Endron autonomous systems

Built for
earlier warning.

A garage-built autonomous glider designed to detect wildfire heat signatures and alert response teams before fires spread.

Explore the prototype
Palisades, CaliforniaPrototype 01 / Pre-flight
Designed and builtin the Palisades

One continuous chain.
Sky to ground.

Wildfire burning along a ridgeline under heavy smoke at dusk

01

Detect

Onboard thermal-sensing computers scan from altitude, separating emerging heat signatures from the surrounding terrain in real time.

Green coastal hills under storm light, the terrain that generates thermals

02

Soar

The autonomous glider uses solar energy, Santa Ana updrafts, and rising thermals to stay aloft longer and watch more ground.

Vehicles on a canyon road as a wildfire smoke column rises ahead

03

Alert

A verified signal is sent to ground response systems, giving teams timely location and context for a rapid, targeted response.

A persistent aerial platform for the places that cannot wait.

01

Wildfire early detection & response

Find emerging heat signatures early and direct teams toward the right ground.

02

Search and rescue

Extend the aerial search across remote terrain while keeping teams informed below.

03

Land surveying

Observe large, difficult landscapes with a quiet, persistent aerial platform.

04

Oil & gas monitoring

Monitor remote infrastructure for thermal anomalies and changing conditions.

05

Intelligence, surveillance & reconnaissance

Support persistent situational awareness where endurance matters.

06

Emergency communications

Carry a temporary communications link when ground service is unavailable.

Designed by hand.
Built to be tested.

VTOL

Compact launch

Designed to hover off the ground, transition into horizontal flight, and land vertically without a runway.

CPU

Onboard computing

Aircraft-mounted computers are intended to detect heat on the ground and send a targeted alert.

PA6

Printed main body

The central structure uses nylon and carbon-fiber-reinforced filament shaped with a 3D printer.

AIR

Hand-built wings

Foam wings and tail surfaces are shaped, bonded, sanded, and strengthened with a reinforcement spar.

The next chapter
is still taking shape.

Join Endron’s mailing list for future news from the prototype and the people building it.

Or write to us directly

info@endron.us