resonic
resonic-f-mass-center-of-gravity-inertia-tensor-measurement_product

 

 

 

 

Resonic F is our high-end solution and also the most versatile measuring system, designed to accurately characterize even the most demanding test objects. Its outstanding measurement range ensures consistent percentage accuracy across vastly different scales. That is combined with a uniquely small package and an efficient, fail-proof process.

The new technological standard

Highly accurate and fast measurements on a very compact, mobile, and scalable system

Overview

Accurate

Highest accuracy is maintained over a particularly wide measurement range, even for oblong objects where three very different MOIs must be measured simultaneously.

Efficient

Full MPM results are available within minutes after setup through a simple and fail-proof process. There is no need to reposition the test object multiple times.

Suitable for sophisticated objects

Since the full mass properties are determined from a single upright test object position and very gentle movements, even the most demanding test objects can be measured (satellites, helicopters, etc.).

Compact and mobile

Resonic-F machines are designed for easy transport and storage. They do not require any structural modifications and can be set up directly on the floor. No need to permanently occupy costly test space.

Unlimited work space

Since the platform plane is the highest point of the machine, there are no limits to the test object’s dimensions.

Safe even with minimal fixtures

Due to the horizontal platform, low amplitudes, and minor accelerations, measurements are very safe and there is no need for strong, bolted fixtures.

Examples

Typical applications

Aerospace

Satellites (of all sizes), drones and multi-copters, antennas, instruments, sounding rockets, reentry vehicles. No need for a permanent installation in an expensive clean-room space.

Cars and trucks

A full passenger car and its body in white, engine, gear unit, seats, and dashboard are measured by a single machine. Likewise, truck cabins, truck engines, and truck chassis are measured by a single machine.

Motorsports

Resonic F is regularly used for on-site measurement services for F1 cars, and to perform high-speed configuration measurements (with or without wheels, a driver, etc.).

Motorcycles

A full bike and its sprung mass, wheels, steering parts, rear arm, and engine are measured by a single machine. Measurements with dummy riders are possible.

Floating objects

Ship models, offshore platform models, real-sized boats and inspection submarines, jet skis, outboard engines, and drill bits for oil and gas exploration.

Ultra-heavy objects

Ship engines, construction machinery, earth-moving equipment, tracked vehicles, railway bogies, etc.

Comparison

Resonic F is our most versatile solution, but for some applications, the S, K, P, or T technologies will be a better choice.

It is possible (but not efficient) to build Resonic F machines for small objects below roughly 10kg. For small objects, Resonic K or Resonic P is the more economical choice.

For objects like combustion engines and gear units, which are compact and relatively rigid, Resonic S can be more economical.

For rotating parts like clutches or flywheels, for which there is no need to measure anything but a single MOI, Resonic T is the best solution.

Interested in additional information or a product demonstration?