NEMESYS G1LS Overview

Built on NEMESYS Architecture, the Group 1 Lethality System (G1LS) will deliver modular airborne lethality at the man packable tier. Fieldable single soldiers, recoverable after release, and reconfigurable in under a minute. Designed around our Core Technologies (Networked Modular Payload System + Common Payload Control), G1LS will scale lethal overwatch and effects delivery to platforms under 20 lb gross weight.

While still in development, the G1LS design framework is complete. The NEMESYS Networked Modular Payload System (MPS) and Common Payload Control (CPC) are ready for integration. MOD-M2 has demonstrated safe release and telemetry-confirmed effects delivery with M67 and M83 grenades on other systems. Additional payloads—including utility and ISR modules—are roadmap-aligned.

We are actively seeking a US-based, NDAA-compliant UAS platform partner to complete system integration and flight testing. Interested parties should contact us to explore technical alignment and joint demonstration opportunities.

Major System Components

  • NEMESYS Systems Core Tech – Networked Modular Payload System + Common Payload Control: enables modular payload integration, remote fire control, and open-architecture C2
  • Group 1 UAS (TBD) – US-based, NDAA-compliant multirotor or hybrid VTOL platform
  • MOD-M2 with M67/M83 Grenades – Enables remote release of conventional munitions with telemetry, safety, and confirmation built in

G1LS Specifications (Target Design Envelope)

Airframe & Propulsion

  • Launch / Recovery Area: < 10 ft x 10 ft (3 m x 3 m)
  • Loiter / Endurance: ~10–20 minutes (platform dependent)
  • Range: 2–5 km LOS (platform dependent)
  • Gross Weight: ≤ 20 lb (9.1 kg)
  • Power Type: Electric (battery-swappable)
  • Service Ceiling: Mission dependent

Payload & Effectors

  • Munitions: 1 M67 or M83 grenade (safe-release with telemetry and confirmation via MOD-M2; interchangeable loadout)
  • MOD-M2: Retention, release, and control interface for conventional munitions
  • Future MODs: MOD-ZP (zip-tied improvised payloads), MOD-UC (utility container), MOD-SI (SIGINT – in development)

Mission Systems & Integration

  • Edge Compute: Onboard Networked MPS Kernel for payload logic, power routing, and C2 coordination
  • Payload C2: Common Payload Control over TAK/web-based HMIs
  • Payload Mount: Army CLIK-aligned RAIL (scaled interface for Group 1 footprint)

Communications & Control

  • Datalink: RF (900 MHz / 2.4 GHz configurable)
  • Ground Control Station: Standard ruggedized laptop + mouse
  • Autonomy: GPS waypoint navigation; semi-autonomous payload ops via CPC

Additional Payloads

  • MOD-UC* – Droppable Utility Container Payload
  • MOD-ZP* – 3D printable Modular Payload Plate for zip-tied improvised payloads