Carbon fiber propellers,
built to your spec.

Thirteen years of UAV propeller development and manufacturing — for FPV, VTOL, multirotor and fixed-wing platforms. From mold to finished blade under one roof, shipped worldwide.

01 · 5 families, 11 series.

Find your propeller

View all products

Choose a platform, then compare sizes and blade configurations.

02 · At a glance
13Years in carbon fiber propellersDevelopment and manufacturing
11Product series in the lineupMultirotor · FPV · VTOL · Electric & gas fixed-wing
8Parameters open to customizationFrom diameter to drilling pattern
5Production steps, in-houseMold to finished edge
03 · Why choose us

One principle: exceed what you expect.

Thirteen years of carbon fiber propeller production, guided by understanding what you need — and delivering past it.

01

Lightning delivery

Standing molds and a fully in-house line keep lead times short. Stock series dispatch fast; custom runs move without a middleman.

02

Pick your preference

Diameter, pitch, material, blade type, finish, drilling and branding — eight parameters open to customization, down to a one-off design.

03

Honest pricing

High quality should not carry an exorbitant price. Our propellers deliver exceptional performance at a reasonable cost — value without compromise.

04 · Production process

Five steps, all under one roof.

Behind every propeller: precision machining, careful molding and a finished edge — each step run and checked in our own workshop.

A CNC cutter machining an aluminium propeller mold under running coolant
Step 01

Mold processing

Precision CNC machining lays a flawless mold foundation.

Equipment
CNC machining centre
Tooling
Aluminium mould plate
Mould tolerance
±0.02 mm
CNC machine shaping a propeller foam core, tool positions numbered on the bed
Step 02

Foam core CNC

Advanced CNC shapes the propeller core with utmost care.

Equipment
CNC router
Material
Structural foam core
Shaped to
Blade spec
Nested ply outlines and a red laser cross projected on carbon fabric at the cutting table
Step 03

Fabric cutting

Automatic cutting ensures precise, repeatable fabric assembly.

Equipment
Automatic cutting table
Material
Carbon prepreg · S-glass
Ply tolerance
±0.5 mm
Carbon fiber plies laid into the blade cavities of an aluminium mold plate
Step 04

Lay-up and molding

Plies are laid into the cavity by hand, then closed and cured under pressure.

Method
Hand lay-up into the cavity
Cure
Heated press, closed mould
Stacking
Fixed per blade spec
A polishing wheel running along the gloss surface of a finished carbon fiber blade
Step 05

Trimming and surface finish

Every blade is trimmed, then polished by hand to a matte or gloss finish.

Method
CNC trim, then hand polish
Finish
Matte · gloss · polish
Branding
Your logo, before packing
05 · Customization

Make the propeller yours.

Eight parameters are open on every order — enough to build a one-of-a-kind propeller around your airframe, not the other way round.

01Size
02Pitch
03Material
04Your logo
05Blade type
06Surface treatment
07Drilling pattern
08Full design
Start a custom order
Custom propeller design drawing and finished carbon fiber blade
06 · In the field

We take the lineup on the road.

Lighter Propeller exhibition stand with a curved LED wall and a single carbon fiber propeller on display

Most of our customers meet the blades in person before they order. Here is where we have set up the stand.

All exhibitions

Tell us what you fly.

Send the airframe, the motor and the mission — we will come back with a propeller recommendation and a quote.