T-Motor VZ26x9.5 26in PMI Carbon VTOL Propeller, Flange Mount Ø10mm Hole, 4xØ3mm

Overview

The T-Motor VZ26x9.5 is a 26-inch VTOL propeller designed for VTOL fixed-wing UAVs in multicopter mode, focusing on high strength, high stiffness, and lightweight design for VTOL takeoff/landing, transition, and cruise requirements.

Key Features

• High strength: withstands centrifugal loads and maneuver-induced alternating loads at high RPM to help prevent structural failure.
• High stiffness: helps maintain blade-tip clearance in compact layouts, suppresses aeroelastic deformation, and helps prevent flutter.
• Lightweight design: reduced moment of inertia for rapid thrust response and higher attitude-control bandwidth.
• Bending & torsion resistant layup design: optimized fiber orientation and ratio to maximize strength and stiffness.
• Prepreg compression molding for integrated forming: product porosity below 1%.
• PMI foam core: lightweight, high-strength core material to increase stiffness while controlling total weight.
• Comparative data (VZ vs. G series): 30% flexural strength and 20% torsional stiffness.
• Blade root thickness optimization for structural redundancy and reduced load on connecting bolts.
• Aerodynamic design elements: dedicated high lift-to-drag ratio airfoil for VTOL, low-drag cruise blade shape, and specialized blade tip.
• Custom VTOL propeller service: 10 to 100 inches, supporting matching with various pitch specifications and motors.

For installation and compatibility questions (motors/ESC pairing, flange dimensions, and bolt pattern), contact support@rcdrone.top or visit https://rcdrone.top/.

Specifications

Technical drawing (dimensions shown)

• Partial view: Scale 2:1
• Center hole: Ø10
• Bolt circle: Ø20
• Mounting holes: 4-Ø3
• Overall length shown: 665.6
• Additional dimensions shown: 55.8, 20.7, 8

Simulation/analysis text visible in graphics

• CFD label: pathlines-1 Velocity Magnitude (unit shown: [m/s]) scale values: 0.000e+00, 1.18e+00, 2.36e+00, 3.54e+00, 4.72e+00, 5.90e+00, 7.08e+00, 8.26e+00, 9.44e+00, 1.06e+01, 1.18e+01.
• CFD label: pathlines-1 Particle ID scale values: 0.000e+00, 3.88e+04, 7.77e+04, 1.16e+05, 1.55e+05, 1.94e+05, 2.33e+05, 2.72e+05, 3.10e+05, 3.49e+05, 3.88e+05.
• Analysis legend values visible: 120.91 (max) and 0.014115 (min); 104.27 (max) and 0.12636 (min) (units not specified in the graphics).
• Simulation comparison label visible: 15% (bolt shear load marker ③).

What’s Included

• Propeller: CCW x1, CW x1
• Propeller cover plate (φ32 x 3 mm) x2
• Socket head screws (M3 x 18 mm) x8

Applications

• VTOL fixed-wing UAVs (multicopter mode)

Notes

• ① Appearance diagrams and product renderings are for reference only; the actual product shall prevail.
• ② Flexural strength and torsional stiffness improvement data are from comparative testing between the VZ series propeller and the G series propellers.
• ③ Reduction in bolt shear load data is from simulation comparisons between installation bolts for the VZ series propellers and those for the V series propellers.
• ④ Test data were obtained under specific conditions using equipment within the manufacturer’s laboratory; actual data and parameters may vary depending on test environment, platform, software, and other factors.

Details

The T-Motor VZ carbon fiber VTOL propeller features a wide-blade profile suited to larger multirotor or VTOL builds.

The VZ26x9.5 propeller uses a swept blade profile designed for VTOL setups where efficient thrust and smooth airflow matter.

The carbon composite blade uses a layered internal construction designed for rigidity while maintaining a streamlined airfoil profile.

The carbon-fiber propeller blade features a slim airfoil profile with a visible layered core for a lightweight VTOL build.

The VZ26x9.5 carbon VTOL propeller uses a flange mount with four fasteners for a secure, repeatable installation.

The flange-style hub uses four bolts for a secure propeller mount on VTOL setups.

The VZ26x9.5 propeller’s blade profile is designed for smooth airflow across the span for VTOL setups.

A velocity-magnitude airflow simulation around the VZ26x9.5 blade profile helps visualize flow behavior along the span.

CFD airflow streamlines around the propeller blade tip help visualize vortex behavior and local flow patterns.

T-Motor VZ26x9.5 VTOL propeller designs can be evaluated with airflow simulation outputs like pressure and flow patterns during development.

CNC milling with coolant helps achieve clean cuts and consistent part geometry during precision manufacturing.

A VTOL-style propeller can be precisely checked for blade geometry and fit using a detailed 3D scan during setup or inspection.

The 26-inch VZ26x9.5 carbon VTOL propeller uses a flange mount with a Ø10 mm center hole and four Ø3 mm bolt holes for secure installation.

The VZ26x9.5 26-inch carbon propeller set includes CW/CCW blades plus two Φ32×3 mm cover plates and eight M3×18 mm socket head screws.