Now Here: Powerful New Chorus Motors
NEWS:
- VIEW THE WHEELTUG DEMONSTRATION VIDEO
- Apr 20, 2008
Patent 7,375,483
Mesh connected brake array for electrical rotating machines - Apr 09, 2008
Co-Operative Industries to Develop and Supply WheelTug Wire Harnesses -
Mar 10, 2008
Luxell Awarded Supply Contract for WheelTug Cockpit Interface -
Mar 10, 2008
Flight International: Luxell Technologies becomes risk-sharing... -
Feb 5, 2008
WheelTug announces additional patents issued -
Feb 5, 2008
Patent 7,327,105
Mesh connected electrical rotating machine with span changing(PDF) -
Nov 11, 2007
WheelTug launches 737NG development and certification work -
Oct 26, 2007
design news:
Electric WheelTug System to Move Planes on the Ground -
Sep 10, 2007
Wall Street Journal Online:
Firm Moves to Seek Approval For Fuel-Saving Jet Motors -
Sep 10, 2007
WheelTug Completes Certification Team -
May 07, 2007
WheelTug Welcomes Gilbert Thompson -
Apr 25, 2007
Patent GB 2,422,643 B
A compound planetary gear system in a geared wheel motor(1.2M PDF) - Mar 29, 2007
Delta Looks to Simplify Tow and Tug Processes on Taxiways - Oct 24, 2006
Patent 7,126,298
Mesh connected brake array for electrical rotating machines - Oct 23, 2006
CHORUS MOTORS AND WHEELTUG ANNOUNCE SIGNIFICANT NEW PATENTS
More news...
Chorus Motors plc has invented and developed improved AC induction motor/drive systems for a wide variety of applications. They include:
- The new Chorus® Meshcon™ Motor, a high-phase-order motor/drive system that offers ten times the startup or acceleration torque of a conventional motor and drive of the same rated horsepower and base speed
- The Chorus Star™ Motor, which can achieve much higher torque densities than a traditional 3-phase motor, but with no cost penalty
- The Chorus WheelTug® powered nosewheel, an integrated aircraft motor/drive system which will enable commercial aircraft to move around airports without using their jet engines
Each new technology offers specific advantages. The Chorus Meshcon system provides high torque at low speeds without compromising high-speed operation and performance, enabling the use of smaller, lighter, and less expensive motors and drives for equivalent performance.
Potential Meshcon applications include starter-generators, conveyors, locomotives, cargo handling equipment, hoists, printing presses, or any application requiring large startup torques and smaller high-speed loads.
The basic Chorus Star Motor system uses high-phase-order, concentrated windings that allow the beneficial use of harmonics (temporal, spatial, and overload) to enhance the main drive waveform and can thus achieve much higher torque densities than a 3-phase motor, at no cost penalty.
Both Chorus Meshcon and Chorus Star are motor/drive combinations, harnessing the specific system benefits of harmonic drive. They are ideal for traction applications at sizes from less than 1 hp ranging up to megawatt systems, with each version offering a range of competitive advantages depending on the specific size and application.
For a brief overview of the Chorus Meshcon technology, see the Executive Summary. More complete technical information on both Meshcon and Star can be found in the Technology section of this site. We especially recommend viewing the Chorus Meshcon Technical Show as an explanation of the technology. For more information on the Chorus WheelTug powered nosewheel, contact us.
If you are interested in evaluating Chorus motors, or if you have specific questions about your potential application, please contact us.




