BALTIC VIPER

EW RESILIENCE SOLUTION

The Custom Radio Control Solution is designed for secure and resilient UAV operations in EW-contested environments. Its dual-band FHSS architecture enhances C2 link resilience, while dynamic in-flight band and channel re-assignment enables adaptation to changing RF conditions. The system supports manual or autonomous frequency band selection and customizable C2 link parameters. Integrated RF amplifiers delivering up to 8 W, combined with precision-tuned antennas, provide enhanced RF performance and extended operational range. Comprehensive 300 MHz–3 GHz spectrum support ensures flexible integration across mission-specific UAV configurations.

Ground Control Station for Tactical UAV Operations VIPER GCS

VIPER GCS is a tactical Ground Control Station designed for secure, long-range C2V connectivity and UAV mission management in contested environments. Its EW-resilient, combat-proven wideband communication system combines custom FHSS with encrypted C2V links to maintain reliable connectivity during high-intensity operations. The system features a rapid-deployment telescopic mast, portable 14" monitor and all-weather conformal-coated electronics. MIL-STD rugged cases and a modular field-ready architecture enable rapid deployment, while analog AV and HDMI connectivity support integration with FPV goggles and external mission equipment.

TECHNICAL DATA
Video transmitter: 3.0–7.2 GHz. Combat-proven transmission system with encryption
Remote control antennas: 300 MHz–3.3 GHz
Mast height: Up to 12 m
Video antennas: Circular, RHCP
Remote control antennas: Linear, Vertical and Horizontal
Total weight up to: 15 kg
Power up to: 8 W

System components:
Transmission antenna set, video antenna set, control unit, RF amplifier unit, video receiver, monitor, cable set, telescopic antenna mast and 2 MIL-STD rugged cases.

High-Performance Li-Ion Battery Packs

6S2P 10000mAh and 6S3P 15000mAh battery packs provide reliable and efficient power solutions for various applications. Designed with safety and durability in mind, these batteries ensure optimal performance with high discharge rates and secure connections.

TECHNICAL DATA
6S2P 10000 mAh
Configuration: 6S2P
Capacity: 10000 mAh
Max Continuous Discharge Current: 90 A
Nominal Voltage: 22.2 V
Max Pack Voltage: 25.2 V
Min Cell Voltage: 2.5 V
Recommended Charging Current: ≤5 A
Dimensions (L×W×H): 132×75×45 mm
Weight: 910 g

6S3P 15000 mAh
Configuration: 6S3P
Capacity: 15000 mAh
Max Continuous Discharge Current: 105 A
Nominal Voltage: 22.2 V
Max Pack Voltage: 25.2 V
Min Cell Voltage: 2.5 V
Recommended Charging Current: ≤7.5 A
Dimensions (L×W×H): 132×75×70 mm
Weight: 1325 g

Terminal guidance system

The Terminal guidance system provides autonomous UAV control during the terminal phase of a mission. Following target designation and lock at distances of up to 800 m, trajectory management is transferred from the operator to the guidance module for autonomous terminal engagement. The system supports stationary and moving targets, day and night operation with thermal imaging, and autonomous flight after target capture without further operator input. It also enables mission abort and target adjustment prior to impact. Once autonomous guidance is engaged, the UAV operates without a remote-control link, providing immunity to RF-based EW interference during the terminal phase.

VIPER BALLOON HUNTER HIGH-ALTITUDE INTERCEPTOR

The VIPER BALLOON HUNTER is a dedicated high-altitude interceptor designed to neutralize meteorological and surveillance balloons. It combines an extended operational ceiling with precision engagement capabilities for operations in contested airspace. CAPABILITIES • Active Optics Protection with integrated thermal lens de-icing and cleaning for reliable high-altitude operation. • Enhanced dual-battery configuration providing up to 40 minutes of operational endurance. • Integrated day and thermal imaging for 24/7 operations. • Conformal-coated electronics for all-weather mission capability. The system has been successfully validated in drills with the Lithuanian Armed Forces and tested in real operational conditions.

SPECIFICATIONS & TECHNICAL CHARACTERISTICS
VIPER BALLOON HUNTER features a 10" FPV frame, 3115 900KV motors, F405 flight controller with 60A ESC, and 10" triblade propellers. The digital camera includes night vision as standard, with thermal imaging available as an option. The platform uses custom ELRS diversity in dual-band mode and a 3.0–7.2 GHz, 3W combat-proven encrypted video link.

The dual-battery configuration provides a flight range of up to 40 km and endurance of up to 40 minutes, with speeds of 60–150 km/h and a flight altitude of up to 10 km. Control frequencies cover 300 MHz–3.3 GHz using an EW-resilient wideband system with custom FHSS and encryption. The platform supports in-flight video channel reassignment, GNSS-based autonomy with optional visual-inertial navigation, a 6S power supply and Picatinny rail for external systems, and foldable landing legs.

Viper Hunter 8 Interceptor

The VIPER HUNTER 8 is a combat-proven high-velocity FPV interceptor designed to counter aerial threats, including OWA munitions (Shahed, Geran, Molniya) and ISR platforms (Supercam, Zala, Orlan). CAPABILITIES • Ultra-high-definition digital imaging for precise visual acquisition and target tracking in contested airspace. • Dual-tier arming sequence for operational safety and reliable high-velocity interception. • Multi-band spectrum flexibility for command and video links. • Modular architecture adaptable to mission-specific and end-user requirements. • Conformal-coated electronics for all-weather operations. The system has been successfully validated in drills with the Lithuanian Armed Forces and tested in Ukrainian operational conditions.

SPECIFICATIONS & TECHNICAL CHARACTERISTICS
VIPER HUNTER 8 features an 8" FPV frame, 2820 1100KV motors, F405 flight controller with 80A ESC, and 8" triblade propellers. The digital camera is equipped with night vision as standard, with thermal imaging available as an option. The control link uses custom ELRS diversity in dual-band mode, while the 5.8 GHz, 3W combat-proven digital video system features encryption.

With an 8S battery and 0.4 kg payload, the UAV offers a flight range of up to 20 km, speeds of 250–300 km/h, endurance of up to 20 minutes, and flight altitude up to 6 km. Nominal payload capacity is 0.4 kg, with a maximum of 0.6 kg. Control frequencies cover 300 MHz–3.3 GHz using an EW-resilient wideband system with custom FHSS and encryption. The platform supports in-flight video channel reassignment, GNSS-based autonomy with optional visual-inertial navigation, initiation board integration, and a Picatinny rail for external systems.

Viper Optical FPV strike drone

VIPER OPTICAL is a fiber-optic UAV platform designed for secure operations in contested environments. Its fiber-optic data link enables RF-silent operation, providing immunity to RF jamming and reducing exposure to RF-based detection. The system delivers low-latency HD video and supports day, low-light and optional thermal imaging for ISR missions. INS-stabilized loitering and optional visual-inertial navigation enhance operational flexibility. Conformal-coated electronics support all-weather use. Available in 10", 13" and 15" variants with common core capabilities, differing in range, endurance and payload capacity.

TECHNICAL DATA
Variants: 10", 13", 15" FPV frames
Motors: 3115 900KV (10"); 4320 350KV (13"); 5215 170–330KV (15")
Flight controller: F405 FC
ESC: 60A (10"); 80A (13"/15")
Propellers: Tri-blade
Camera: Standard – Starlight; optional – Night Vision or Thermal
Control & video link: Fiber optic
Battery: 6S3P 15,000mAh–6S5P 25,000mAh; up to 2 batteries
Optical cable length: 10–50 km
Speed: 60–120 km/h with payload
Endurance: up to 20 min at full mission load; up to 40 min zero-payload with dual battery
Maximum payload: 2.5 kg
Autonomy: GNSS-based; optional visual-inertial navigation
External systems: 6S power supply, Picatinny rail
Additional: Foldable landing legs

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Viper RF FPV strike drone

VIPER RF is an advanced FPV UAV platform designed for mission-critical operations requiring extended range, enhanced payload capacity and precision targeting. It supports planned mission execution in GNSS-denied environments, autonomous flight with manual override and in-flight re-tasking. EW-hardened encrypted C2V links provide resilience in manual mode, while AI-driven terminal guidance enables autonomous operation in the terminal phase. Integrated day and thermal imaging supports 24/7 missions, while conformal-coated electronics ensure all-weather capability. Available in 7", 10" and 13" variants, differing in range, endurance and payload capacity.

TECHNICAL DATA
Variants: 7", 10", 13" FPV frames
Motors: 2708 1300KV (7"); 3115 900KV (10"); 4320 350KV (13")
Flight controller: F405 / H7 FC + 60A ESC for 7" & 10"
Propellers: Tri-blade
Camera: Standard – Starlight; optional – Night Vision or Thermal; BlueUAS Framework compliant option available
Control receiver: Custom ELRS diversity, dual-band
Video transmiter: 3.0–7.2 GHz, 3W, encrypted
Flight distance: ≥20 km with 2 kg payload
Speed: 60–150 km/h with payload
Endurance: >30 min with 2 kg payload, Viper Relay and 6S3P 15,000mAh battery
Nominal payload: 2 kg
Maximum payload: 4 kg
Control frequencies: 300 MHz–3.3 GHz
Control system: EW-resilient wideband system with custom FHSS and encryption
Autonomy: GNSS-based; optional visual-inertial navigation
Additional: 6S external power, Picatinny rail, foldable landing legs
NSN: 1550-47-001-2087

Viper Relay Tactical signal relay platform

VIPER RELAY is an airborne tactical relay platform based on the combat-proven VIPER 10 UAV. Designed for autonomous flight and stable hovering, it carries a dedicated relay system to extend and maintain C2 connectivity in terrain-limited environments. The platform provides an effective NLOS communication solution for tactical FPV operations in forested, mountainous and urban areas where direct GCS links may be obstructed. Its autonomous operation, efficient airframe and modular communication architecture make VIPER RELAY well suited for rapidly deployable tactical signal extension and persistent airborne relay missions.

TECHNICAL DATA
Frame: 10" FPV
Motor: 3115 900KV
Flight controller: H7-based FC with 70A ESC
Propellers: 10" tri-blade
Camera: Starlight
Control link: Standard – 868 MHz ELRS diversity; optional – EW-resilient 300 MHz–3.3 GHz C2 link with frequency-agile ELRS and integrated diversity
Video link: 5.8 GHz, 3W, LHCP; 3.0–7.2 GHz options available
Maximum TX power consumption: 1A at 24V
Relay weight: 420 g, excluding carrier and optional battery
RX antenna gain: 14 dBi
Video receiver sensitivity: -100 dBm
Maximum retransmission distance: >20 km
System endurance: >30 min with carrier, repeater and 6S3P 15,000mAh battery
Autonomy: GNSS-based; optional visual-inertial navigation
Battery: 6S3P 15,000mAh, up to 2 units
Additional: Picatinny mount, foldable landing legs, in-flight video kill-switch

Custom Radio Control Solution

The Custom Radio Control Solution is designed for secure and resilient UAV operations in EW-contested environments. Its dual-band FHSS architecture enhances C2 link resilience, while dynamic in-flight band and channel re-assignment enables adaptation to changing RF conditions. The system supports manual or autonomous frequency band selection and customizable C2 link parameters. Integrated RF amplifiers delivering up to 8 W, combined with precision-tuned antennas, provide enhanced RF performance and extended operational range. Comprehensive 300 MHz–3 GHz spectrum support ensures flexible integration across mission-specific UAV configurations.

High-performance LI-ION battery packs

6S2P 10000mAh and 6S3P 15000mAh battery packs provide reliable and efficient power solutions for various applications. Designed with safety and durability in mind, these batteries ensure optimal performance with high discharge rates and secure connections.

Terminal Guidance System

The Terminal Guidance System provides autonomous UAV control during the terminal phase of a mission. Following target designation and lock at distances of up to 800 m, trajectory management is transferred from the operator to the guidance module for autonomous terminal engagement. The system supports stationary and moving targets, day and night operation with thermal imaging, and autonomous flight after target capture without further operator input. It also enables mission abort and target adjustment prior to impact. Once autonomous guidance is engaged, the UAV operates without a remote-control link, providing immunity to RF-based EW interference during the terminal phase.

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BALTIC VIPER

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