Description
LPP s.r.o. is a Czech developer and manufacturer of autonomous defence and security systems. Our engineering and production teams keep every critical capability in-house, including airframes, turbojet propulsion, avionics, navigation and mission software. This keeps our supply chain and the technologies that define our platforms under our own control.
Our work is proven in combat. The MTS one-way attack system was the first autonomous platform of its kind committed to live operations in GNSS-denied areas, and the navigation behind it now flies our jet-powered aircraft and cruise missiles. On the ground, our Hornet unmanned ground vehicle operates autonomously in contested environments. We also supply modern avionics for manned aircraft and intelligence software with video analysis for security forces.
Our work is proven in combat. The MTS one-way attack system was the first autonomous platform of its kind committed to live operations in GNSS-denied areas, and the navigation behind it now flies our jet-powered aircraft and cruise missiles. On the ground, our Hornet unmanned ground vehicle operates autonomously in contested environments. We also supply modern avionics for manned aircraft and intelligence software with video analysis for security forces.
Products
JWI-4000 C-UAS Interceptor
JWI-4000 C-UAS Interceptor
The JWI-4000 is an advanced unmanned aerial system (UAS) designed to intercept and neutralise hostile drones. Special emphasis is placed on the ability to counter the Geran-2/Shahed 136 type and its derivatives. The system consists of the interceptor, base station, ground station, radar, jamming-hardened multiband radio, and catapult launcher. The method of neutralisation is hard-kill via a thermobaric warhead.
MTS Autonomous UAV System
MTS Autonomous UAV System
MTS is a fully autonomous combat UAV system designed for one-way attack missions. It features AI-powered visual navigation, enabling autonomous operation without relying on external signals or GNSS. It’s optimized for rapid deployment by a mobile catapult with operator safety in mind. Developed and manufactured in-house at LPP, we maintain complete control and security over every component.
MTS Narwhal Cruise Missile
MTS Narwhal Cruise Missile
Narwhal is a ground-launched subsonic cruise missile powered by a turbojet engine. It utilises the same Visual navigation technology as our battle-proven MTS aerial vehicles, enabling strikes deep in GPS-denied areas. Narwhal is available in three variants for different mission profiles, delivering a 40 to 200 kg warhead at ranges of up to 772 km. It reaches speeds of up to 750 km/h while maintaining low-altitude flight.
MTS Nightray Stealth UAS
MTS Nightray Stealth UAS
Nightray is a stealth one-way attack unmanned aerial system (UAS). As part of the MTS ecosystem,
it utilises the same jamming-resistant technology as our battle-proven MTS aerial vehicles, while focusing on low observability. Its stealth features include an optimised flying wing shape, custom radar-deflecting material, and a buried turbojet engine. Nightray is designed to strike high-value targets deep in contested environments.
Starfish UAV Surveillance & Detection Platform
Starfish UAV Surveillance & Detection Platform
LPP Starfish is a complex autonomous UAV platform for defence, security and response — designed, built and manufactured in the Czech Republic for both military and civil-security operations. The system combines the LPP Starfish autonomous drone with the Starfish Suite software, available in four operational configurations: PointMan (Special Forces), GuardPost (Critical Infrastructure), Frontier (Border Protection) and FirstResponder (Disaster Response). One supplier, one integrated system, no cloud dependency.
ZT J Series Turbojet Engines
ZT J Series Turbojet Engines
ZT J Series is a line of compact, high-performance turbojet engines for UAVs, target drones, and light aerial platforms. It includes the ZT J23, ZT J40, ZT J60, ZT J80, and ZT J160 – covering a thrust range from 230 to 1 600 N. Each engine uses a single-stage radial compressor and a single-stage axial flow turbine. The result is a high thrust-to-weight ratio and fast throttle response in a form factor well suited to space constrained airframes.
