• Deploy: air-launched from a host aircraft and autonomously transitions into stable flight mode.
• Navigate: autonomously navigates and maneuvers across diverse terrain toward a pre-planned destination, including operating effectively in GPS-denied or degraded environments.
• On target: upon reaching the designated landing zone, Grasshopper™ transitions to terminal descent and lands precisely under parachute to deliver its payload.

• GPS-denied or degraded operation: Autonomously navigates toward a pre-planned destination, including operating effectively in GPS-denied or degraded environments.
• Low-cost, expendable: Not intended for recovery or reuse, enabling critical logistics missions without risking personnel or high-value aircraft.

The system is light weight and robust for quick field deployment and can be permanently installed if required. The Plug and Play design makes it easy to set up and program. The TTT makes use of front and back target faces – either of which can be set as friend or foe – as well as the edge of the target.

The TTT can be easily upgraded with LOMAH (location of miss and hit) capability for detection of hits as well as misses. Different scoring and kill zones can be assigned to front and rear target faces, enabling a truly unique tactical training environment.

Pilot and loadmaster programs with an emphasis on cargo management, aerial refueling and tactical operations, plus C-130H tactical and transition-to-J training.

The system is light weight and robust for quick field deployment and can be permanently installed. The Plug and Play design makes it easy to set up and program. Make use of friend/foe targets, and create challenging training scenarios with PETS.

The Plug and Play design of the TTP makes it easy to set up and program. The TTP makes use of front and back target faces – either of which can be set as friend or foe – as well as the edge of the target.

The TTP is equipped with LOMAH (location of miss and hit) capability for detection of hits as well as misses. Different scoring and kill zones can be assigned to front and rear target faces, enabling a truly unique tactical training environment.

• DTI System: wearable drone detection & tracking. Monitors up to 30 drones simultaneously, distinguishes drones from their controllers, even when they are the same model, and assigns unique IDs for friend-or-foe recognition. More than 7 km of detection range at shoulder height and over 25 km when elevated on a 20-foot mast.
• Dronebuster® DB4: the #1 handheld Counter-sUAS solution, trusted in more than 50 countries and backed by over 3,000 units delivered worldwide.
• Dronebuster® DB5: 5.2 GHz defeat capable handheld Counter-sUAS system.

• Your Choice of DB4 or DB5 to Defeat Hostile Drones: Integrates seamlessly with Dronebuster® DB4 for comms/GNSS disruption or Dronebuster® DB5 for enhanced 5.2 GHz defeat and optional PNT Attack (GNSS spoofing).

• COTS Frequency Defeat: disrupts commercial drone communication protocols across common frequencies.
• Integrated Detection & Targeting: detect, identify, and aim using onboard radio identification systems.
• GNSS Disruption: jam satellite navigation signals across multiple global constellations.
• GNSS Spoofing (PNT Attack): override drone navigation systems and take control of flight behavior.
• Dual-Mode Operation: operate on drone frequencies only or combine with GNSS disruption.
• Line-of-Sight Effectiveness: designed for precision targeting in real-world operational environments.

• Reliable comms/GNSS disruption for real-time drone defeat.
• Precise targeting with Remote ID, AeroScope, and RF direction finding.
• AI/ML-powered identification with an updated drone library.
• Built-in LCD and headset support for seamless field use.

• Stealth & Control Advantage: Gain control of hostile drones via GNSS spoofing (PNT attack capability).
• All-Environment Deployment: Operates in extreme temperatures and rugged conditions.

• GNSS jamming: Directional, controlled emissions
• GNSS simulation: Optional PNT upgrade
• Drone mitigation: 1.5 km
• Variants: U.S. or EU
• Integration: ATAK-compatible

The system is light weight and robust for quick field deployment and can be permanently installed if required. The Plug and Play design makes it easy to set up and program. The TTT makes use of front and back target faces – either of which can be set as friend or foe – as well as the edge of the target.

The TTT can be easily upgraded with LOMAH (location of miss and hit) capability for detection of hits as well as misses. Different scoring and kill zones can be assigned to front and rear target faces, enabling a truly unique tactical training environment.

• Multi-Band RF Jamming: targets C2 operations across Wi-Fi (2.4, 5.2, 5.8 GHz) and UHF bands (915, 868*, 430 MHz*).
• Integrated RF Detection System: identifies threats, determines frequencies, and enables precise operator targeting.
• GNSS Disruption Capability: jams GPS, GLONASS, Galileo, and BeiDou across L1/L2/L5 bands.
• PNT Electronic Attack (Spoofing): simulates GNSS signals to disrupt navigation and alter drone flight paths.
• Multi-Mode Mitigation Options: supports C2 disruption, GNSS denial, CET response, and advanced electronic attack.
• Portable, Rapid-Deploy Design: compact (~56 cm, ~3 kg), no external gear required; operational in under five minutes.

• Layered Defense Versatility: Deploy as a standalone point-defense tool or integrate into layered C-UAS and perimeter security systems.
• Swarm-Ready Protection: Counters both single drones and coordinated swarms with adaptable jamming and electronic attack modes.
• Real-Time Detection & Engagement: Detect, identify, and target drones in real time with integrated RF identification and frequency awareness.
• Full-Spectrum Disruption Control: Disrupts C2 links and GNSS navigation independently or simultaneously across all major constellations.

• Compliance: MIL-STD 810, MIL-STD-461, HERF, HERO, HERP
• Size: 21.6” × 10.9” × 4.5” (55 × 28 × 11.4 cm)
• Weight: 6.55 lbs (2.97 kg) without battery; 7.30 lbs (3.31 kg) with battery
• Battery: NATO Mil-Spec certified battery; approved for military & civilian transport
• Power input: 12–32V DC
• Integration: ATAK-compatible
• Availability: Available as a kit or sold separately

• Deploy: air-launched from a host aircraft and autonomously transitions into stable flight mode.
• Navigate: autonomously navigates and maneuvers across diverse terrain toward a pre-planned destination, including operating effectively in GPS-denied or degraded environments.
• On target: upon reaching the designated landing zone, Grasshopper™ transitions to terminal descent and lands precisely under parachute to deliver its payload.

• GPS-denied or degraded operation: Autonomously navigates toward a pre-planned destination, including operating effectively in GPS-denied or degraded environments.
• Low-cost, expendable: Not intended for recovery or reuse, enabling critical logistics missions without risking personnel or high-value aircraft.

• Simultaneous Multi-Drone Detection: track 30+ drones and controllers in real time.
• Passive RF Detection (Zero Emission): identify threats through radio-frequency signals without transmission.
• Advanced Identification & Electronic Fingerprinting: differentiate drones and controllers, even of the same model, with precise classification.
• Full 360° Coverage with Direction Finding: automatic DF delivers accurate, all-airspace tracking without manual adjustment.
• Extensive Drone Library & Wide Frequency Coverage: identify 400+ drone models across 70 MHz – 6 GHz signal ranges.
• Flexible Integration & Multi-Interface Feedback: supports standalone or networked deployment with ATAK compatibility and visual, audible, and haptic alerts.

• Scale Across Missions and Systems: Integrates seamlessly into existing tactical networks and counter-UAS ecosystems.

• Battery: Rechargeable lithium-ion (NATO-compatible)
• Runtime: Up to 6 hours
• Antennas: (3) Omni, (1) DF, (1) GPS
• Integration: ATAK-compatible

• Mission-Proven Performance & Global Reach: Proven reliability, over 50,000 operational hours, and satellite-enabled connectivity for worldwide ISR operations.
• Flexibility & Operator Efficiency: Autonomous takeoff/landing, intuitive navigation, and redundant LOS/BLOS communications reduce training and manpower needs.
• Affordable, Scalable Production: Built on commercial aircraft production lines for faster development, lower costs, and dependable availability.
• Point-and-Click Control: Intuitive "point-and-click" control system simplifies mission execution and reduces operator workload.

• Autonomous Kit includes: DB4-Fixed Site on pan/tilt gimbal, integrated DTI System, in-vehicle operator station, TAK devices, automated kill chain, AI/ML identification, spoofing mitigation.
• Manual Kit includes: vehicle-mounted DTI System with in-vehicle display, handheld DB4, TAK devices, point-and-mitigate action, rapid response in the field.

• Precise Location: Pinpoints drone locations with Remote ID & Aeroscope.
• Scalable: Scalable system to defend bases, convoys, or infrastructure.