Multi-Point Rake Systems
High-resolution spatial flow measurement with multiple integrated probe heads
Tailored air rake solutions for simultaneous multi-point aerodynamic data collection: Vectoflow’s air rake systems combine multiple measuring heads into a single probe assembly, enabling the simultaneous capture of flow parameters at several positions. From kiel probe rake configurations to mixed setups with multi-hole, Pitot, Prandtl, or Kiel (total pressure and temperature) heads, each rake is additively manufactured for maximum geometric flexibility and mechanical strength. Designs are fully customized, supported by FEM and CFD simulations, and tested for structural and measurement integrity to meet the most demanding aerodynamic applications.
Features
Highlights
- Multiple probe heads in one rake for high spatial resolution
- Full customization of geometry, head type, and integration options
- Additive manufacturing for robust, leak-free, and lightweight construction
- Simulation-driven design optimization with FEM & CFD
- Optional smart rake configuration with integrated data acquisition
Measured Parameters
- Total and static pressure
- Total temperature
- Velocity and angle of attack
- Yaw and pitch angles
Versions
- Boundary Layer Rakes
Configurations
- Integrable probe heads: 3-, 4-, 5-, 7-, 14-hole, Kiel (pressure & temperature), Pitot, / Prandtl
- Max one-piece length: 280 mm; hybrid designs for extended sizes
- Tip diameter: min. 1.2 mm (default 3 mm)
- Materials: Stainless steel, Titanium, Inconel, Aluminum, others on request
- Interfaces: fully customizable per installation requirements
- Connections: per customer specification
- Reference: configurable to project needs
Typical Applications
- On-track aerodynamic measurement in motorsport
- Turbomachinery Applications (part integaration)
- Aerospace applications
- …as well as further general aviation and aerospace applications
DESIGN & PRODUCTION
Additive Manufacturing at Vectoflow
Additive manufacturing is at the heart of Vectoflow’s probe technology. Using advanced 3D-printing processes, we create lightweight yet extremely robust probes with geometries that conventional manufacturing cannot achieve. Complex internal channels, compact multi-sensor designs, and fully integrated features enable reliable flow measurement even under the most demanding aerodynamic and thermal conditions.
All Under One Roof
Our in-house facilities in Gilching (Germany) allow us to move seamlessly from concept to finished probe – combining design, production, and calibration under one roof. The result: tailor-made flow measurement solutions that deliver accuracy, durability, and unmatched flexibility for every application.
Customizable
through Additive Manufacturing
Robust
Extreme Robustness by Design
Certified
Trusted & Field-Proven
TRUSTED BY INNOVATORS WORLDWIDE
A selection of satisfied customers
