Effector
development
In service: 2025

HELWS

Raytheon (RTX)
United States

High Energy Laser Weapon System - compact directed energy system providing precision drone defeat with minimal collateral effects.

HELWS

System Overview

What It Is

HELWS (High Energy Laser Weapon System) is a compact directed energy weapon that uses a high-energy laser to disable drone threats with precision and minimal collateral damage.

How It Works

The system uses electro-optical sensors to track targets and a high-energy laser to heat and damage critical components. The laser can dwell on target until the drone is disabled or destroyed.

Primary Capability

Precision directed energy defeat of UAS using high-energy laser, providing low cost-per-shot engagement.

Combat Record / Operational History

Delivered to US Air Force for testing. Multiple demonstrations conducted against drone targets.

Procurement Intelligence

Technology Readiness
TRL 8
Production (TRL 8)
Est. Price RangeClassified
NDAA Sec. 889
Compliant
JIATF-401 Approved
No
Target SetGroup 1-2
Defeat MechanismDirected Energy (High-Energy Laser)
Procurement Status

U.S. Army prototype; Fort Sill testing

Overview

HELWS provides precision directed energy capability in a compact, mobile package suitable for tactical deployment.

Technology Maturation

The system has undergone extensive testing and demonstration, with the Air Force evaluating operational employment concepts.

Complementary Capability

HELWS complements high-power microwave systems like Leonidas - lasers provide precision single-target engagement while HPM addresses swarms.

Technical Specifications

  • High-energy laser emitter
  • Precision beam control
  • Mobile platform integration
  • Electro-optical tracking
  • Deep magazine (power limited)
  • Low cost per engagement

Range

Effective Range

Several kilometers

Compatible Platforms

MRZR
Vehicle
Fixed Site

Deployed By

US Air Force

Key Features

  • Precision engagement
  • Low collateral damage
  • Cost-effective per shot
  • Silent operation

Advantages

  • Very low cost per engagement
  • Precision minimizes collateral
  • Deep magazine
  • Speed of light engagement

Limitations

  • Atmospheric effects reduce range
  • Power requirements
  • Single target engagement
  • Dwell time required

Related Systems

Leonidas
THOR
DE M-SHORAD