




Small UAS with Big Capabilities
A sub-250 g, all-weather nano unmanned aircraft designed to deliver rapid aerial awareness where speed, access, and reliability matter.
Platform
HELIUS
Aircraft Class
Nano UAS (sub-250 g)
Primary Mission Role
Rapid situational awareness and close-range ISR
Payload Capacity
Integrated electro-optical sensor
Payload Access
Fixed, integrated payload
Autonomy / Control
Operator-controlled flight; Object Recognition, Autonomous Navigation, Follow Modes, Geotagging
Environment
All-weather, sealed airframe
Deployment Model
Hand launch; single operator and remote operation capable
Sustainment
Aircraft-grade construction; rechargeable, field-swappable batteries; minimal logistics
Scalability
Operates within a layered aviation ecosystem, extending awareness without adding complexity

Advanced Situational Awareness in the Palm of Your Hand: Law enforcement, fire service, and EMS operators often need immediate aerial visibility in environments that are too dangerous to dispatch human operators or where larger unmanned systems are impractical, restricted, or too slow to deploy. HELIUS nano UAS was designed to fill that gap.
The 249g HELIUS is ultra-compact, rugged, and can be deployed in seconds, enabling airborne awareness in confined spaces, adverse weather, and time-critical situations. It delivers actionable intelligence without the logistical overhead typically associated with unmanned aircraft.

Advanced Situational Awareness in the Palm of Your Hand: Law enforcement, fire service, and EMS operators often need immediate aerial visibility in environments that are too dangerous to dispatch human operators or where larger unmanned systems are impractical, restricted, or too slow to deploy. HELIUS nano UAS was designed to fill that gap.
The 249g HELIUS is ultra-compact, rugged, and can be deployed in seconds, enabling airborne awareness in confined spaces, adverse weather, and time-critical situations. It delivers actionable intelligence without the logistical overhead typically associated with unmanned aircraft.

A dual-rotor coaxial configuration provides inherent stability and precise control, particularly in high-wind and confined environments.

A dual-rotor coaxial configuration provides inherent stability and precise control, particularly in high-wind and confined environments.

Weighing under 250 grams, HELIUS minimizes regulatory and logistical burden while remaining highly portable and easy to carry.
Aircraft-grade materials and sealed construction enable reliable operation in rain, snow, dust, and high winds where comparably sized and consumer drones cannot perform.

Weighing under 250 grams, HELIUS minimizes regulatory and logistical burden while remaining highly portable and easy to carry.
Aircraft-grade materials and sealed construction enable reliable operation in rain, snow, dust, and high winds where comparably sized and consumer drones cannot perform.

An onboard electro-optical payload delivers real-time video without modular assembly, calibration, or complex pre-flight procedures.
Full-featured remote drone operation with complete command and control over the internet, enabling high-quality, real-time video streaming to multiple browsers and seamless live viewing from anywhere.

An onboard electro-optical payload delivers real-time video without modular assembly, calibration, or complex pre-flight procedures.
Full-featured remote drone operation with complete command and control over the internet, enabling high-quality, real-time video streaming to multiple browsers and seamless live viewing from anywhere.





