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T-Motor VZ28x10.8 28in VTOL Propeller, PMI Carbon Composite + Foam Core, 10mm Bore Flange Mount

T-Motor VZ28x10.8 28in VTOL Propeller, PMI Carbon Composite + Foam Core, 10mm Bore Flange Mount

T-MOTOR

通常価格 $363.86 USD
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Overview

The T-Motor VZ28x10.8 is a VTOL propeller designed for VTOL fixed-wing UAVs in multicopter mode, targeting high thrust output, durability, and lightweight performance for VTOL applications.

VZ series propellers are engineered to address VTOL operating challenges (vertical takeoff/landing, transition, and cruise requirements), emphasizing high strength, high stiffness, and reduced inertia for responsive thrust and stable flight control.

Key Features

  • High strength: Designed to withstand centrifugal loads and maneuver-induced alternating loads at high RPM to help prevent structural failure.
  • High stiffness: Supports blade-tip clearance in compact layouts, suppresses aeroelastic deformation, and helps prevent flutter.
  • Lightweight design: Reduced moment of inertia to support rapid thrust response and higher attitude control bandwidth.
  • Aerodynamic design for VTOL:
    • Vertical takeoff/landing phase: focuses on high thrust and power within limited blade area.
    • Cruise phase: when the propeller stops rotating, aims to minimize profile drag to reduce power consumption.
  • Transition stability focus: developed to resist complex flow field interference (high angle of attack, low speed, unsteady/asymmetric airflow, and periodic force variations that can induce flutter and thrust fluctuation).
  • Composite structure/process:
    • Bending & torsion resistant layup design (optimized fiber orientation and ratio).
    • Prepreg compression molding for integrated forming; stated product porosity below 1%.
    • PMI foam core for stiffness-to-weight optimization.
  • Measured improvement claims (manufacturer test comparison): 30% flexural strength and 20% torsional stiffness (compared against G Series propellers).
  • Blade root optimization: optimized root thickness for structural redundancy while reducing loads on connecting bolts.
  • Custom VTOL propeller service: 10 to 100 inches (pitch specifications and motor matching supported).

For product selection and after-sales support, contact https://rcdrone.top/ or email support@rcdrone.top.

Specifications

Model VZ28x10.8
Diameter (inch) 28 (711.2 mm)
Pitch (inch) 10.8 (274.4 mm)
Material Resin-based Carbon Fiber Composite + PMI Foam Core
Surface treatment Matte
Average single-blade weight 80 g
Type One-piece straight propeller
Recommended max RPM 5900 RPM
Limit RPM 6600 RPM
Recommended max thrust 26.4 kg
Limit thrust 33 kg
Application VTOL Fixed-Wing UAVs, Multicopter Mode
Connections & dimensions Flange mount, Ø10 mm center hole, Ø20 mm bolt circle, with 4x Ø3 mm mounting holes
Recommended solution VL8020 KV170 + V150A
Technical drawing dimensions (mm) 711.2; 59.6; 22; 9.1; Ø10; Ø20; 4-Ø3 (Partial view scale 2:1)

What’s Included

  • Propeller: CCW x 1
  • Propeller: CW x 1
  • Propeller cover plate (Ø32 x 3 mm) x 2
  • Socket head screws (M3 x 18 mm) x 8

Applications

  • VTOL fixed-wing UAVs (multicopter mode)
  • Heavy VTOL platforms requiring high thrust and rigid, lightweight propellers

Notes

  • Appearance diagrams and renderings are for reference; actual product may differ.
  • Flexural strength and torsional stiffness improvement data are from comparative testing between VZ Series and G Series propellers.
  • Data may vary with test environment, platform, software, and other factors.

Details

T-Motor VZ28x10.8 28in VTOL Propeller, T-Motor VZ28x10.8 28-inch VTOL carbon fiber propeller blades with a sleek, curved aerofoil design

The T-Motor VZ28x10.8 VTOL propeller features a carbon-fiber style blade finish and a curved airfoil profile for large drone builds.

T-Motor VZ28x10.8 28in VTOL Propeller, T-Motor VZ28x10.8 28-inch VTOL propeller blades with airflow direction arrows on a dark background

The T-Motor VZ28x10.8 28-inch VTOL propeller uses a wide blade profile to guide airflow along the span for efficient thrust.

T-Motor VZ28x10.8 28in VTOL Propeller, Cross-section diagram of a T-Motor VZ28x10.8 VTOL propeller blade profile with upward airflow arrows

The VZ28x10.8 propeller uses an airfoil-style blade profile designed to guide airflow smoothly across the section.

T-Motor VZ28x10.8 28in VTOL Propeller, T-Motor VZ series VTOL propeller blade with swept profile and carbon-fiber style surface finish

The T-Motor VZ series propeller features a broad, swept blade profile with a carbon-fiber style finish for VTOL setups.

T-Motor VZ28x10.8 28in VTOL Propeller, T-Motor 28in VTOL propeller hub and blade root with bolt pattern, shown with stress analysis color scale

The VZ28x10.8 VTOL propeller uses a bolted hub and reinforced blade root area for straightforward mounting on compatible hardware.

T-Motor VZ28x10.8 28in VTOL propeller blade section with bolt mounting area and color stress map

The VZ28x10.8 VTOL propeller is shown with a bolt mounting section and a color stress map indicating a 15% shear load analysis.

T-Motor VZ28x10.8 28in VTOL Propeller, Side view of T-Motor VZ28x10.8 28-inch VTOL propeller with CFD airflow pathlines and velocity scale

CFD airflow pathlines around the 28-inch propeller blade help visualize flow over the airfoil during VTOL setup.

T-Motor VZ28x10.8 28in VTOL Propeller, CFD airflow velocity simulation around a T-Motor 28-inch VTOL propeller blade profile with color scale

Velocity-magnitude airflow visualization around the VZ28x10.8 blade profile helps illustrate the propeller’s aerodynamic flow behavior.

T-Motor VZ28x10.8 28in VTOL Propeller, CFD airflow streamlines around a propeller blade tip, illustrating vortex flow patterns for a VTOL prop setup

CFD-style airflow visualization around the blade tip helps illustrate vortex behavior relevant to VTOL propeller setups.

T-Motor VZ28x10.8 28in VTOL Propeller, Engineer analyzing propeller aerodynamics simulation on dual monitors with airflow and pressure visualizationT-Motor VZ28x10.8 28in VTOL Propeller, CNC milling machine cutting a metal part with coolant spray during precision machining

Precision CNC machining with coolant helps achieve clean, consistent metal part surfaces during manufacturing.

T-Motor VZ28x10.8 28in VTOL Propeller, Close-up of industrial metal cylinders and flanges on a manufacturing machine inside a workshopT-Motor VZ28x10.8 28in VTOL Propeller, T-Motor VZ28x10.8 VTOL propeller mounted on a stand while being scanned with a handheld 3D scanner

The T-Motor VZ28x10.8 VTOL propeller is measured with a handheld 3D scanner on a fixture for detailed shape inspection.

T-Motor VZ28x10.8 28in VTOL Propeller, T-Motor VZ28x10.8 28-inch VTOL propeller dimension drawing with 711.2 mm span and hub mounting holes

The VZ28x10.8 propeller uses a 711.2 mm diameter layout with a Ø20 hub and 4ר3 mounting holes for consistent fitment on compatible VTOL setups.

T-Motor VZ28x10.8 28in VTOL propeller set with CW and CCW blades, two cover plates, and mounting screws

The VZ28x10.8 VTOL propeller set includes CW and CCW blades plus two 32×3 mm cover plates and eight M3×18 mm socket head screws for mounting.