Automated Mortar System (AMS)
Plug-and-play 120mm / 81mm mobile mortar that integrates with almost any 4×4. Shoot and scoot: 8 rounds fired and position vacated in under 2 minutes.
Navigation & Communication Resilience
HoverSafe
HoverSafe delivers next-generation autonomy and PNT for tethered drone systems, ensuring precise hover and landing performance even in GPS-denied or no-pilot environments. Built on proven technology, HoverSafe enables your tethered drone to fly safely, operate independently, and perform — anywhere, anytime.
Key Differentiators
- Vision-based guidance — no GPS dependency for hover or landing
- Day/night operation — full capability in all lighting conditions
- Multi-tracker backup — redundant tracking ensures mission continuity
- Safe hovering in denied GPS — maintains station with centimetre precision
- No RF / covert operations — zero electronic signature
- No operator required — fully autonomous hover and landing
- Landing / “Follow Me” on the move — tracks and lands on moving vehicles
- Ship deck operation — tethered hover and precision landing on naval platforms
- Hover:Centimetre Precision Without GPS
- Day / NightFull Capability
- Follow MeLands On Moving Vehicles
Technical Specs
- Sensors
- Vis/Thermal
- Dimensions
- 100 × 80 × 86.2 (L×W×H) mm
- Weight
- < 200 g (~0.4 lb)
- Field of View
- Max 110° (H) × 70° (V) × 120° (D)
- Compute Module
- SW can be hosted on existing C.M. (Qualcomm, Nvidia, Rpi & more)
- Comms Protocol
- MAVLink and proprietary API
- Platform Compatibility
- ArduPilot, PX4, BetaFlight, iNAV
Use Cases
- Safe Hovering in GPS Denied
- Maintains precise station-keeping for tethered ISR and comms relay drones without GPS.
- No Pilot / No Communication
- Fully autonomous hover and landing — zero operator or comms dependency.
- On the Move “Follow Me” Landing
- Tracks and lands on moving vehicles — convoy, patrol, or mobile command post.
- Ship Deck Operation
- Tethered hover and precision landing on naval vessel decks in contested maritime zones.
- Persistent Tethered Surveillance
- Persistent tethered surveillance with autonomous recovery — no trained pilot required.
- Failsafe Landing
- Autonomous failsafe landing when tether tension or environmental conditions exceed limits.
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Thyreon Counter-UAS System
The full drone kill-chain in one system: 4D radar, RF detection, EO/thermal tracking, jamming and reusable net or kinetic interceptors. Akashteer-compatible.
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Airborne Mission Systems
Mission systems for manned and unmanned aircraft — maximising results in search and rescue, maritime surveillance, firefighting, emergency comms and border control.
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Marine Solar Drone
Solar-powered fixed-wing RPAS for maritime ISR: real-time HD surveillance with AI target detection over an 18 NM radius for 10 hours — zero fuel, zero emissions.
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Naval Degaussing System
Cancels a ship’s or submarine’s magnetic signature with precisely controlled onboard coil currents — making the vessel magnetically invisible to mines. NATO STANAG 1333 compliant.
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Unmanned Sea Vehicle (USV)
Autonomise existing fleet vessels with the Autonomy Kit, or deploy a complete mission-ready autonomous surface vessel — one proven autonomy and AI navigation stack.
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IroNav
Autonomous visual navigation plus battle-proven GNSS anti-jamming. When GPS is jammed or denied it falls back to map-free visual navigation — no operator input, no mission loss.
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SunStone
Software-defined GPS anti-jamming for UAVs, ground vehicles and any SWaP-constrained system — retrofits to existing GNSS receivers and upgrades remotely as threats evolve.
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Aura
Dual-band GPS protection with multi-directional null-steering — neutralises up to 3 simultaneous jammers per band. Plug-and-play with almost any GNSS receiver.
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OptiPilot
An autonomous onboard pilot for any UAV — optical navigation, target recognition and guidance, and precise landing, all without human pilots or GNSS.
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WonderLand
Proven autonomous precision-landing system for GPS-denied and contested environments — your drones land safely, precisely and independently.
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Halo
Bonds LTE, 5G, SatCom and direct RF into one secure pipeline for unmanned systems. When one link degrades, the bond holds — no dropouts, no mission loss.