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Advanced RF, Navigation & Electronic Systems for Defense Applications
SAGLAMTEK is an innovative developer of advanced RF, antenna, navigation and electronic systems for aerospace and defense applications. Proven in a wide variety of demanding mission-critical deployments, the company’s product portfolio has been engineered for harsh operational environments.
With 15 years of industry experience and more than 1,000 products fielded in over 10 countries, SAGLAMTEK works with platform manufacturers, systems integrators and operators in Türkiye and internationally.
SAGLAMTEK’s GNSS anti-jamming portfolio protects mission-critical PNT (positioning, navigation and timing) against jamming, spoofing and multipath interference. The range includes compact CRPA systems, integrated receiver-antenna units, passive shielding and GNSS repeaters for secure and enclosed facilities.
BORAJ-V16 Single-Band GNSS CRPA SystemSingle-Band L1 Anti-Jamming GNSS CRPA System
BORAJ-V16 is a rugged, 16-element Controlled Reception Pattern Antenna (CRPA) system designed to protect positioning, navigation, and timing in contested RF environments.
Adaptive null steering and advanced interference suppression deliver reliable GNSS performance for airborne, ground, and maritime platforms.
BORAJ-V8 combines an eight-element dual-band array with advanced signal processing for greater resilience against multiple sources of GNSS interference. Used with the SAJ GNSS Shield, it delivers more than 100 dB of unwanted-signal suppression and provides protected NMEA 0183 navigation data through a customizable Micro-D interface.
Low-profile dual-band protection for defense platformsBORAJ-SLIM4 combines a four-element antenna array with dual-band anti-jamming and anti-spoofing capabilities in a low-profile, IP67-rated enclosure. The Pixhawk-compatible system provides NMEA 0183 communications through a customizable Micro-D interface, allowing straightforward integration into compact platform navigation architectures.
Four-element CRPA for PNT protection against jamming and spoofingBORAJ-MINI4 is a compact four-element CRPA system designed to preserve mission-critical PNT in the presence of GNSS jamming and spoofing. Covering L1, B1 and E1 frequencies together with either L2 or L5, it delivers up to 95 dB of unwanted-signal suppression when combined with the SAJ GNSS Shield.
SAJ is a battle-proven passive shield installed around an existing conventional or CRPA GNSS antenna to attenuate jammer and multipath signals arriving from 90 degrees and above. Each unit is mechanically adapted to the host platform and delivers 20 to 30 dB of unwanted-signal suppression. It has been selected by multiple domestic and international drone manufacturers and military institutions, and is currently deployed in field operations.
Reliable GNSS coverage inside hangars and enclosed facilitiesThe SAGLAMTEK GNSS Repeater receives live satellite navigation signals through an outdoor antenna and reliably retransmits them inside military aircraft hangars and other enclosed facilities where structural materials prevent normal GNSS reception.
Under a contract with the Turkish Ministry of National Defence, SAGLAMTEK is deploying GNSS Repeater systems at military aircraft hangar facilities across Türkiye. The systems support indoor testing, maintenance and verification of aircraft avionics and GNSS-dependent equipment without requiring the aircraft or platform to be moved outside.
This capability reduces maintenance and test time while eliminating delays associated with GNSS signal acquisition and navigation-system initialization. The system can also support UAVs, robotic platforms and other GNSS-equipped vehicles undergoing testing inside enclosed facilities.
An Anti-Jam GNSS Repeater configuration is also available for facilities operating in challenging electromagnetic environments, providing resilient indoor GNSS signal distribution by reducing the impact of external interference and jamming.
SAGLAMTEK offers a range of configurable data link solutions for UAVs and unmanned systems, with communication ranges from 10 km to more than 150 km. Depending on the system, available capabilities include FHSS, mesh networking, 2×2 MIMO and data rates of up to 100 Mbps, with configurable frequencies from 500 MHz to 6 GHz and RF output power options from 1 W to 20 W.
AIRLink Telemetry is a lightweight broadband communications system for secure data transmission between airborne platforms and ground stations. Using 2×2 MIMO technology and AES-256 encryption, the system provides a private IP data channel with data rates of up to 25 Mbps and latency below 100 ms.
Operating over a direct line-of-sight range of up to 20 km, AIRLink supports Ethernet communications and is available with a range of frequency, power output and antenna options to suit different platform and mission requirements. The compact air module weighs just 50 g, making the system particularly suited to UAVs and other SWaP-constrained airborne applications.
BORLINK-0821 is a compact airborne broadband radio that carries real-time IP video, telemetry, control information and mission data between airborne or mobile nodes and a ground station. Its OFDM architecture provides transparent Ethernet forwarding, allowing HD video, Ethernet traffic and serial data to pass through a single radio without protocol conversion.
The radio is available in 800 MHz, 1.4 GHz and 2.4 GHz variants, with air-to-ground line-of-sight ranges of 20 to 50 km and maximum data rates of 30 Mbps. One-to-one, one-to-many and mobile-relay configurations can be paired with ZUC, SNOW3G or AES encryption for secure mission networking and remote sensor-data backhaul.
The S-Band Telemetry Antenna is a high-gain RF solution with a null-reduced radiation pattern for UAV telemetry and data-link applications. Operating from 2.09 to 2.72 GHz, it provides 3 dBi of gain and has been tested against a range of MIL-STD-810F environmental conditions.
The IFF Antenna provides reliable friend-or-foe identification over 960 to 1215 MHz, using an omnidirectional radiation pattern across the full operating range. The compact unit weighs less than 50 g and handles up to 1k W peak power. Its environmental specifications cover operation from -63 to +50 °C and altitudes up to 45,000 ft, with resistance to shock and vibration.
The GNSS Active Antenna amplifies weak satellite signals to provide enhanced positioning accuracy in challenging operating environments. It covers frequency ranges of 1565 to 1607 MHz and 1217 to 1260 MHz, offering 3 dBic antenna gain and 40 – 45 dB of low-noise amplifier gain. Designed for aerospace and defense applications, the IP68-rated unit operates from -55 to +85 °C and accepts a wide 3 to 28 VDC input.
GNSS Active Antenna-2 provides the same dual-band frequency coverage and integrated low-noise amplification in a smaller, lighter enclosure, measuring just 89 x 25 mm in height and weighing less than 290 g. Rated to IP67, it is suited to compact aerospace and defense installations exposed to demanding environmental conditions.
Compact radar altimeter for short-range UAV and robotic applicationsBORADAR-50 is designed for reliable low-altitude measurement in compact unmanned and robotic platforms. It supports stable altitude awareness and proximity measurement for applications requiring short-range performance.
Radar altimeter for low-altitude UAV and autonomous platform operations.BORADAR-100 provides reliable altitude and distance measurement for UAVs and other autonomous systems. It is suitable for terrain-following, controlled approach and low-altitude operation in demanding field environments.
BORADAR-200 is a downward-facing millimeter-wave FMCW radar for UAVs, helicopters and other low-altitude airborne platforms. Operating in the 24 GHz ISM band, it measures the relative height between the aircraft and terrain in real time across a range of 0.1 to 200 m, providing stable altitude awareness and terrain-following data.
The compact IP66-rated unit is designed for all-weather, all-day operation in rain, snow, fog, smoke and dust. It can also be adapted for unmanned surface vessels and other robotic systems requiring reliable radar-based distance measurement.
Long-range radar altimeter for advanced aerial and autonomous systemsBORADAR-Y extends radar altitude measurement capability up to 1.5 km for platforms requiring longer-range performance. It is suitable for advanced UAV and autonomous platform applications where reliable altitude awareness is critical.
The SGT-FDMSCK-YKD-AA is an FOC-based driver for BLDC motors and DC servos, providing torque, speed and position control with encoder, Hall-effect or sensorless back-EMF feedback. It operates from an 18 to 36 VDC input, delivers 12 A continuously and 24 A peak, and offers a configurable PWM frequency of 16 to 24 kHz for a low acoustic signature.
The driver incorporates overcurrent, stall, overvoltage, undervoltage and thermal protection, together with a safe-stop response if the encoder connection is lost. Its shock- and vibration-resistant enclosure, filtered I/O, conformal coating and -40 to +85 °C operating range make it suitable for EO targeting and stabilization, radar and antenna positioning, armored-vehicle weapon stations and defense-platform actuators.
ADTS uses passive acoustic sensing and artificial intelligence to detect and identify drones from their motor and propeller signatures. The system provides 360-degree coverage with five-degree angular precision. It can detect rotary-wing drones with an approximately 80 cm wingspan at up to 700 m and internal-combustion fixed-wing drones with an approximately 2.5 m wingspan at 2.5 to 3 km.
Sound diffraction allows ADTS to monitor threats approaching from behind buildings, through narrow streets and across close-range blind spots where radar and optical system performance may be limited. Multiple units can form a wired or wireless mesh network and transmit acoustic data to a central command center. Fixed versions can be installed on buildings and border lines, with a portable variant available for vehicles and other military equipment.
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