ENERGY
Battery Pack
Modular energy storage with battery management, high-current distribution and application-specific packaging.
FUSION DRIVE™
Hybrid propulsion engineered around the OEM platform.
Fusion Drive brings OMI's energy, motion, controls, software and mechanical integration capabilities together in a modular hybrid-electric architecture designed for real-world vehicle applications.
DISCUSS YOUR HYBRID APPLICATION →TECHNOLOGYOEM-ready hybrid mobility with modular energy storage and controls.
PERFORMANCEHigh-torque architectures for demanding off-road, defense and marine use.
DESIGNPurpose-built systems developed for durability, packaging and integration.
CONTROLMotor control, Nexus UI and vehicle-level software working together.
SCALABILITYArchitecture can be adapted to different platforms, power levels and applications.
01 / ENGINEERED FOR REAL-WORLD PERFORMANCE
A hybrid system is only useful when it integrates cleanly into the vehicle.
Fusion Drive is structured as a coordinated architecture rather than a collection of isolated components. OMI engineers the energy system, electric drive, motor control, vehicle interface and mechanical packaging around the OEM's platform requirements.
CONTROL
Motor Control Unit
Advanced motor control manages torque, speed and direction while coordinating with the vehicle-level control architecture.
MOTION
E-Motor & Drivetrain
Mechanical and electromechanical integration engineered around torque delivery, packaging, durability and vehicle architecture.
INTELLIGENCE
Nexus UI
One operator interface for vehicle control, telemetry, diagnostics, cameras, connectivity and third-party devices.
02 / SYSTEM ARCHITECTURE
One integrated engineering platform.
Fusion Drive demonstrates OMI's ability to coordinate multiple engineering disciplines into one functioning machine architecture.
Energy
- Battery-pack architecture
- BMS and high-current distribution
- Charging strategy
- Thermal and packaging requirements
- Application-specific energy management
Motion & Control
- Electric motor integration
- Torque and speed control
- Motor-control electronics
- Mechanical drivetrain interfaces
- Vehicle-level control strategy
Operator & Vehicle Integration
- Nexus UI
- Diagnostics and telemetry
- Camera / sensing integration
- Remote and cloud connectivity
- Third-party device support
03 / MODULAR PLATFORM
Configure the system around the mission and vehicle.
The architecture can be adapted to different duty cycles, packaging envelopes and vehicle classes without requiring the OEM to start from a blank sheet of paper.
04 / NEXUS + FUSION DRIVE
The propulsion system and operator interface are engineered together.
Nexus gives the operator a single command layer for drive modes, battery status, cameras, diagnostics, navigation and connected equipment. That allows the hybrid system to function as a complete vehicle architecture rather than a bolt-on subsystem.
Hybrid / electric drive modesBattery and energy statusVehicle diagnosticsCamera and sensing integrationThird-party hardware controlNavigation and telemetryRemote / cloud connectivityApplication-specific UI workflows
05 / OEM DEVELOPMENT PATH
From vehicle requirements to a production-ready hybrid architecture.
OMI can support concept definition, system architecture, packaging, prototype integration, validation and production engineering as one coordinated program.
Define
- Vehicle duty cycle
- Torque / power requirement
- Battery and range targets
- Packaging constraints
Integrate
- Motor and drivetrain
- Battery and BMS
- Motor control
- Nexus and vehicle controls
Validate & Industrialize
- Vehicle-level testing
- Thermal / durability validation
- DFM / DFA
- Production implementation
CUSTOM HYBRID MOBILITY
DISCUSS YOUR FUSION DRIVE APPLICATION →
Energy. Motion. Controls. Software. Integration.
Fusion Drive demonstrates OMI's multidisciplinary engineering approach in one functioning mobility architecture.