The role of one-way attack drones has expanded rapidly as armed forces and defence organisations reassess how precision strike capability is delivered on the modern battlefield. These systems are designed to combine speed, controlled payload delivery and tactical efficiency in a compact unmanned platform. i-Disti operates as a supplier and distributor of Lumenier one-way tactical drones, supporting defence users who require reliable unmanned solutions built for realistic combat conditions rather than experimental use.
A key platform within this category is the Lumenier NightHawk LithiX10, a defence drone engineered to operate at high speed while maintaining predictable and stable performance. The LithiX10 sits within Lumenier’s Nighthawk series and has been developed as a multi-role system capable of both interception tasks and precision one-way missions. This adaptability allows the platform to be deployed across a range of operational scenarios where rapid response and accuracy are essential.
When configured for one-way attack use, the LithiX10 is intended for precise engagement of tactical targets including armoured personnel, infantry fighting vehicles, lightly protected platforms and fortified positions. Its deployment concept focuses on delivering a payload with minimal delay and maximum control, offering a solution where reliable strike capability is needed without exposing manned assets or relying on complex logistics chains. The drone’s performance characteristics make it particularly suitable for engagements that demand speed, discretion and consistency.
Lumenier NightHawk LithiX10 With Battery
The airframe has been designed to carry a payload of up to four kilograms, providing enough capacity for a range of mission-specific payloads while preserving flight efficiency. This payload margin allows operators to tailor the system to operational requirements without compromising stability or overall performance. The balance between size, payload and power is a defining feature of the LithiX10 and contributes to its reputation as a dependable tactical platform.
Situational awareness and control are supported through broad compatibility with multiple video transmission options. The LithiX10 can operate with analog systems as well as digital solutions such as DJI O4, Walksnail and thermal imaging payloads. This flexibility ensures the platform can be adapted to daylight, low-visibility or night-time conditions depending on mission demands, rather than forcing operators into a single closed system.
In terms of flight performance, the NightHawk LithiX10 delivers strong speed characteristics that align with modern battlefield requirements. Cruising speeds of around 100 to 110 kilometres per hour ensure efficient transit, while maximum speeds reaching up to 160 kilometres per hour allow rapid engagement and responsiveness. These attributes are particularly significant in time-critical operations where hesitation or delay can undermine mission success.
The physical dimensions of the LithiX10 support ease of transport and deployment in varied operational environments. With an approximate footprint of 400 millimetres by 400 millimetres and a low-profile height of around 110 millimetres, the platform remains compact without sacrificing capability. This enables deployment from restricted areas and simplifies integration into existing unit-level logistics.
As a distributor of Lumenier one-way tactical drones, i-Disti focuses on supplying systems that have been engineered for real-world defence use rather than theoretical capability. The emphasis is on platforms that offer repeatable performance, configurable mission profiles and dependable support within a professional supply framework. This approach ensures defence users can access mature unmanned technology suited to current operational realities.
For organisations seeking a proven one-way attack drone solution, the Attrix NightHawk LithiX10 represents a refined combination of payload capacity, speed and adaptability. Delivered through i-Disti, it aligns with the evolving requirements of modern defence operations, where compact unmanned systems increasingly play a decisive role in tactical effectiveness.
