Our Projects
Innovation-driven solutions for the future of powertrain technologies
Featured Projects
Noor Powertrain Company leads and contributes to critical R&D and industrial projects in internal combustion, hybrid, and electric propulsion systems.
Lubrication and Cooling Analysis
From simulation-driven analysis to tailored lubrication strategies, this project highlights our expertise in optimizing thermal and mechanical performance of transmission systems. Read More→
Stress and Strength Analysis
Validated through ISO 6336 and AGMA standards, this project delivers a full-spectrum strength analysis of passenger vehicle gearboxes under real-world loading conditions. Read More→
Combustion & Performance Analysis
Advanced simulation and real-world testing of a 4000 cc V6 engine to optimize combustion, gas exchange, and overall performance. Read More→
Thermal Management Analysis
Advanced thermal modeling and cooling system testing of a 4000 cc V6 engine to enhance heat management, efficiency, and durability. Read More→
Dynamic & Kinematic Analysis
Stress, fatigue, and motion analysis of key V6 engine parts to improve durability, reduce vibration, and ensure smooth mechanical operation. Read More→
Lubrication & Friction Analysis
Testing and modeling of the V6 lubrication system to reduce friction, optimize oil flow, and enhance engine durability. Read More→
Cylinder block Prototyping
Design and manufacturing of high-precision V-type cylinder blocks using aluminum alloys and cast iron to ensure optimal engine performance, durability, and compliance with global standards. Read More→
Crankshaft Prototyping
From material selection to dynamic balancing and quality control, this project showcases our full-spectrum capabilities in crankshaft localization and production. Read More→
Camshaft Prototyping
Design and production of high-precision camshafts using advanced materials, CAD modeling, and surface hardening processes to ensure accurate valve timing, wear resistance, and long-term engine reliability.
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Connecting Rod Prototyping
Design and manufacturing of high-strength connecting rods using forged steel, precision machining, and advanced inspection methods to ensure durability, engine balance, and fatigue resistance under high dynamic loads. Read More→
Gearbox Housing Prototyping
Complete reverse engineering and prototyping of a gearbox housing using precision casting and advanced QC—delivering optimized design and seamless functionality. Read More→
