DEP’s engines combine exceptional fuel efficiency with reduced emissions, ensuring high performance without sacrificing power. By integrating hybrid technologies, turbocharging, and precision components, each engine is customized to meet the specific needs of sectors like automotive, aerospace, and heavy machinery. DEP also emphasizes durability and reliability in diverse operating environments, making these engines ideal for high-demand applications, ultimately lowering long-term operational costs and reducing environmental impact.

DEP’s production engine development strategy is built on a customized systems engineering methodology that ensures high performance, maximum carry-over capacity, cost efficiency, and reduced time-to-market. To meet the growing demand for greener and more efficient engines, we integrate advanced features such as torsional vibration reduction, friction and noise minimization, combustion optimization, after-treatment systems, and hybridization technologies, enabling peak performance and sustainability.

• DEP MeshWorks, our proprietary CAE platform, which reduces FE and CFD model-building time by 50-80%.

• Accelerates rapid concept model generation, parameterization, optimization, and CAD morphing while enabling multi-disciplinary optimization and quick design iterations. By focusing on durability, NVH, cooling, lubrication, and combustion chamber optimization, our approach achieves up to a 40% improvement in vehicle-level fuel economy.

• Tools like CAD-morpher technology and intelligent design enablers further streamline processes, bridging the gap between design and engineering for innovative solutions.