Voltair Faraday-1 fixed-wing drone with gimbal camera
Voltair

Engineered, manufactured, and deployed in America

Drone Infrastructure Layer

Built for the grid

Voltair Faraday-1 fixed-wing drone with gimbal camera
Voltair

Engineered, manufactured, and deployed in America

Drone Infrastructure Layer

Built for the grid

Voltair Faraday-1 fixed-wing drone with gimbal camera
Voltair

Engineered, manufactured, and deployed in America

Drone Infrastructure Layer

Built for the grid

Voltair Faraday-1 fixed-wing drone with gimbal camera
Voltair

Engineered, manufactured, and deployed in America

Drone Infrastructure Layer

Built for the grid

Kit Carson Electric Cooperative logoFairfield Electric Cooperative logoFlathead Electric Cooperative logoCapital Electric Cooperative logoBig Bend Electric Cooperative logoAmazon Web Services (AWS) logo
Kit Carson Electric Cooperative logoFairfield Electric Cooperative logoFlathead Electric Cooperative logoCapital Electric Cooperative logoBig Bend Electric Cooperative logoAmazon Web Services (AWS) logo
Kit Carson Electric Cooperative logoFairfield Electric Cooperative logoFlathead Electric Cooperative logoCapital Electric Cooperative logoBig Bend Electric Cooperative logoAmazon Web Services (AWS) logo

Faraday-1

Faraday-1

[01 // AIRCRAFT]

Top-down drone photo of a power line crossarm and conductors

High-Resolution Visual

RGB sensors capture imagery of every asset at both the structure and component level.

Radiometric thermal image of a utility pole and crossarm

Radiometric Thermal

Per-pixel temperature data reveals hotspots, failing splices, and overloaded equipment long before visible failure.

LiDAR point cloud of a distribution line, poles and vegetation

LiDAR

LiDAR captures precise 3D measurements of utility assets and vegetation for clearance analysis, digital twins, and engineering modeling.

85 mi

FLIGHT RANGE

135 min

FLIGHT TIME

12 min

AVG RESPONSE

<500 ms

LIVE VIDEO STREAMING

Lighthouse-1

Lighthouse-1

[02 // GROUND INFRASTRUCTURE]

[02 // GROUND INFRASTRUCTURE]

Ground infrastructure at utility substations enables Faraday-1 to recharge in the field while automating GNSS corrections and data uplink.

[ 01 // HIGH-FREQUENCY ]

Continuous Proactive Missions

Asset Inspection

Autonomous inspections of utility structures at 35-60 miles per hour.

LiDAR Mapping

High-accuracy point clouds of every corridor, flown at a fraction of today's cost.

Line drawing of Faraday-1 docked on the Lighthouse-1 charging station

CHARGING // GNSS RTK // LIVE UPLINK

[ 02 // IMMEDIATE ]

Rapid Reactive Missions

Post-Storm Damage Assessment

Rapidly patrol circuits to locate downed wire, broken poles, vegetation contact and access issues before crews deploy.

Rapid Fault Localization

Pinpoint faults at the component level, allowing crews to go directly to the source of the problem.

Enabling linemen and grid operators with eyes in the sky.

Enabling linemen and grid operators with eyes in the sky.

How Voltair Works

[03 // OUR SERVICE]

Select Mission

01

Define the inspection type and area region, corridor, or specific asset. Choose RGB, thermal, or LiDAR based on operational needs.

[Selected Region]

How Voltair Works

[03 // OUR SERVICE]

Select Mission

01

Define the inspection type and area region, corridor, or specific asset. Choose RGB, thermal, or LiDAR based on operational needs.

[Selected Region]

How Voltair Works

[03 // OUR SERVICE]

Select Mission

01

Define the inspection type and area region, corridor, or specific asset. Choose RGB, thermal, or LiDAR based on operational needs.

[Selected Region]

How Voltair Works

[03 // OUR SERVICE]

Select Mission

01

Define the inspection type and area region, corridor, or specific asset. Choose RGB, thermal, or LiDAR based on operational needs.

[Selected Region]

Voltair fixed-wing drone

Autonomous aerial coverage for critical infrastructure.

Autonomous aerial coverage for critical infrastructure.

Voltair fixed-wing drone
Voltair fixed-wing drone
Voltair fixed-wing drone
Voltair fixed-wing drone