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Thank you 😀

Hi there, thanks for your question! If you're talking about the PT-100 temperature probe that comes with your Flight Stand, this sensor is one of our default sensors and doesn't require setup using the input transformations tab. Once it is plugged into the FMU, you can skip to the "Powertrain Mappings" tab in the software. Once you map your motor, prop and ESC to the FMU and EMU, you can click "Additional mappings" and select the temperature sensor from the drop-down menu. The sensor data should start showing up in the left panel and in your real-time plots. If you need any more info don't hesitate to send us an email: info@tytorobotics.com

Good question! These steps set up the current and voltage readings. The wire passing through the Hall sensor is the wire running from the power source (battery or DC power supply) to the ESC, where we measure current. For the voltage measurement, a small section of wire is taken from each of the wires running from the power source to the ESC, and inserted into the connector that plugs into the EMU, where the voltage is read.

Absolutely. This option exists to prevent motors being overloaded with current and torque. When the throttle is increased rapidly, the motor draws a lot of current and torque very quickly, which may exceed it’s constant current and torque limits. In terms of current, if the limit is only exceeded for a short time, the burst current likely won’t cause damage. However, if the high current is held for a longer amount of time (more than a few seconds) it can cause the motor to overheat and incur damage. Similarly, when a high amount of torque is demanded due to a rapid throttle change, it can put stress on the components of the motor, cause a torque spike exceeding the motor’s torque limits, and ultimately cause damage to the motor. The rate limiter limits how quickly the throttle can increase (or decrease), so the current and torque progression is slower and smoother, preventing it from exceeding the motor’s rated limits. This feature is especially useful for large BLDC motors that are designed for more progressive acceleration.

Thanks for your question! You can purchase this one here: www.tytorobotics.com/collections/all/products/series-1580-test-stand-bundle

Thanks for your comment! This is the TA150 motor from Xoar

Thanks for your comment! We used a DC power supply to power the motor. Here's some data from the test, where we read up to 40+ kgf: database.tytorobotics.com/tests/n9qd/u15xxl-and-62prop-from-t-motor

Hi Nolan, thanks for your comment! This feature is only available with the Flight Stand software. If you're using one of our RCbenchmark products and you're looking to connect a sound level meter, we have an upcoming release that may interest you. If you'd like more info, send us an email here: info@tytorobotics.com

Hi @unflexian, what do you mean? Do you want to know about use cases?

It is, isn't it!! Have a lovely one :)

This time we just measured the thrust from the propeller, not the wind speed

No, we sell the thrust stand to test them

@@tytorobotics where do you buy your motors

@@xamxalmshaz3204 We get them from various brands but for the larger ones it is often Xoar or Rotex

How much thrust and what are the voltage and amps for the motor

Hi there, check out these articles on our website, they may help you find the answer to your question: 1. www.tytorobotics.com/blogs/articles/how-to-calculate-electric-motor-torque 2. www.tytorobotics.com/blogs/articles/why-and-how-to-measure-torque-for-brushless-motors-on-drones

Hi there, can you tell us what is your question?

thank you!

Thanks for your comment! The motor is the Titan Air TA130 by Xoar. Here is some of our data from tests using this motor: database.tytorobotics.com/motors/3x6/xoar-ta130-25-kv80

Here is the full video: th-cam.com/video/k_AzxuHsPJ4/w-d-xo.htmlsi=JACocpwfg_iCARbT

Thank you!

We are glad you enjoyed it 👍

Yes we do, you can purchase them on our website in several sizes. This is the smallest one: www.tytorobotics.com/collections/all/products/series-1580-test-stand-bundle

Good question - in the Flight Stand software, connect both powertrains in the Hardware tab, then go to "Powertrains" in the menu, click on the tab for Powertrain 2 --> Hardware mappings --> then choose the ESC option for simulated hardware #2.

Our probes work with most motors, but you'll need one of our thrust stands to read the measurements, like this one: www.tytorobotics.com/collections/all/products/series-1580-test-stand-bundle

For pricing information please contact our sales team here : www.tytorobotics.com/pages/request-a-quote

Great question! This report explains how the turbulence intensity differentiates between setups (see table page 7), which ranges from 0.17 - 5.44%: cdn.tytorobotics.com/website_pages/rapport-turbulence.pdf

Merci 🙌

Thank you 😃

The motor is the Titan Air TA130 by Xoar: www.xoarintl.com/brushless-electric-motors/titan-air/titan-air-TA130-light-weight-pro-series/

Glad you like it!

Great question - we will have some content coming out soon covering different types of propulsion systems. What type of hybrid drone are you using (hydrogen, gas, battery?)

​@tytorobotics I am exploring Hydrogen based drones. I actually have a course project in which my professor told me to use my own ideas to figure out some analytics, maybe relations between flight time, endurance and paramaters like payload, battery capacity/weight. But, my research work has been going from one research paper to another, and using some energy equations. But, then there are so many assumptions we make. I found your analysis on battery operated drone quite good. Is there any particular resource/dataset you have that will be helpful for me in getting some results. Thanks

@@akankshasaini4202 You should check out the articles on our website as we cover a lot of topics to do with drone performance and optimization. We also have a database that you may find useful: database.tytorobotics.com/

Hi Jaelani, you can visit this page here for more information: www.tytorobotics.com/pages/series-1780

@@tytorobotics How money price for this produck

@@batamkepri2109 Contact our sales team and they can prepare you a quote: www.tytorobotics.com/pages/request-a-quote

@@tytorobotics semoga sukses ya ka' trimakasih

Yes! You can look in our database here: database.tytorobotics.com/

Thanks! 😀

Most ESC manufacturers recommend it too. ESCs tend to burn quickly with long wires to the battery. The water hammer effect is a good visualization of what is happening.

Nosso distribuidor no Brasil poderá responder sua dúvida: www.tytorobotics.com/pages/distributors