N°01 The program

What if an AIRCRAFT could learn to FLY better?

PsiWings Aerospace is a young experimental aeronautics R&D program exploring how small electric aircraft can become more efficient, more intelligent, and more aware of their own condition. Our journey begins with Kyte — an evolving experimental aircraft platform.

Explore Kyte → See the four-year roadmap

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CHAPTER 01

— First principles

Flight is an energy problem.

Step 01

Power

P = V · I

A battery holds finite energy. Every watt the aircraft draws is voltage times current — and every watt costs flight time.

Watts · volts × amps

Step 02

Lift

L = q S C_L

The wing converts forward motion into upward force. Air density, wing area, and shape decide how efficiently that happens.

Newtons · airspeed² × wing

Step 03

Drag

D = q S C_D

Air resists the aircraft's passage. Drag is what the motor must overcome — and what steals endurance from every mission.

Newtons · what the propeller pays

Step 04

Endure

E = ∫ P dt

Total energy consumed is power integrated over time. Endurance is the difference between what the battery holds and what the aircraft spends.

Watt-hours · time in the air

The question is not whether an aircraft can fly.
The question is how intelligently it can use the energy available to it.

CHAPTER 02

— The Kyte program

One aircraft.
Four years.
Four generations of questions.

2026 · Now

2027

2028

2029

Kyte X1

Understand

Grade 9 · In development

Where does the energy of flight actually go? Measure it — before making any bigger claims.

Read the program

Kyte X2

Predict

Grade 10 · Future development

How much useful flight time does this aircraft, right now, really have left?

Read the program

Kyte X3

Optimize

Grade 11 · Future research

Can the aircraft alter how it flies to extend endurance? First steps toward solar-assisted flight.

Can the aircraft tell the difference between a harder mission and a less-healthy version of itself?

Read the program

Each Kyte should answer a question the previous Kyte could not.

CHAPTER 03

— Current development

Kyte X1 · Understand
where the energy goes.

Kyte X1 experimental electric aircraft in flight

FIG. 01 · Kyte X1 · First controlled flight envelope · Sept 2026 FIRST HARDWARE ITERATION

CURRENT DEVELOPMENT

The first experimental aircraft in the PsiWings program.

Kyte X1 exists to build a reliable relationship between aircraft configuration, flight condition, electrical power consumption, and real-world endurance — before we make any bigger claims.

Primary research

Airspeed vs power

Payload vs power

Climb vs energy

Wind vs mission consumption

Propulsion & battery efficiency

Kyte X1 program →

CHAPTER 04

— From aircraft to technology

Products emerge
from questions.

01STAGE / QUESTION

Ask

Every project starts with a specific aerospace question — written in an engineering notebook, not a whiteboard brainstorm.

02STAGE / BUILD

Build

A Kyte generation is designed to attack that question — hardware, sensors, flight envelope, all shaped around the problem.

03STAGE / MEASURE

Measure

Real flight data turns into models. Models turn into algorithms. The aircraft becomes an instrument of learning.

04STAGE / EMERGE

Emerge

If the answer is useful to others, the technology becomes a product. Not before. Not the reverse direction.

PsiWings does not begin
by deciding what product to sell.

We begin by identifying an important aerospace question. If solving that question creates something useful to others, that technology can become a product.

Every commercial technology in our roadmap traces back to a specific experiment on a specific Kyte — not to a whiteboard brainstorm.

CHAPTER 05

— Long-term product family