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Tyto Robotics

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Drone Thrust Stands & Wind Tunnel Testing Systems for Defense & Aerospace OEMs Canada
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Tyto Robotics

Drone Thrust Stands & Wind Tunnel Testing Systems for Defense & Aerospace OEMs

B1-80 Adrien-Robert Gatineau, Quebec J8Y 3S2 Canada Regional Offices
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Tyto Robotics is a leading developer of high-precision testing solutions for UAVs (unmanned aerial vehicles) and drones. Our drone motor and propeller thrust stands, along with our state-of-the-art wind tunnel testing systems, allow defense and aerospace OEMs and technology developers to maximize the efficiency and performance of their unmanned aircraft designs.

Windshapers – Wind Tunnel Testing for Drones

Wind tunnel alternatives for free-flight UAV testingWindshaper Wind Tunnel Testing for Drones

Windshapers are open air wind generators that provide a convenient and versatile alternative to wind tunnel testing and can be easily integrated into your own lab. The modular and scalable system is based around blocks of nine fans measuring 10 by 10 inches, and can be customized to meet your unique drone flight testing requirements.

The included software allows users to control each fan individually with simple commands, generating wind conditions that closely mimic the real world. A wide variety of parameters can be customized, including windflow speed, shape and direction, turbulence, convergence, and tilt angle.

uav wind tunnel testing Drone tests that can be performed with Windshaper systems include:

  • Free flight under varying wind flow conditions
  • Landing phase optimization
  • Fixed-wing profile optimization
  • Waterproofing
  • VTOL transition to/from forward flight

Learn more: Wind Tunnel Testing for Drones, with Windshapers

Flight Stand 150

Thrust and torque testing for large drone motors and propellers

drone test stand The Flight Stand 150 is designed to meet the requirements of developers of very large drones and eVTOL aircraft. The thrust stand provides the ability to measure up to 150 kgf of thrust and 150 Nm of torque.

An innovative solid-state design with no moving parts between the motor and load cells ensures frictionless measurement, and the stand’s ultra-compact profile provides minimal airflow disturbance.

A variety of different configurations can be tested, including single-motor, back-to-back dual motors, front-to-front dual motors, or offset dual motors.

Learn more: Flight Stand 150

Drone Thrust Stands for Motor and Propeller Testing

Drone propulsion system testing for unmanned aircraft of all sizes

uav thrust testingWe also provide professional thrust stand solutions for defense and aerospace OEMs that cater for drones of all sizes, from small multirotors through to large fixed-wing platforms. The stands allow users to measure thrust and torque, as well as a variety of other parameters including RPM, current, voltage, temperature, propeller efficiency and motor efficiency. The stands feature precisely calibrated load cells, providing the most precise measurement on the market (+/-0.5% of the measured value) and enabling highly accurate characterization of drone propulsion systems.

All drone thrust stands are bundled with our advanced data acquisition software, allowing you to easily and intuitively control the stand, log data, and automate testing.

Learn more: Drone Thrust Stands

Distributed Electric Propulsion Testing Solutions

Simultaneous testing of up to 8 drone motors and propellers

Distributed Electric Propulsion Testing Solutions

Our distributed electric propulsion test platform enables developers to connect up to eight motors and propellers simultaneously, providing realistic simulation of real-world drone powertrain designs. The system enables a wide variety of critical testing capabilities, including vibration measurement, evaluation of ESC responsiveness, characterization of components, and more.

With our proprietary Flight Stand software, users can control and record data for up to eight stands from a single computer. Any possible configurations can be tested, including quadcopter and other multirotor arrangements as well as coaxial designs.

The test solution is available in three different ratings – 15 kgf, 50 kgf and 150 kgf.

Learn more: Distributed Electric Propulsion Testing

Products

Windshapers

Versatile wind tunnel alternatives for free-flight UAV testing

Flight Stand 150

Thrust and torque testing for large drone motors and propellers

Distributed Electric Propulsion Testing Solutions

Simultaneous testing of up to 8 drone motors and propellers

Flight Stand 500

Heavy-lift drone & AAM thrust stand for very large motors and propellers

Propeller Balancer for Tactical UAV Optimization

Dynamic propeller balancing system integrated with Tyto Robotics Flight Stand

Flight Stand 60

Precision Engine Test Stand for High-Performance UAV and Defense Propulsion Systems

WindProbe 3D

High-Fidelity 3D Wind Flow Measurement for Aerodynamic Testing

Prop Testing Station with Wind Tunnel

Integrated thrust measurement and aerodynamic testing for small to mid-size propellers

Flight Test Stand 50

Thrust test stand for medium and large UAVs

Flight Test Stand 15

Thrust test stand for small and medium sized UAVs

Articles

Latest
UAV Motor & Propeller Matching for Propulsion System Design

Tyto Robotics outlines a structured approach to UAV motor and propeller matching, combining thrust and performance-based calculations with experimental testing to validate and refine propulsion system design

Apr 30, 2026
EMI Mitigation Techniques for Drone Propulsion Testing

Tyto Robotics explores electromagnetic interference challenges in drone propulsion testing and outlines practical techniques to improve reliability and measurement accuracy

Apr 01, 2026
Wind Flow Measurement & Mapping Using 5-Hole Pressure Probes

Tyto Robotics details how a 5-hole pressure probe can be used to measure wind velocity and direction and support spatial wind flow mapping when combined with position tracking, controlled wind generation, and visualization software

Mar 11, 2026
Understanding Propeller Performance Coefficients in UAV Testing

Discover how Tyto Robotics outlines the measurement of propeller performance coefficients to accurately evaluate and compare UAV propeller efficiency

Feb 27, 2026
Gilles-Demers Awards Honor Tyto Robotics with Coup de Cœur Distinction

Tyto Robotics earned the Coup de Cœur Award at the Gilles-Demers Awards, acknowledging its notable vision, technological innovation, and sustained contribution to Québec’s aerospace sector

Dec 05, 2025
Canadian Export Growth in Focus During Federal Visit to Tyto Robotics

Tyto Robotics hosted federal representatives at its Gatineau headquarters to discuss export growth, international market diversification, and government programs supporting Canadian companies abroad

Dec 03, 2025
Wind Tunnel Testing Options for UAVs & Propellers

Tyto Robotics explores wind tunnel options, comparing rentals, closed-return tunnels, and modular WindShapers to help researchers balance cost, flexibility, and testing needs

Nov 26, 2025
Tyto Robotics Discusses Causes & Mitigation of Distorted Drone Footage

Tyto Robotics explains the "Jello effect" in drone footage, caused by rolling shutter cameras and vibrations from imbalanced propellers and motors, outlining techniques to improve video quality through camera settings, gimbals, and propeller balancing

Oct 29, 2025
Tyto Robotics Partnership Expands UAV Testing Capabilities Worldwide

Tyto Robotics has partnered with WindShape in a five-year agreement to expand access to UAV testing solutions worldwide through integrated equipment, training resources, and a global distribution network

Oct 17, 2025
Advanced Thrust Testing Capabilities from Tyto Robotics for Military Use

Tyto Robotics compares its Flight Stand with other thrust stands, showing its precision, stability, and advanced features for defense and aerospace propulsion testing

Oct 06, 2025
Tyto Robotics Tests Drone Propeller Performance at Airspeeds up to 38 mph

Tyto Robotics carried out controlled wind tunnel testing on a 9-inch drone propeller, evaluating performance across airspeeds from 0 to 38 mph and analyzing thrust, thrust-to-power ratios, and overall propeller efficiency

Sep 11, 2025
Advanced Motor Mapping Techniques for Defense-Grade Drones

Tyto Robotics details how motor power and efficiency can be accurately mapped using a thrust stand, eliminating the need for a traditional dynamometer

Aug 18, 2025
Evaluating Single-Blade Propeller Efficiency & Performance Limitations

Tyto Robotics tested single-blade versus two-blade drone propellers, revealing limited efficiency gains offset by reduced thrust, increased vibration, and overall lower system performance

Jul 31, 2025
Practical Methods for Balancing UAV Propellers Safely & Effectively

Tyto Robotics discusses the ways to add and remove materials from drone propellers, considering advantages and disadvantages of various products and techniques

Jul 11, 2025
The Importance of UAV Propeller Balancing & ISO 21940-11:2016

Tyto Robotics explores how ISO 21940-11:2016 applies to UAV propeller balancing, covering key principles, evaluation methods, and balance quality grades

Jun 10, 2025
Tyto Robotics: Propeller Balancing Methods for UAVs

Tyto Robotics highlights how static, dynamic, and aerodynamic propeller balancing methods correct vibration-related issues in UAV systems

May 12, 2025
Investigating Propeller Imbalance and UAV Noise

Tyto Robotics delves into the relationship between imbalanced UAV propellers and increased noise generation, before looking into how propeller noise in tactical UAVs can be reduced

Apr 14, 2025
The Impact of Propeller Imbalance on UAV Flight

Tyto Robotics explores how propeller imbalance affects UAV performance, leading to excess vibration, reduced efficiency, and instability—while highlighting advanced research and solutions to mitigate these challenges

Mar 14, 2025
Commercial vs 3D Printed Propellers

Tyto Robotics delves into whether UAV rotors produced through additive manufacturing can match the aerodynamic and acoustic performance of commercially available plastic propellers

Feb 14, 2025
Testing Distributed Electric Propulsion Systems for Next-Gen Aircraft

Tyto Robotics explains how its DEP testing platform evaluates distributed electric propulsion systems, analyzing up to eight powertrains simultaneously to optimize efficiency, reliability, and safety

Jan 29, 2025
Tyto Robotics Releases the Flight Stand 60 for Precision Testing

The Flight Stand 60 Engine Test Stand by Tyto Robotics offers a precise, versatile solution for testing internal combustion engines and propellers, providing detailed performance measurements and optimization capabilities

Jan 17, 2025
Comparison of CFD Model and Experimental Testing for a UAV Propeller

Tyto Robotics' has published a report examining discrepancies between CFD simulations and experimental testing for a 60-inch UAV propeller

Jan 06, 2025
How to Calculate Drone Payload Capacity

Tyto Robotics explains how to calculate a drone's payload weight limit, focusing on thrust-to-weight ratios and operational requirements

Dec 16, 2024
21 Tips to Extend UAV Flight Duration

Tyto Robotics highlights 21 practical methods for extending UAV flight times and improving airborne performance, ideal for both custom and ready-to-fly systems

Dec 04, 2024
Tyto Robotics Introduces New Propeller Balancing Solution

Tyto Robotics new dynamic propeller balancing solution offers a streamlined approach to achieving balanced rotors and improved UAV performance

Nov 27, 2024
Optimizing Coaxial UAV Rotor Systems Using Flight Thrust Stands

Tyto Robotics has conducted a comprehensive study on dual motor and coaxial propulsion systems for drones, utilizing Flight Stand 50 thrust stands to measure key outputs

Nov 06, 2024
Tyto Robotics Marks a Decade of Innovation in Drone Testing Solutions

Tyto Robotics celebrates its 10th anniversary, showcasing advanced drone testing tools and reflecting on its growth journey

Sep 27, 2024
Large Drone Flight Test Stand Motor Testing by Tyto Robotics

Designed to test brushless motors and propellers for use on very large drones such as heavy-lift eVTOL systems, Tyto Robotics demonstrates the Flight Stand 500

Jun 27, 2024
Evaluating Powerful UAV Motors with Drone Thrust Stands

Tyto Robotics compared a range of powerful drone motors from multiple manufacturers, evaluating the benefits of various brushless motors for large aircraft

May 30, 2024
Test Stand for Heavy-Lift Drones & eVTOL Unveiled

Tyto Robotics' Flight Stand 500, designed for testing the propulsion systems of Advanced Air Mobility (AAM) vehicles, has a maximum thrust rating of 5,000 N and a torque capacity of up to 1,500 Nm

Jan 08, 2024

Videos

Latest
WindShaper Demonstrates Turbulence Testing for Drones

Tyto Robotics is a leading developer of high-precision testing solutions for UAVs (unmanned aerial vehicles) and drones. Our drone motor and propeller thrust stands, along with our state-of-the-art wind tunnel testing systems, allow defense and aerospace OEMs and technology developers to maximize the efficiency and performance of their unmanned aircraft designs. Windshapers – Wind Tunnel Testing for Drones Wind tunnel alternatives for free-flight UAV testing Windshapers are open air wind

Choosing Drone Propellers in Aerospace Engineering
Tyto Robotics UAV Engine Testing with Flight Stand 60
Tyto Robotics Demonstrates WindProbe 3D
Performance Comparison of Single & Two Blade UAV Propellers
Tyto Robotics Tests Propeller Efficiency & Thrust with the Propeller Testing Station
UAV Motor Efficiency Mapping Using a Thrust Stand & Python Code
Tyto Robotics UAV & Drone Testing Solutions at XPONENTIAL 2025
Regional Offices & Locations
Tyto Robotics Inc. Canada B1-80 Adrien-Robert Gatineau, Quebec J8Y 3S2 +1 (844) 722-8378 Contact Contact Website
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