Aug. 12, 2026
How to Calculate Propeller Clearance From Frame Geometry
Calculating clearance correctly is essential when installing a large drone propeller on a new frame, replacing motors, or changing the arm layout. The available space must be checked against the complete rotating envelope, not only the propeller diameter printed on the product label. This guide explains how to measure frame geometry, calculate minimum clearance, verify the result, and avoid
Aug. 11, 2026
Fixed-Wing Propeller Layout Guide for UAV Integrators
Choosing a fixed-wing drone propeller is only one part of achieving a reliable aircraft configuration. A practical fixed-wing UAV propeller layout guide must also address how to choose a propeller for a fixed-wing drone and the correct pusher propeller placement for UAV applications. The design should balance thrust-to-weight ratio, center of gravity, and aerodynamic efficiency while accounting
Aug. 10, 2026
Tips for Checking Blade Flex and Dynamic Clearance
A large-diameter UAV propeller can pass a bench inspection and still contact a nacelle, arm, or adjacent blade after rotor speed increases. This guide explains how to check large drone propeller blade flex, set up dynamic clearance measurement for UAV propellers, and build a large-diameter UAV propeller inspection checklist. The process combines visual inspection, controlled deflection testing,
Aug. 07, 2026
Tractor vs Pusher Propellers for Long-Endurance Fixed-Wing UAVs
A fixed wing UAV propeller has a direct effect on endurance, stability, cooling, payload capacity, noise, and maintenance. When choosing between a tractor propeller mounted at the front and a pusher propeller mounted behind the fuselage or wing, buyers need more than a simple list of advantages. They need to know how each layout performs in real flight, how much battery life it can provide, and
May. 11, 2026
High-Performance Carbon Fiber Propellers: RAYIAERO to Exhibit at Drone World Congress 2026
isit RAYIAERO at Booth 9C42 during the 2026 Drone World Congress in Shenzhen. Explore high-efficiency carbon fiber propellers for heavy-lift, eVTOL, and industrial UAVs.
May. 11, 2026
RAYIAERO Unveils Three Custom 30x9.8" Carbon Fiber Propellers for UAV
To address the increasingly complex payload requirements of industrial drones, RAYIAERO (SPEED NOVA) has officially released its new 30x9.8-inch carbon fiber propeller series. Developed through strict structural engineering and rigorous ground and flight testing, the series includes Regular (XP), Enhanced (XQ), and Super Enhanced (XE) models.