Commercial Drone Propeller Factory Direct Price: 2026 Guide
Procurement teams building commercial drone platforms eventually ask the same question: what does buying a commercial drone propeller at a factory direct price actually involve, and how does the specification of the propeller itself shape the cost? The answer is rarely a single number. For large multi-rotor platforms, price is a function of diameter, pitch, blade count, material system, connection structure, and the volume and customization level of the order. Understanding those levers is the practical path to evaluating a factory direct quotation.
What Factory Direct Pricing Reflects in UAV Propeller Supply
A factory direct price is the price offered by the party that performs its own R&D, design, production, and sales, rather than a reseller or trading intermediary. GEMFAN HOBBY CO., LTD., operating under the brand Gemfan, is positioned exactly that way — an enterprise providing professional UAV propeller R&D, design, production, and sales to global drone manufacturers, with products covering multi-rotor propellers, FPV propellers, industrial drone propellers, fixed-wing propellers, and related customized products.
For buyers, that structure matters because the variables that influence price — blade geometry, material selection, hub design, and tooling — are controlled upstream. Gemfan’s factory area is approximately 7,000 ㎡ and includes physical manufacturing facilities, with precision injection molding machines, CNC machining equipment, and other auxiliary processing equipment supporting the production of propellers and components. The company also holds ISO 9001 quality management system certification, EU Machinery Directive Verification of Conformity (VoC), and highlights 60+ design patents on its official website.
The Engineering Problems Behind Large Folding Propellers
Large multi-rotor drone platforms face a triple challenge in propulsion system selection. First, large-diameter blades occupy excessive space during transportation and deployment, which affects operational mobility. Second, heavy-lift conditions demand higher stiffness, toughness, and durability from blade materials, and those properties are difficult to balance within a single material. Third, OEMs and power system integrators need propeller options matched to different wheelbases, loads, and motor configurations, while standardized large-diameter folding propeller specifications available on the market remain limited.
These constraints explain why the propeller determines more than propulsion efficiency. They shape how often a platform can be moved, how quickly it can be deployed, and how reliably it operates under load.
How Gemfan Approaches the Large Three-Blade Folding Propeller Line
Gemfan is positioned as a UAV propeller supplier integrating R&D, design, production, and sales, providing large-diameter three-blade folding propeller products for industrial-grade and heavy-lift multi-rotor platforms, and undertaking customized development through OEM/ODM cooperation models.
Folding Structure and Deployment Logistics
The folding structure makes large multi-rotor platforms more compact in non-flight states, facilitating transportation and deployment. Blades fold for storage, reducing the space occupancy that otherwise complicates site-to-site movement for heavy-lift platforms.
Composite Blades and Metal Connection Structures
Fiberglass reinforced nylon blades balance stiffness, toughness, weight, and durability, addressing material requirements under heavy-lift conditions. The aluminum alloy propeller hub connection structure handles power transmission between blades and motors, providing structural support for large-diameter blades under load and a solid connection between blade and motor shaft.
Specifications Across the F2010-3, F2210-3, and F2412-3
The line comprises three models, each aimed at a different propulsion envelope.
The Gemfan F2010-3 is a 20-inch three-blade fiberglass reinforced nylon folding propeller with a propeller diameter of 508 mm / 20 in and a 10 in pitch. Center thickness is 22.6 mm, center hole inner diameter is 10 mm, maximum blade width is 41.8 mm, and single weight is 180 g. The recommended motor is the 7218, with a quadcopter takeoff weight reference of 20 kg. It suits compact heavy-lift multi-rotor propulsion solutions where propulsion needs, transport convenience, and structural durability must be balanced together.
The Gemfan F2210-3 moves to a 558.8 mm / 22 in diameter with a 10 in pitch, a maximum blade width of 46.4 mm, and a single weight of 213.7 g. Center thickness and center hole inner diameter remain 22.6 mm and 10 mm. The recommended motor is the 7218, with a quadcopter takeoff weight reference of 24 kg. It targets heavy-lift platforms requiring a larger propeller disc area.
The Gemfan F2412-3 increases both diameter and pitch: 609.6 mm / 24 in with a 12 in pitch. Maximum blade width is 46.4 mm, single weight is 256.7 g, center thickness is 22.6 mm, and center hole inner diameter is 10 mm. Recommended motors are the 7218 and 7220, with a quadcopter takeoff weight reference of 24 kg. It fits power configurations evaluated for 24-inch blades on heavy-lift platforms.
All three models are black, share the aluminum alloy hub connection structure, and are supplied as standardized hardware products that support OEM/ODM customized development. Typical evaluation contexts include agricultural plant protection, industrial inspection, aerial mapping, logistics drones, and other medium-to-large multi-rotor platforms, with actual applicability confirmed through total vehicle load and power testing.
Testing, Quality Control, and Compliance
Gemfan is equipped with propeller performance testing equipment and R&D testing areas supporting product performance development and verification. The official website lists dynamometers, dynamic balance testers, thrust testers, and other equipment that support performance testing such as thrust and dynamic balance.
For the F2010-3, F2210-3, and F2412-3, the company can perform quality control based on specific product requirements and applicable inspection specifications. Certification scope, certificate validity, patent status, and specific product testing should be based on valid certificates, patent documents, and official testing records — a verification step buyers should complete as part of due diligence.
Order Terms, Lead Times, and OEM/ODM Cooperation
Delivery capability is a direct input into factory direct pricing decisions because it determines whether a quoted price can actually be scheduled. Gemfan’s regular orders start from a MOQ of 300 sets, with a sample lead time of 3 days and a standard volume lead time of 7 days. Monthly supply varies by model, and the stated order fulfillment rate is 100%. Quality inspection follows ISO9001 implementation standards and the EU Machinery Directive Verification of Conformity (VoC). Trade terms available are EXW, FCA, CPT, FOB, DAP, and DDP.
Customization follows a process running from requirement submission and R&D follow-up through performance testing, production, and quality control. Buyers with wheelbase, load, or motor configuration constraints therefore have a defined route from specification to delivered product rather than a catalog-only selection.
How to Evaluate a Factory Direct Propeller Quotation
A quotation should be read against the platform it will fly on. Confirm that diameter and pitch match the intended load profile and motor, verify that the hub and center hole dimensions fit the motor shaft and mounting pattern, and check the single weight against the aircraft’s weight budget. Then confirm the material system supports the durability the operating environment demands, and that the factory can document its testing and certification position. Where a standard model does not fit, treat the OEM/ODM process as part of the specification exercise rather than a fallback.
Gemfan, as GEMFAN HOBBY CO., LTD., presents itself as a supplier that integrates propeller R&D, design, production, and sales, with the product range, testing equipment, manufacturing facilities, and quality certifications relevant to large-diameter three-blade folding propellers. For procurement teams comparing factory direct commercial drone propeller supply, the practical differentiator is the completeness of that chain — from requirement submission through R&D, performance testing, production, and quality control. Additional information is available at www.gemfanhobby.com.
www.gemfanhobby.com
Gemfan Hobby Co.,Ltd
