NEMESYS G2LS Overview

Built on NEMESYS Architecture, the Group 2 Lethality System (G2LS) ****delivers our apex capability—modular airborne lethality—in a man-portable Group 2 package. G2LS employs field-swappable modules to carry and release conventional M67 and M83 grenades—enabling recoverable, reusable, reloadable, and reconfigurable strike within a [X] mission radius.

Pilot and Payload operators can be based in immediate proximity to each other or geographically separated. Web and TAK payload control HMIs offer flexible employment.

While optimized for lethal payloads, G2LS is mission-configurable: the same system can support ISR, utility, small scale logistics, or combined roles. Its MOSA architecture is modular by design, enabling field adaptability and alignment with MOSA and DEVCOM CLIK integration standards.

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
  • Inspired Flight IF1200A Group 2 UAS – NDAA-compliant, DIU Blue listed; heavy-lift multirotor
  • MOD-M2 with M67/M83 Grenades – Enables remote release and optional safe recovery of conventional munitions with end to end status confirmations

Video

G2LS Specifications

Airframe & Propulsion

  • Launch / Recovery Area: 12 ft x 12 ft (3.6 m x 3.6 m)
  • Loiter / Endurance: 15–25 minutes (depending on loadout)
  • Range: 5–10 km (LOS, RF)
  • Gross Weight: ~35 lb (15.9 kg)
  • Power Type: Electric (hot-swappable battery packs)
  • Service Ceiling: ~1,000 ft AGL (mission-dependent)

Payload & Effectors

  • Munitions: 1–6× M67 or M83 grenades (safe-release with telemetry and confirmation via MOD-M2); supports mixed-load configurations of M67 and M83
  • Gimbals (EO/IR optional): Configurable based on mission needs
  • MOD-M2: Retention, release, and control interface for conventional munitions and subsets of utility droppers?

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 for rapid, swappable MOD integration

Communications & Control

  • Datalink: RF (900 MHz / 2.4 GHz configurable)
  • Ground Control Station: Standard ruggedized laptop + mouse; GS-ONE IP based handheld
  • Autonomy: GPS waypoint navigation; semi-autonomous C2 via CPC

Additional Payloads

  • MOD-MS – ASEI Ministrike integration for guided micro-glide munitions (optional, experimental)
  • MOD-UC* – Droppable Utility Container Payload
  • MOD-ZP* – 3D printable Modular Payload Plate for zip-tied improvised payloads
  • MOD-SI* – (SIGINT variant under development)