other emitters are continuously modified, forcing electronic warfare systems to evolve after they have entered service. Production organisations therefore have to accommodate technical updates without allowing configuration changes to undermine manufacturing repeatability.
For the Army, additional domestic capacity addresses part of the challenge but does not by itself establish production tempo. CACI has not disclosed the number of TLS BCT Manpack systems that will pass through Rochester or the proportion of the 61,000 sq ft facility that will initially be occupied by that programme.
The centre nevertheless provides the physical infrastructure required to move beyond small engineering builds. Customer acceptance, training, storage, and delivery functions suggest a facility organised around sustained programme support rather than prototype manufacture alone, while development and test capacity keeps engineering close to the production line.
Rochester was selected partly because CACI already had access to engineering and manufacturing expertise in the region. Expansion within an existing technical cluster can shorten recruitment and supplier-development cycles, although high-skilled electronic warfare manufacturing remains dependent on retaining personnel able to work across hardware, software, test, and quality disciplines.
The industrial challenge now is utilisation. A larger factory only improves delivery if programmes, suppliers, test processes, and workforce capacity are aligned closely enough to move systems through it efficiently. CACI has created considerably more room for defence electronics production; TLS BCT Manpack will provide the first substantial measure of how effectively that capacity can be turned into repeatable output.
