Tailored Fibre Placement (TFP) for Drone Manufacturing
High-Performance Carbon Structures with ZSK Industrial Embroidery Technology
Lightweight. Strong. Intelligent. Automated.
With Tailored Fibre Placement (TFP) technology from ZSK STICKMASCHINEN, drone manufacturers produce next-generation carbon fibre components – lighter, stronger and more intelligent than conventional composite materials.
Thanks to precise, stitch-based fibre placement, ZSK machines enable automated production of load-path-optimised structures for UAV and drone applications – from arms and frames to components with integrated sensors and heating elements.
Why TFP Is Ideal for Drone Structures
Modern drones must deliver maximum performance at minimal weight. TFP meets these requirements exceptionally well.
Key Challenges in Drone Design
- Strict weight constraints
- High vibration and fatigue loads
- Complex stress distributions
- Limited installation space
- Growing demand for integrated electronics
How ZSK TFP Solves These Challenges
- Fibres follow real load paths for variable-angle composites
- Material only where it is needed
- Local reinforcement zones
- Integration of functional elements
- Fully automated, reproducible production
Result: Up to 25% weight reduction with equal or higher stiffness.
Typical TFP Components for Drones
Drone Arms & Booms
- Optimised bending and torsional strength
- Reduced vibration transmission
- Higher payload capacity
- Extended flight times
Motor & Propeller Interfaces
- Circular fibre layouts around bolted joints
- Local fatigue reinforcement
- High durability at elevated rotational speeds
Central Frame & Chassis
- Structural cut-outs without loss of strength
- Optimised load transfer between arms
- Integrated cable routing
- Hybrid designs made of carbon/glass/aramid
Structural Enclosures
- Battery housings
- Payload carriers
- Camera mounts
- Sensor housings
Advantage: Fewer individual parts with higher mechanical efficiency.
Integrated Functional Conductor Structures: Heating, Sensors & Data Lines
Intelligent drone components with integrated monitoring and environmental control.
A unique advantage of ZSK TFP technology is the direct integration of functional conductor elements into the composite structure during production.
Can be integrated:
- Heating wires (de-icing, temperature control)
- Sensor cables (strain, temperature, vibration)
- Data and signal lines
- Power lines
Your Benefits
- ✔ No separate wiring harnesses
- ✔ Reduced assembly effort
- ✔ Lower risk of failure
- ✔ Increased reliability
- ✔ “Smart structures” with embedded sensing

From Fibre Preform to Finished Composite Component
ZSK TFP systems produce highly precise dry-fibre preforms that can be further processed using common resin processes.
Typical Process Chain
1️⃣ Digital design & FEM optimisation
2️⃣ Generation of fibre paths
3️⃣ Automated TFP production on ZSK machines
4️⃣ Resin infusion / RTM / pressing
5️⃣ Curing & trimming
6️⃣ Final assembly
Complete Solutions for Series Production
For customers requiring fully finished composite components, our partners such as Unwind3D offer product development, tooling, mould design and manufacture, and consolidation solutions.
This creates a seamless industrial workflow – from fibre placement to ready-to-install drone components.
Advantages of ZSK TFP Technology for UAV Production
1️⃣ Load-Path-Optimised Structures
Fibres aligned with principal load paths • Maximum stiffness-to-weight ratio • FEM-driven engineering approach
2️⃣ Material & Cost Efficiency
Reduced carbon fibre consumption • Minimal waste • Lower material costs
3️⃣ Automation & Scalability
High repeatability • Digital production workflow • Ideal for mid-volume production • Industrial-grade automation
4️⃣ Design Freedom
Variable wall thicknesses • Local reinforcements • Complex geometries • Integrated functions
5️⃣ Proven German Engineering
Industrial-grade machines • Long-term reliability • Global service network • Continuous innovation
Why TFP Is Particularly Valuable for Drones
Technology |
Limitations |
|
Prepreg laminates |
Uniform thickness, material waste |
|
CNC carbon plates |
High scrap rate, limited optimisation |
|
Pultrusion |
No local reinforcement |
|
AFP / ATL |
High investment costs, limited flexibility |
Tailored Fibre Placement (TFP) with ZSK
- ✔ High structural efficiency
- ✔ Flexible design
- ✔ Low tooling costs
- ✔ Shorter development cycles
- ✔ Improved competitiveness
Suitable for:
- Industrial drones
- Inspection UAVs
- Long-range platforms
- Military UAVs
- VTOL systems
- High-performance racing drones
Economic Benefits: Performance That Delivers
TFP Components Improve Operational Efficiency
✅ Lower weight → longer flight time
✅ Higher stiffness → improved flight stability
✅ Reduced vibration → longer motor service life
✅ Integrated electronics → simplified assembly
Result
✅ Higher payload capacity
✅ Lower maintenance costs
✅ Longer service life
✅ Improved ROI
ZSK – Your Partner for Advanced Drone Manufacturing
ZSK is one of the world’s leading manufacturers of industrial embroidery and TFP systems.
With decades of experience in technical embroidery and composite reinforcement, ZSK supports drone manufacturers with:
From prototype development to series production – ZSK enables your path to high-performance UAV structures.
Start Your TFP Drone Project with ZSK
Would you like to:
- Develop lightweight drone arms?
- Integrate sensors into carbon structures?
- Reduce weight and material costs?
- Automate your composite manufacturing?
Our experts support you from concept to production.
Contact ZSK to discuss your drone application.