Why V-BAT?

Innovating to inform future customers’ requirements means challenging the status quo and developing exceptional technology.

Performance

Maximum Operational
Safety

An enclosed rotor system in the duct ensures personnel safety, making it the safest drone in its class.

Fixed Wing
Transition

The only UAS that can transition to fixed wing flight from a hover and back again without a diving drop in altitude to transition on the wing.

Hover
and Stare

Ability for sustained hover that provides operational flexibility in difficult geographic terrains (e.g., urban canyons).

Robust Design for Austere
Operational Settings

No infrastructure requirements allow for expeditious and flexible tactical deployment anywhere, anytime.

Options
and customization

Numerous customizable integrations available based on operational needs and requirements.

Fully
Autonomous

From pre-programmed flight paths to automatic orbits, V-BAT is fully autonomous from launch to recovery.

Mobility

No Launch or
Recovery equipment

Requires zero launch and recovery support equipment.

Runway
independent

It can operate from very small spaces on land, ships, and in nearly any environment.

Near-zero
footprint

Containing a small form factor, V-BAT is packed and moved within minutes.

Quick
assembly

System assembly from shipping cases in less than 10 minutes and launched in less than 20.

Superb
Transportability

Transported and deployed by minivan, helicopter or the bed of a small pickup truck.

Low operational
manpower

Only 2 persons are needed for setup and operation.

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