Company Profile

C-Motive Technologies Inc (AKA: C Motive Technologies Inc)
Profile last edited on: 2/19/2023      CAGE: 6TAX1      UEI: PXEXJ885PCF6

Business Identifier: Electrostatic motor and non-contact power transfer device
Year Founded
2011
First Award
2014
Latest Award
2019
Program Status
Active
Popularity Index
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Location Information

8001 Terrace Avenue Suite 203C
Madison, WI 53562
   (608) 203-5386
   info@c-motive.com
   www.c-motive.com
Location: Single
Congr. District: 02
County: Dane

Public Profile

A cleantech startup developing sustainable motor technology, C-Motive Tcehnologies is organized around re-inventing the electric motor, Sstructured around developent of next generation technology, including a radically lightweight, high torque motor called the C-Machine, the overall mission of C-Motive is to design and commercialize components for use inside electric motors and generators - which increase the overall efficiencies of the equipment in which these machines are used. The firm's principals are using their patented Capacitive Technology Platform™ to develop two products: an electrostatic motor and a non-contact power transfer device. The advantages of these products include reduced size and weight; minimal maintenance; inexpensive, recyclable aluminum; no copper windings; electrical steel laminations or heavy magnets; no rare earth materials; and increased energy efficiency. C-Motive is actively seeking business partners to test its Capacitive Technology Platform™ across a wide spectrum of industries, including but not limited to large wind turbines, power generators, hydraulics, marine propulsion, servo actuators, HVAC, industrial automation, and hybrid electric vehicles. C-Motive's mission is to create electric machines that directly lead to reduced carbon emissions through higher efficiency renewable generators applicable to the next generation of e-mobility vehicles and more efficient industrial torque motors. The firm's unmatched torque, efficiency, and simplicity will lead to a new generation of applications that create more renewable power and waste less electricity Running on the principle of electrostatic forces - aka "static cling,"? - motors produce torque by the same principle of rubbing a balloon on a head of hair. Just like hair doesn't heat up with the balloon, thfe irm's motors produce torque with nearly zero loss, versus using copper coils wound around steel with rare earth permanent magnets.

Extent of SBIR involvement

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Synopsis: Awardee Business Condition

Employee Range
10-14
Revenue Range
1M-1.5M
VC funded?
Yes
Public/Private
Privately Held
Stock Info
----
IP Holdings
15-19

Awards Distribution by Agency

Most Recent SBIR Projects

Year Phase Agency Total Amount
2019 1 Navy $139,999
Project Title: Power-Dense Electrostatic Rotating Machines
2018 2 NSF $1,025,307
Project Title: Capacitive Machines for Direct Drive Wind Turbines
2017 1 Army $100,000
Project Title: Sealed High Power Density Electric Motors for Unmanned Aerial Systems

Key People / Management

  Justin Reed -- President and CEO. CTO and Co-Founder

  Rachel Hoppe -- Marketing and Brand Manager

  Peter Killeen -- Power Electronics

  Dan Ludois -- Chief Science Officer and Co-Founder

  Matthew Maroon -- Chief Commercial Officer

Company News

There are no news available.