|
The time-tested history of innovation and a concentrated focus on quality services makes Mahindra Engineering the preferred partner for global Off-Highway and Construction Equipment manufacturers. We support our clients in the entire process of product development with a proven track record of being a technology leader and domain expert in the complete range of Off-Highway equipments – Excavators, Compactors, Loaders, Pavers, Material handlers etc. Our Tier 4 product development process clubbed with Powertrain development expertise help OEMs to meet the emission regulations and deliver fuel efficient equipments to the market.
Core Capabilities
| Structures & Exteriors: |
Hydraulic Systems: |
- Design of frame weldment & fluid tank.
- Engineering of hood, fender and water tank in line with styling input.
- Design of engine/drum mounting bracket.
- Analysis of components.
|
- Hydraulic architecture design.
- Selection of components based on application.
- Sizing of splitter gearbox, tank and manifolds.
- Hose and end fitting selection.
- 3D routing and optimization of hydraulic system.
|
| |
|
| Cab Design: |
Powertrain Development: |
- Design of operator platform, rail weldment, deck & pedestal.
- Integration of seat assembly and side console.
- Integration of ROPS / FOPS.
- Ergonomic study of operator area.
- Heat shield and sealing design to meet NVH requirement.
- Canopy design with styling.
|
- Engine & sub-system selection & integration.
- Adaptation of splitter gear box.
- Concept design of engine mounts.
- Sizing and integration of cooling package.
- Sizing, material selection and routing of pipes for cooling, air intake and exhaust.
- Exhaust after treatment devices (for Tier IV) layout and integration.
|
| |
|
| Electrical and Electronics: |
Vehicle Engineering: |
- Architecture definition.
- Design and validation of circuit schematic.
- Design and routing of harness using 3D tools.
- Proof of concept and simulation.
- Software development and testing.
|
- Durability & Rigidity.
- Noise, Vibration & Harshness.
- Computational Fluid Dynamics.
- Optimization.
|
|
