Describe. Design. Fly.

AI drone design. From your mission to a design you can explore.

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The product

Six surfaces.
One design conversation.

Chat on the left, a proposed design on the right. Explore six views from the DRONA workspace.

DRONA chat - describe a mission and review a proposed drone configuration

What you can do

Describe the job in plain English - "5-inch freestyle, 6S, around $400"
Review a proposed frame, propulsion, electronics and payload
Add a constraint and review the proposed design changes
Ask why a part was selected and inspect the available evidence

Why it matters

Keep the design conversation and its supporting evidence together
Review component evidence and unresolved checks before ordering parts

Conversational CAD

A complete machine,
from a sentence.

Frame. Motors. ESCs. Battery. Props. Parts and estimates, ready to review.

Any form factor

Multirotor. Fixed-wing.
VTOL. Underwater.

One design surface for anything that moves through a fluid.

Studio render of a fixed-wing VTOL aircraft with four lift rotors

The idea

Bring drone design, sourcing, and build planning into one conversation.

Describe the job, payload, range, and environment. Explore a proposed configuration, a bill of materials, engineering estimates, and a 3D view. Review the evidence and unresolved checks, then iterate.

Tell it the job.
Not the parts.

"Inspect 120 solar panels per charge in 35 °C heat with a thermal camera." That's the spec.

No part numbers. No thrust-to-weight calculations. No cross-referencing motor curves at midnight. You describe what you need the machine to do, the way you'd describe it to a human engineer.

you
Design an inspection drone for solar farms.
Payload: FLIR thermal + 4K visual.
Range: 120 panels per charge.
Operate at 35 °C.

drona · example workflow
→ Compare airframes for the payload
→ Estimate power and endurance
→ Review thermal camera options
→ Inspect recorded parts and vendor offers

Every part.
Every connection.
Every constraint.

DRONA brings the frame, motors, ESCs, flight controller, battery, and payload into one design you can inspect.

Review compatibility checks, mass and power estimates, and missing component facts as the design changes. Check coverage varies by aircraft and available evidence. See what the checks cover.

From a sentence
to your next build.

Inspect the 3D design. Review the bill of materials and vendor evidence. Export available build files and guidance. Physical assembly, bench checks, and flight testing are the next steps.