Selecting a UAV Propeller: How Diameter, Pitch, Blade Count and Mission Profile Must Be Evaluated Together

Carbon Fiber, Wood and Plastic Propellers: Which Material Suits Which Platform?

Why Is Platform-Specific Propeller Design Different from an Off-the-Shelf Propeller?

How Can Noise and Vibration Be Reduced in UAV Propellers?

Carbon Fiber Tube Design: Fiber Orientation, Wall Thickness and Connection Regions

From Composite Prototype to Series Production: A Roadmap of Mold, Process and Quality Control

Composite Material Selection in Marine Applications: Salt Water, Impact, Fatigue and Corrosion

How Do Hydrofoil Systems Work? The Role of the Wing, Mast, Strut and Control System

How to Prepare a Proper RFQ for a Composite Part: Information That Speeds Up the Quote and Development Process

Tulkas Mühendislik Wins YTÜ Teknopark's Most Successful Entrepreneurial Company Award

Tulkas Analyzed the APC 13x8 Propeller Used in Mini UAV Applications and Developed a Carbon Fiber Propeller 6% More Efficient

Tulkas Mühendislik Manufactures a Carbon Fiber Helicopter Rotor Blade

Tulkas Mühendislik Expands Its Production Workshop at YTÜ Teknopark

Tulkas Mühendislik Moves Its Production Workshop to Sancaktepe, Reaching 300 m² of Enclosed Space

Tulkas Develops a Modular Test Device Capable of Performing Structural and Fatigue Tests In-House

Tulkas Completes Series Production Methodology and Process Optimization for the 16x5.4 Carbon Fiber Propeller

With TÜBİTAK 1507 Support, Tulkas Develops a Carbon Fiber Propeller Series and an Inventory of Over 30 Molds

Tulkas Develops Its Own Software for Platform-Specific Propeller Design

Tulkas Develops an In-House OpenFOAM-Based Propeller Flow Analysis Program

Tulkas Takes the First Step Toward an AI-Based Corporate Digital Twin with a Quality-Focused ERP Program

Tulkas Develops a Four-Axis Cutting Machine for Precision Fiber Cutting in Prepreg Production

Tulkas Optimizes the Composite Fan Blade Production Process for Storm Fans and Becomes Its Sole Supplier

Tulkas Expands Its Machinery Fleet, Mechanizing Composite Production Processes

Tulkas Establishes Production Infrastructure for Domestic Carbon Fiber Plate and Profile Demand