Are you a drone or quadcopter enthusiast?  Trying to build your own kick-ass quadcopter that will soar high and move fast?  Then you need to really understand the thrust characteristics of your motors and make sure it can generate enough thrust to provide sufficient lift and forward movement. 

Never Run Out of PPE Supplies or Inventory

Until we get everyone vaccinated, we need to keep everyone safe. But How?

NASA Ames Research center used two of our RAS1 S-Beam Load Cells and one RES2 S-Beam Jr. Load Cell with matching DI-1000U 24-bit USB Load Cell Interfaces and our LV-4000 software to measure the forces acting on a parachute during a test conducted in the giant wind tunnel facility.

The iLoad Pro load cell is one of the family of load cells that use capacitive measurement techniques to measure forces or loads.  Unlike traditional strain gauge load cells, these capacitive load cells do not use resistive strain gauges that are bonded to a metal member.  Instead it uses two capacitive plates separated by a gap as the sensing element.

An innovative aircraft startup company trying to build a long range passenger jet with several times the range of currently available jets used our RAL1 Pancake Load Cells with USB Output to perform performance and strength testing of the wing and flaps as well as get a profile of the weight distribution of the wing during manufacture.  

At least one in ten of us, in our lifetime, will see a family member, friend, or acquaintance have a cardiac arrest.  If the victim of a cardiac arrest or stroke has to wait for the Ambulance to show up and a paramedic to start CPR, the outlook for surviving the attach and full recovery is bleak.

Cross country racing skis are usually hand built, which can lead to significant variations between individual skis even within the same model. These variations can have a huge impact on performance, so the ability to identify which skis have the highest quality and best characteristics is vital for high level athletes and technicians when selecting skis.