Pricing
Enterprise
Start designing freeSign in
For drone makers

From first frame to flight test, faster

Size the airframe against real motors and batteries, see hover time change as you drag, and walk into the build review with the drawings already done.

A rendered six-rotor agricultural drone

What gets in the way
and what changes

The problems we hear most from drone makers, and how Speed takes them off the table.

01

Spreadsheets that drift from the CAD

Mass and thrust live in one file and geometry in another. Here they are the same model.

02

Late surprises

The prop hits the arm or the battery won't fit. Clearances are checked on every edit.

03

Too few options

There is only time to draw one concept. The agent drafts several while you review.

How it works

Three steps, one model, no exports in between.

A parametric quadcopter template
Step 1

Start from a proven airframe

Pick a quad, hex or sprayer template and drag the prop, arm and battery sizes.

The Compare list of motors
Step 2

Fit real parts

Compare swaps placeholder motors and batteries for real ones and re-checks the physics.

Stress results on the arms
Step 3

Check the structure

Hard landing, manoeuvre and hot day cases on the real arms and hub.

The tools you'll use most

Physics checks

Mass, thrust to weight, hover time and disc loading update on every edit.

Learn more about Physics checks

Compare

Pick a motor, a battery, a bearing or a fastener.

Learn more about Compare

FEA and reports

Run FEA on the real parts in your browser.

Learn more about FEA and reports

Ship hardware at the speed your programme moves

Open the app in your browser and have a checked concept on screen in minutes. No install, no licence server.