Thrust stand for Micro Turbojets
High-precision thrust measurement for aerospace and research applications
The Borghi & Saveri thrust stand is designed for the characterization and validation of microturbines through accurate measurement of the generated thrust.
Designed for high-tech research and development applications, the system combines a mechanical structure engineered to minimize friction, a high-precision measurement system, and an integrated data acquisition and control platform.
The result is a solution capable of delivering reliable, repeatable measurements, supporting experimental activities, studies on propulsive performance, and aerospace development programs.
Reliable, repeatable results for advanced research and development R&D activities.
A solution developed for R&D laboratories
The thrust stand was designed to support testing and characterization activities on small-scale propulsion systems, where measurement accuracy and repeatability are essential requirements.
Thanks to its architecture and its ability to simultaneously acquire and monitor multiple test parameters, the system can be used across a wide range of application contexts related to the research and development of advanced propulsion technologies.
- University research
- Aerospace research
- Micro turbojets
- Model Solid Rocket Engine
- Performance evaluation
Key technologies
Thrust measurement system
Force measurement is performed through a high-precision load cell integrated into a mobile platform designed to ensure measurement stability and repeatability.
The slide supporting the device under test is suspended by low-friction aerostatic bearings, a solution that reduces mechanical interference and helps maximize measurement accuracy.
Calibration system
To ensure measurement reliability over time, the stand integrates a calibration system based on certified weights.
This solution enables periodic verification of the correct operation of the measurement system, ensuring accuracy and repeatability of results throughout the entire lifecycle of the stand.
Data acquisition and automation
The stand integrates a dedicated data acquisition and monitoring platform developed by Borghi & Saveri.
Temperature, pressure, ambient humidity and thrust are acquired and recorded during the test, while the dedicated software enables real-time data visualization, test datalogging, and management of safety and alarm functions.
Main benefits
Accuracy and repeatability
The system is designed to minimize sources of error and ensure consistent, reliable measurements over time.
Simplified integration
Its compact structure makes it easier to integrate the stand into existing laboratories and infrastructures.
Flexible configuration
The platform can be adapted to different microturbine models and sizes according to specific application requirements.
Complete solution
Mechanics, data acquisition and automation are combined within a single system developed to support the entire testing process.
Precision engineered in every detail
Borghi & Saveri develops custom test systems by combining expertise in mechanical design, automation, data acquisition and system integration.
Each solution is designed around specific application requirements, with particular attention to measurement accuracy, result repeatability and ease of use.
From design to commissioning, customers can rely on a single partner capable of developing complete solutions for research, validation and experimental development activities.