STEERING FUSION Trademark

Trademark Overview

On Sunday, January 5, 2025, a trademark application was filed for STEERING FUSION with the United States Patent and Trademark Office. The USPTO has given the STEERING FUSION trademark a serial number of 98937992. The federal status of this trademark filing is NEW APPLICATION - RECORD INITIALIZED NOT ASSIGNED TO EXAMINER as of Sunday, January 5, 2025. This trademark is owned by Sparc IP Holdings, LLC. The STEERING FUSION trademark is filed in the Computer & Software Products & Electrical & Scientific Products and Vehicles & Locomotive Products categories with the following description:

Downloadable or recorded computer software for control of differentials for land vehicles

Land vehicle parts, namely, high performance differentials; land vehicle parts, namely, heavy duty differentials; Land vehicle parts, namely, electronic differentials; automotive components, namely, high performance differentials; automotive components, namely, heavy duty differentials; automotive components, namely, electronic differentials; vehicle power train mechanism, namely, high performance differentials; vehicle power train mechanism, namely, heavy duty differentials; vehicle power train mechanism, namely, electronic differentials; land vehicle parts, namely, differentials and electronic differentials for performance and off-road vehicles
steering fusion

General Information

Serial Number98937992
Word MarkSTEERING FUSION
Filing DateSunday, January 5, 2025
Status630 - NEW APPLICATION - RECORD INITIALIZED NOT ASSIGNED TO EXAMINER
Status DateSunday, January 5, 2025
Registration Number0000000
Registration DateNOT AVAILABLE
Mark Drawing4 - Illustration: Drawing with word(s) / letter(s) / number(s) in Block form
Published for Opposition DateNOT AVAILABLE

Trademark Statements

Goods and ServicesDownloadable or recorded computer software for control of differentials for land vehicles
Goods and ServicesLand vehicle parts, namely, high performance differentials; land vehicle parts, namely, heavy duty differentials; Land vehicle parts, namely, electronic differentials; automotive components, namely, high performance differentials; automotive components, namely, heavy duty differentials; automotive components, namely, electronic differentials; vehicle power train mechanism, namely, high performance differentials; vehicle power train mechanism, namely, heavy duty differentials; vehicle power train mechanism, namely, electronic differentials; land vehicle parts, namely, differentials and electronic differentials for performance and off-road vehicles

Classification Information

International Class009 - Scientific, nautical, surveying, photographic, cinematographic, optical, weighing, measuring, signalling, checking (supervision), life-saving and teaching apparatus and instruments; apparatus and instruments for conducting, switching, transforming, accumulating, regulating or controlling electricity; apparatus for recording, transmission or reproduction of sound or images; magnetic data carriers, recording discs; automatic vending machines and mechanisms for coin operated apparatus; cash registers, calculating machines, data processing equipment and computers; fire extinguishing apparatus.
US Class Codes021, 023, 026, 036, 038
Class Status Code6 - Active
Class Status DateSunday, January 5, 2025
Primary Code009
First Use Anywhere DateNOT AVAILABLE
First Use In Commerce DateNOT AVAILABLE
International Class012 - Vehicles; apparatus for locomotion by land, air, or water.
US Class Codes019, 021, 023, 031, 035, 044
Class Status Code6 - Active
Class Status DateSunday, January 5, 2025
Primary Code012
First Use Anywhere DateNOT AVAILABLE
First Use In Commerce DateNOT AVAILABLE

Trademark Owner History

Party NameSparc IP Holdings, LLC
Party Type10 - Original Applicant
Legal Entity Type16 - Limited Liability Company
AddressNorwood, MA 02062

Trademark Events

Event DateEvent Description
Sunday, January 5, 2025NEW APPLICATION ENTERED

Related Keywords

fusion steering differentials namely vehicle land parts electronic performance automotive components mechanism