Capabilities · 01

Advanced R&D.

This is where the aircraft that don’t exist yet get built. We take airframes, propulsion, and aerodynamics past today’s limits, from first principle to flight-proven hardware.

Talk to engineeringSee the platforms
0+
Engineers in R&D
0
Platforms in flight test
0
Research domains
0 km
Range achieved
Research domains

Four frontiers, engineered in parallel

An iJet platform is the sum of disciplines advanced at once. We organize R&D around the four that decide whether a drone flies further, lifts more, and comes home.

04 domains · 01 platform program

01

Airframe & composites

Load-optimized geometry and aerospace composites that cut structural mass while holding stiffness. This is the foundation endurance and payload are built on.

  • Monocoque & modular frames
  • Carbon / aramid layups
  • Topology-optimized structures
02

Propulsion & endurance

Hybrid powertrains and energy systems tuned to the mission, so each watt-hour turns into more time aloft and more range over the horizon.

  • Hybrid power systems
  • Thermal & energy management
  • Endurance optimization
03

Aerodynamics & flight test

Airfoil and full-body aerodynamics, checked first in simulation and then in the air. The model only counts once the flight confirms it.

  • CFD & airfoil design
  • Wind-tunnel correlation
  • Instrumented flight test
04

Materials & structures

New materials qualified for flight: lighter, tougher, and able to survive the places the platform has to fly.

  • Advanced composites
  • Fatigue & survivability
  • Environmental qualification
How we work

From first principle to pilot production

A disciplined path turns a research question into hardware you can field. Every stage has to clear the data before the next one starts.

01

Concept & feasibility

Mission and physics define the envelope. We model what’s possible before any metal is cut.

02

Design & simulation

We resolve geometry, loads, and aerodynamics in CAD and CFD, iterating until the numbers close.

03

Prototype

We build flight-representative hardware fast, with structures, propulsion, and avionics integrated.

04

Flight test & validation

Instrumented flights expand the envelope and prove the model against the real world.

05

Pilot production

The validated design hands off to manufacturing: repeatable, qualified, ready to scale.

Engineering philosophy

We design for the edge of the envelope

Reliability at the limit is engineered margin, measured and re-measured. We treat endurance, payload, and survivability as one optimization, trading across disciplines until the platform earns every gram it carries. We account for the watts and the degrees of stability, all of them.

  • Multi-disciplinary trade studies
  • Margin engineered, then measured
  • Validated against flight data
  • Built to qualify for production
αL
By the numbers

Research that shows up in the spec sheet

0 kg
Max takeoff weight
0 kg
Payload capacity
0 h
Endurance in flight test
STOL
Short takeoff & landing
Work with us

Bring us the problem at the edge of what flies

If your mission runs out of endurance, payload, or autonomy before it’s done, that gap is where our R&D starts. Let’s engineer the platform that closes it.

Start a conversation