THE COMPANY

Built before
it was a company.

Three co-founders with a shared history of building physical machines, joined by an experienced UAV test pilot. Together, developing an aircraft platform for surveying and mapping.

The team’s early twin-motor tailsitter with exposed wiring, showing the first physical test airframe

IT STARTED WITH HARDWARE.

Not a pitch deck.
An aircraft.

Our tailsitter began as an engineering project: design the airframe, build it, understand the controls and take it into the field.

The team developed and tested the original architecture in 2019. Peregron brings that hands-on experience into the development of a commercial autonomous aircraft platform for surveying and mapping.

DESIGN → BUILD → TEST → LEARN

01THE TEAM

Engineers and pilots.
One team.

Airframe engineering, manufacturing, autonomy and flight testing. Three co-founders and a test pilot with 10 years of UAV experience.

CO-FOUNDER / 01

Asiri Indatissa

Mechanical design & manufacturing

Mechanical engineer with seven years in the Sri Lanka Air Force. Specialises in CAM and the practical work of machining, fabrication and building the aircraft.

Mechanical engineering · CAM & manufacturing

CO-FOUNDER / 02

Yuthika Sagarage

Aerospace, autonomy & software

Wichita State aerospace engineer turned robotics and software engineer. Brings aircraft development, autonomous systems and production software experience together.

B.S. Aerospace Engineering · Wichita State University

CO-FOUNDER / 03

Uditha Gayan

Airframe & mechanical engineering

Mechanical engineer with seven years of UAV engineering experience in the Sri Lanka Air Force. Focused on airframe development and turning aircraft designs into working hardware.

Mechanical engineering · UAV airframes

TEST PILOT / 04

Nisala Nadeera Kudaligama

UAV flight testing & piloting

A licensed aircraft pilot with 10 years of UAV experience.

10 years of UAV experience · Licensed aircraft pilot

OUR STARTING POINT

We know what it takes
to make an aircraft fly.
Now we’re building
for surveying and mapping.

Airframe engineering. Manufacturing. Autonomy. Software.

02THE NEXT CHAPTER

From a working aircraft
to a surveying platform.

01 / UNDERSTAND

Start with the operator.

Work with survey teams to understand field conditions, mission planning and the data they need to deliver.

02 / ENGINEER

Build for repeatability.

Develop the airframe, manufacturing process and survey mission workflow together.

03 / VALIDATE

Prove it in the field.

Plan field trials with survey operators to validate the aircraft and mission workflow as the platform develops.

SURVEYING & MAPPING

Tell us about
your survey.

We’re working towards a commercial mapping platform.
Help shape it around your field requirements.

Built beforeit was a company.

Not a pitch deck.An aircraft.

Engineers and pilots.One team.