Engineered to meet rigorous defense standards, optimized for Sri Lanka's unique tropical, maritime, and industrial infrastructure operating conditions.
Ultra-lightweight ergonomic defense armor engineered with high-density composite layers for personal security personnel, military ops, and law enforcement units across Sri Lanka.
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Long-range passive RF spectrum analyzer and jammer power unit featuring rapid 2-second signal response for perimeter security and counter-UAV air space defense.
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High-power Gallium Nitride (GaN) broad-spectrum RF amplifier module designed for solid-state electronic countermeasure (ECM) platforms and tactical signal disruption.
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Ultra-compact 60g passive drone detector unit capable of intercepting DJI O4 commercial protocol signals with minimal energy consumption for field operators.
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C-band high-frequency solid-state RF power amplifier using GaN technology for targeted wireless defense, drone mitigation, and tactical radar communications.
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Heavy-duty aluminum alloy rechargeable tactical illumination unit featuring digital battery monitoring, zoom beam focusing, and high-lumen blinding strobe mode.
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Scalable 1.2GHz L-band RF power amplifier with up to 100W GaN output for military vehicle integration, counter-drone swarms, and base station protection.
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High-efficiency 433MHz UHF radio frequency power module providing continuous 100W RF power output for legacy communication jamming and drone link interdiction.
Get a QuoteAs South Asia's pivotal maritime hub, Sri Lanka presents a demanding operational environment for power conversion systems, tactical electronic warfare equipment, and industrial automation power supplies. From the high-saline coastal winds of Trincomalee and Hambantota to the intensive industrial processing hubs of Colombo and the Western Province, mission-critical electronics demand ruggedized architecture capable of enduring extreme humidity, thermal stress, grid voltage fluctuations, and continuous duty cycles.
Information Gain Insight: Modern defense and industrial energy infrastructure in Sri Lanka is rapidly transitioning from legacy silicon-based power supplies to Wide-Bandgap (WBG) Semiconductor topologies, specifically Gallium Nitride (GaN) power amplifiers and high-efficiency AC-DC / DC-DC converters. This technical evolution allows defense integrators to achieve up to 3x power density in anti-drone RF modules while reducing thermal footprint by 40% under tropical climatic conditions.
Deploying electronic defense systems, maritime radars, counter-UAV (Unmanned Aerial Vehicle) defense systems, and telecommunication microgrids across Sri Lanka requires an intimate engineering understanding of the island's unique geographical and electrical constraints:
Sri Lanka's coastal maritime zones experience ambient relative humidity exceeding 85% coupled with salt-laden mist. Standard commercial-off-the-shelf (COTS) power modules without specialized conformal coatings suffer from rapid electrolytic corrosion, whiskering, and dielectric breakdown. Our custom power systems utilize conformal polyurethane coating, nickel-plated aluminum enclosures, and fully potted IP67 sealing to satisfy MIL-STD-810H salt-fog and humidity parameters.
Industrial facilities and field-deployed military bases in Sri Lanka often contend with power quality challenges, including voltage sags, surges, and frequency drift on the 230V / 50Hz public grid network. Custom power conversion platforms must incorporate wide-input AC voltage ranges (typically 85VAC to 264VAC or 3-phase 400VAC) alongside robust transient voltage surge suppression (TVSS) to prevent damage to sensitive downstream RF electronics, defense servers, and command-and-control (C4ISR) systems.
Operational shelters in Sri Lanka's dry zones (such as Anuradhapura or Mannar) can reach interior temperatures above 50°C. Standard power supplies lose up to 50% of their rated output capability under these conditions due to thermal throttling. Our custom GaN-based power amplifiers and conduction-cooled power supplies maintain 100% full-load output up to +65°C ambient, utilizing advanced vapor chamber heat sinks and forced-air micro-turbines.
Unmanned Aerial Vehicles (UAVs) and First-Person View (FPV) drones pose a growing challenge to national security, infrastructure protection, and maritime security in the Indian Ocean region. Countering these threats requires active RF disruption across multi-gigahertz frequency bands, demanding continuous high-power radio frequency emission.
Traditional Silicon LDMOS (Laterally Diffused Metal Oxide Semiconductor) amplifiers suffer from high thermal loss and lower power conversion efficiency (typically 30-40%). By integrating Solid-State Gallium Nitride (GaN) on Silicon Carbide (SiC) substrates into our RF power modules (such as the 700-6000MHz 80W module and 433MHz 100W module), we achieve:
To assist defense integrators, procurement officers, and plant operations managers in Sri Lanka, the matrix below outlines the critical design parameters across our primary product categories:
| Product Category | Core Technology | Input Voltage Range | Environmental Rating | Primary Localized Application |
|---|---|---|---|---|
| GaN Anti-FPV RF Modules | GaN-on-SiC RF Transistors | 24VDC - 28VDC Nominal | IP65 Conduction Cooled | Vehicle Counter-Drone & EW Defense (Colombo Port & Coastal Patrol) |
| Passive Drone Detection Units | Ultra-Wideband SDR Spectrum Analyzer | 5V Type-C / Internal LiFePO4 | Ruggedized ABS / IP64 | VIP Protection, Border Security & Tactical Reconnaissance |
| Tactical Power Converters | True Double-Conversion AC-DC / DC-DC | 85VAC - 264VAC / 18-36VDC | MIL-STD-810H / IP67 Sealed | Naval Shipboard Communications & Remote Island Microgrids |
| Personal Tactical Protection | UHMWPE + Ceramic Composite | Passive (Non-Electrical) | Waterproof / UV Resistant | Law Enforcement, Private Security & Perimeter Patrol Units |
The strategic commercial ports of Colombo and Hambantota require 24/7 airspace perimeter security against unauthorized drone intrusion. Deploying stationary 5km passive detection modules integrated with high-power GaN 700-6000MHz RF jamming power modules creates a multi-layered counter-drone shield. Powered by ruggedized IP67 AC-DC power converters attached directly to coastal mast structures, these systems withstand constant salt-spray mist and severe tropical thunderstorms without signal degradation.
Sri Lanka Army and Special Task Force field units operating mobile patrol vehicles require modular 28VDC vehicle power supplies capable of absorbing severe inductive load spikes (MIL-STD-1275E). Our custom vehicle-mounted power distribution units (PDUs) supply clean, regulated power to UANT UB-MK-1200 100W RF modules, ensuring uninterrupted tactical jamming capability during high-speed transit over rough terrain.
Industrial manufacturing hubs in Katunayake and Biyagama export zones rely on continuous automated process control. Sudden grid dropouts can damage delicate PLC systems and high-frequency communication links. Our industrial rack-mount uninterruptible power supplies (UPS) provide seamless double-conversion power filtering, eliminating voltage harmonics, micro-interruptions, and neutral line noise.
When selecting a custom power manufacturer and supplier for Sri Lankan procurement, compliance verified by independent third-party laboratories is essential to reduce procurement risk and guarantee long-term operational availability:
Yes. We custom-tune RF amplifier modules (such as 433MHz, 900MHz, 1.2GHz, 2.4GHz, and 5.8GHz bands) to align precisely with approved frequency allocations granted by the Telecommunications Regulatory Commission of Sri Lanka (TRCSL) and national defense authorities.
Our engineering process incorporates military-grade conformal coating (Type UR/AR), anodized aluminum chassis construction, stainless steel hardware, and optional IP67 hermetic sealing. Every sealed unit undergoes vacuum leak and salt-mist testing per MIL-STD-810H standards.
By leveraging established COTS/MOTS baseline architectures, modified designs (e.g., custom connector pinouts, specific output voltage rails, or custom mounting brackets) can typically be sampled within 4 to 6 weeks, significantly accelerating project deployment compared to clean-sheet designs.
Full commercial documentation, Certificate of Origin, ISO quality compliance sheets, detailed 3D CAD models, and technical data sheets are provided with every shipment to streamline customs clearance and engineering integration.
Absolutely. Our power supplies feature active Power Factor Correction (PFC > 0.99) and wide input frequency tolerance (47Hz - 63Hz / 400Hz), allowing seamless operation directly off diesel generators, solar invertors, or unstable utility lines across Sri Lanka.
Consult with our engineering team to review your specific input voltage, thermal envelope, RF amplification, or environmental qualification requirements in Sri Lanka.
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