
We partner with automotive OEMs and startups to design, optimize, and integrate high-performance electric powertrain systems that deliver exceptional efficiency, reliability, and driving experience.

Strategic, simulation-driven guidance across the entire powertrain lifecycle — from concept validation to production readiness.
From concept to production-ready specifications. We design scalable, efficient powertrain architectures tailored to your vehicle platform, performance targets, and market requirements.
Seamless integration of motors, batteries, inverters, and control systems. We optimize every component interaction for maximum efficiency, performance, and reliability.
Comprehensive testing protocols ensure your powertrain meets all performance, safety, and durability standards before production.
We help you reduce costs while maintaining performance through smart design choices, supplier partnerships, and manufacturing process optimization.
We combine deep technical expertise with real-world automotive experience to deliver powertrains that exceed expectations.
50+ successful powertrain projects across passenger EVs, commercial vehicles, and high-performance platforms.
Electrical engineers, mechanical designers, software developers, and automotive specialists working in sync.
From initial feasibility studies to production launch and beyond — we're with you at every milestone.
We prioritize efficiency, recyclability, and long-term environmental impact in every design decision.
Our systems deliver instant torque, smooth power delivery, and exceptional driving dynamics.
Software-defined architectures ready for OTA updates, autonomous driving, and next-gen battery technologies.

Our team masters the full spectrum of electric powertrain technologies — from permanent magnet synchronous motors (PMSM) to silicon carbide (SiC) inverters and advanced thermal management systems.
PMSM, Induction, Axial Flux, In-Wheel Motors
SiC & GaN inverters, 400V-850V systems, Bidirectional charging
FOC algorithms, Torque vectoring, Regenerative braking optimization
Single & multi-motor AWD, Gearbox design, Cooling architecture
From first meeting to production launch, we follow a structured, collaborative approach.
We start by understanding your vision, vehicle platform, performance targets, budget constraints, and time-to-market goals.
Our engineers develop multiple powertrain architectures, run simulations, and present optimized solutions with performance projections.
Component selection, CAD modeling, thermal analysis, control system design, and integration planning with your vehicle platform.
Build, test, and refine. Dyno testing, real-world validation, calibration, and iterative improvements until targets are met.
Manufacturing partner coordination, quality assurance, supply chain optimization, and ongoing technical support.
A high-performance Q&A system delivering accurate responses in milliseconds — built for speed and clarity.
Let' discuss your project requirements and explore how our expertise can accelerate your EV development journey.