Baker Engineering Inc.

Basic Information

17165 Power Dr.
Nunica, MI, 49448-

http://www.bakerengineeringmfg.com

Company Profile

n/a

Additional Details

Field Value
DUNS: 941348278
Hubzone Owned: N
Socially and Economically Disadvantaged: N
Woman Owned: N
Number of Employees: 15


  1. Improved Turbo/Superchargers for UAS/UGS Application

    Amount: $149,822.00

    Baker Engineering Inc. (BEI) proposes an advanced, electrically-assisted turbocharger to meet the needs identified in this solicitation. BEI"s solution provides a lightweight, durable, self-lubr ...

    SBIR Phase I 2014 Department of DefenseAir ForceDepartment of Defense
  2. Development of Micro JP-8 Fuel Injection System for Small Unmanned Aerial and Ground Engines

    Amount: $99,612.00

    Baker Engineering (BEI) proposes continued development of the Miniature CI Fuel Injection System to fulfill the need for heavy fuel delivery in 3-70 Hp compression ignition engines. BEIs Phase 1 effo ...

    SBIR Phase I 2014 Department of DefenseArmyDepartment of Defense
  3. Advanced Rotary Diesel Engine Fuel Injection System for Unmanned and Manned Ground Vehicles

    Amount: $99,099.00

    Baker Engineering Inc. (BEI) proposes the use of a new heavy fuel Micro Injection System, paired with the R351 Rotary Engine, to exceed the specifications of this SBIR solicitation. BEI is uniquely q ...

    SBIR Phase I 2011 Department of DefenseArmyDepartment of Defense
  4. Modeling & Simulation for Optimization of Heavy-Fuel Micro Rotary Engines

    Amount: $749,681.00

    This Phase II SBIR will develop and test a direct injected, heavy-fueled rotary engine based upon upgrading the existing engine (the AR74-1380) and utilizing analysis tools developed during Phase I. ...

    SBIR Phase II 2009 Department of DefenseAir ForceDepartment of Defense
  5. Development of small fuel efficient multi-fuel capability engine

    Amount: $1,789,120.00

    The Baker Single Cylinder Opposed-piston Engine is a 24 cu.in., 30 Hp engine with high power density (0.642 Hp/lb or 35.7 Hp/cu.ft.) capable of running on multiple fuels. The engine concept offers a ...

    SBIR Phase II 2009 ArmyDepartment of DefenseDepartment of Defense
  6. Modeling & Simulation for Optimization of Heavy-Fuel Micro Rotary Engines

    Amount: $1,713,890.00

    This Phase II SBIR will develop and test a direct injected, heavy-fueled rotary engine based upon upgrading the existing engine (the AR74-1380) and utilizing analysis tools developed during Phase I. ...

    SBIR Phase II 2009 Department of DefenseAir ForceDepartment of Defense
  7. Modeling & Simulation for Optimization of Heavy-Fuel Micro Rotary Engines

    Amount: $99,918.00

    Under this Phase I SBIR, Baker Engineering will conduct research through modeling and simulation for optimization of heavy fuel micro rotary engines. Research will be conducted using the UAV Engines ...

    SBIR Phase I 2008 Department of DefenseAir ForceDepartment of Defense
  8. Development of small fuel efficient multi-fuel capability engine

    Amount: $119,364.00

    The Baker Opposed Piston Single Cylinder Engine is a 24 cu.in., 30 Hp engine with high power density (0.803 Hp/lb or 45.7 Hp/cu.ft.) capable of running on multiple fuels. The engine concept offers a ...

    SBIR Phase I 2007 ArmyDepartment of DefenseDepartment of Defense
  9. Opposed Piston Engine Power Density Improvements

    Amount: $729,730.00

    Baker Engineering Inc. proposes opposed-piston engine power density improvements and testing for the SBIR Phase II, DoD Topic #A03-227, contract #W56HZV-04-C-0151. Design improvements, and extensive ...

    SBIR Phase II 2005 ArmyDepartment of DefenseDepartment of Defense
  10. 4.5 Liter Opposed-piston engine development for improved power density

    Amount: $119,394.00

    Baker Engineering Inc. proposes a 4.5 liter opposed-piston, 3-cylinder, 2-cycle diesel engine with a target of 500 hp, weighing less than 900 lbs. to fulfill the Army's quest for an improved power den ...

    SBIR Phase I 2004 ArmyDepartment of DefenseDepartment of Defense

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