A dynamometer for propellers generating up to 25kgf (55lbf). First to market, this modular product is robust, accurate, vibration and noise-proof, adaptive to coaxial and other configurations.
Thrust Stand and Dynamometer
Maximize flight time and performance.
Spend more time designing.
With temperature-compensated load sensors plus vibration dampers in a tri-pod configuration, the Series 1780 is reliable to measure thrust up to 25kgf and torque up to 12Nm.
All measuring electronics are built-in and factory calibrated with standard weights before shipment: they are ready to use once unpacked.
Optical RPM probe
Each load measurement unit includes a redesigned optical RPM probe that allows you to closely monitor the performance of your motors and propellers.
The no-solder board (sold separately) makes the Series 1780 perfect for iterative tests where motors need to be changed frequently.
A modular approach
Completely redesigned to support multiple testing configurations. Build a custom measurement platform to your exact needs.
The motherboard features high-end connectors that are resistant to vibration, robust and most importantly, easy to connect.
The motherboard features a buzzer to alert users when the system is being overloaded and a safety switch connector to enhance the security of your safety cage. Install a switch in your access door to automatically cut off the motors if the door is opened.
Full galvanic isolation protects your computer and the electronics from noise and voltage spikes. Additionally, each connected module is electrically isolated from each other, eliminating completely ground loops and allowing you to use two separate power supplies in coaxial setups.
All-inclusive kits starting at $3,995
Various setups to adapt to your needs
Designed for bigger and more complex UAVs.
A single out-runner or in-runner motor to be measured.
Dual motors in a realistic drone mounting, with an adjustable distance (minimum 90mm) between the backs of two motors.
Dual motors in a R&D oriented setup, with an adjustable distance of 0 to 280mm on face-to-face propellers.
A single ducted fan system without torque measurement.
- Voltage (0-60 V).
- Current (100A continuous, 150A burst).
- Power (0-6000W).
- Thrust (±25 kg).
- Torque (±12 Nm).
- Motor speed by Optical RPM*.
- Temperature (coming soon!)
- USB interface.
- ESC manual control.
- Self-configurable setup.
- Supports coaxial measurement**.
- Adjustable Z distance***.
- Enhanced security.
- Galvanic isolation.
- Output data to CSV files.
- Automated tests and recording.
- Powerful scripting abilities.
- Overload alarm and safety cutoffs.
*Optical RPM probe is mandatory and included in the PCB set.
**For the coaxial dynamometer, it contains two measurement units that work independently of each other: each up to the measuring capacities above. Global performance will be calculated and processed by one motherboard.
***The “Z” represents the axial distance between propellers, or between propeller and fixture. By adding the DoF-Z kit, you can adjust the offsets to reach the best aerodynamic performance or to adapt your inrunner motors.
Powerful and User-Friendly
The software features many powerful functions that include the following:
- Manual and automatic control
- Safety cutoffs
- Real time feedback
- CSV data output
- Adjustable plot refresh rate
- A higher communication rate
- Coaxial motors control within one GUI.
An Advanced Modular Design
Configure your own Series 1780 or purchase one of our all-inclusive kits.
Our key components:
- Calibrated load measurement unit.
- Motor mount.
- Spacer kit/DoF-Z kit.
- Fixtures beams and L brackets.
- Motherboard and cables.
- Power and control board.
- Optical RPM probe.
- All systems come with a set of hand tools and fasteners.
Yours to prepare:
- Motors to be tested.
- Electronic Speed Controller (ESC).
- Propellers and propeller adapters.
- Batteries or power supply for powering your test samples.
- A suitable protective cage/area to safely contain the Series 1780
- Computer running Windows, Mac, or Linux.