Thrust Stand for Drone Development 

Test your electric propulsion system and improve your drone performances

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Improve your Drone Design

Professional drone stand for efficiency measurement

The RCbenchmark data acquisition software allows you to measure important perfomance data about your electric propulsion system. In addition, the software compute your system power and efficiency for you to design the most efficient drone. 

Direct measurements Derived measurements
Thrust Mechanical Power
Torque Electrical Power
RPM  Propeller Efficiency
Current Motor Efficiency
Voltage System Efficiency
Discover the RCbenchmark Software
Series 1780 Thrust Stand Coaxial

Measure Your Drone Performance

Designed for all types of drones

Heavy lifting drone

Heavy-lifting drone

Increase drone payload capacity, safety, and reliability

RCbenchmark thrust stands can be used to optimize propulsion systems of heavy-lifting drones. It's crucial to choose the best motors, propellers, ESCs, and batteries for your drone design. Our range of thrust stands can help you gather key data that will help you save your battery life and, consequently, increase your payload capacity.  

Discover the Series 1780 large motor test stand

Fixed-Wing Drone

Extend drone flight time for long-duration missions

We offer different testing configurations to fit any drone design. Fixed-wing drones can be tested in wind tunnels using our thrust stands. We offer different accessories to record the wind velocity as well as the temperature of your propulsion system. This can help you elaborate different analysis regarding your drone aerodynamism in order to improve its flight time and general reliability. 

Fixed Wing Drone

Small to Medium Quadcopter

Optimize any size of drone 

The Series 1585 can help you test small to medium quadcopters under 20 kg (44 lb) in weight. This drone market is full of different models of motors, propellers, ESCs, and batteries. It's difficult to find out which motors and which propellers is the best match for a specific drone design. A poor motor-propeller match can lead to overall efficiency under 35% in some cases. At RCbenchmark, we believe testing your drone propulsion system is the key to improving your design and becoming a leader in this competitive market. 

Discover the Series 1580/1585 small motor test stand
Shipping drone

Coaxial Drone Testing Configuration Available

Drone measurement software for data acquisition

Thrust Measurement up to 75 Kgf per Propeller

Coaxial rotor drone testing available 

Coaxial rotors are often preferred for professional commercial UAS applications. Counter-rotating propellers allow drones to generate more thrust, stability, and flight time while allowing them to carry much more payload without gaining too much weight. The Series 1780 - Coaxial allows you to test two propellers and two motors simultaneously with up to 75 kgf of thrust produced for a single propeller (150 kgf for the coaxial system). The data acquisition software provided with the stand allows you to characterize motors and propellers individually as well as the general performances of your system. The Series 1780 - Coaxial allows you to test offset coaxial rotors in both pusher and puller modes.