For component manufacturers
List your components where designers choose them.
People come to ThrustLab to work out which motor, propeller and battery to buy. They assemble a build from real, modeled parts and see how the combination performs before they order anything. If your components are in that catalog, you are in that decision.
Why it is worth the data
You are there when the choice is made
Someone picking parts in ThrustLab sees your brand on the component and can filter the catalog down to it. That is a different moment from a datasheet download — they are deciding what to buy, and the performance numbers are already on screen.
Your customers can model your part properly
A datasheet gives them one operating point. A modeled component gives them thrust, current, efficiency and temperature across their own envelope, on their own pack, in the build they are actually designing.
Read a validation report →What gets built with your parts
We can see in aggregate which components get simulated together, and at what operating points. We are not selling that as a product: there is no dashboard, no portal, and no report has been produced yet — a data-use review comes first. If it would be useful to you, say so and we will tell you plainly where it stands.
What a listing is
A modeled part with your name on it.
Motors, propellers and batteries become entries in the component catalog. Your brand name shows on the part, and the catalog carries a brand filter designers can narrow down to. Once a component is in, it works everywhere the solver does — single operating points, parameter sweeps and time-domain missions.
What it is not
There is no vendor profile, no logo placement and no outbound link to your store. A listing is the part and the brand name on it, nothing more.
ESCs cannot be listed. The solver models ESC behaviour — resistance, timing, PWM frequency, synchronous rectification — as settings inside a simulation rather than as catalog parts, so there is nothing there to put your name on.
How it works
A conversation, not an upload form.
01
Send us what you have
Datasheets, bench logs, drawings, or a sample in the post. Email is the whole intake — there is no manufacturer portal to log into, and we are not pretending otherwise.
02
We model it and check it
We build the component, run it, and compare the result against your own numbers. If something does not line up, you hear about it from us before anything is listed.
03
It goes in the catalog
The part appears under your brand, in the catalog designers pick from.
What we need
The data that makes a component real.
A rough guide, not a gate. If you are missing something, send what you have and we will tell you whether it is enough.
Motors
Kv, phase-to-phase resistance, pole count, motor diameter and length, weight, nominal current and voltage, and either a max current or a max power figure.
Resistance is the phase-to-phase value — what a meter reads across two motor leads, not the per-phase number. Bench runs of voltage, current, RPM and torque are welcome: they let us check the model against your measurements.
Propellers
Diameter, pitch, blade count, weight and maximum RPM to start. Real geometry is better — chord, twist and airfoil sections along the blade.
If you do not have geometry, a clean square-on photo of a single blade works: the blade shape can be fitted from it.
Batteries
Series and parallel cell count, total capacity, weight, and a resistance figure: a C rating, a measured pack resistance in milliohms, or per-cell resistances.
A measured resistance beats a C rating every time. C ratings are a marketing number; milliohms are what the model actually needs to predict voltage sag.